Whenever you’re ready to start managing projects, give ProjectManager a try. ProjectManager is an award-winning project management software designed to plan, schedule and track projects from start to finish. Build detailed project schedules, allocate resources, monitor costs and compare estimates against actual performance using a complete set of powerful project management tools. Get started for free today.

General Quality Control Documents and Templates

Many quality management practices rely on a core set of quality control documents that can be applied across multiple industries. These documents help teams record defects, investigate incidents, analyze root causes and track corrective actions. Whether used in construction, manufacturing, IT or software development projects, they provide a structured way to monitor quality issues and ensure problems are identified, documented and resolved systematically.

1. Quality Audit Report

A quality audit report is a quality control document that summarizes the findings of a formal review of processes, procedures or project activities to determine whether they follow established quality standards. It records the audit scope, observations, compliance issues and recommended corrective actions. Organizations use quality audit reports to verify adherence to quality management systems and identify opportunities to improve performance.

2. Nonconformance Report (NCR)

A nonconformance report (NCR) is a quality control document used to record work, materials or products that do not meet required specifications, standards or project requirements. It documents the nature of the deviation, where it occurred and the corrective actions needed. Teams use NCRs to investigate defects, prevent noncompliant work from continuing and ensure quality issues are resolved systematically.

3. Quality Control Checklist

A quality control checklist is a manufacturing quality control document used to verify that products, materials or processes meet defined quality standards during production or inspection. It lists specific criteria that inspectors or operators must review and confirm. By following the checklist step by step, manufacturing teams ensure critical quality requirements are checked consistently and defects are identified before products move forward.

This quality control template gives teams a structured way to record defects, describe imperfections, assign responsibility and prioritize corrective work. Fields for issue descriptions, severity, responsible team members and status updates help track problems from discovery to resolution, allowing organizations in any industry to monitor quality performance and ensure corrective actions are completed.

4. Corrective Action Plan

A corrective action plan is a quality control document that outlines the specific steps an organization will take to eliminate the cause of a defect or nonconformance. It translates investigation findings into concrete actions, responsibilities and deadlines. Teams use corrective action plans to ensure quality issues are addressed systematically and that corrective measures prevent the same problem from occurring again.

This corrective action plan template helps with quality control by organizing root cause findings, corrective tasks, responsible team members and measurable KPIs in one place. Built-in sections for timelines, resource requirements and estimated costs help teams implement solutions systematically, ensuring defects are corrected efficiently and preventing the same quality issues from recurring.

5. Incident Report

An incident report is a quality control document used to record unexpected events that disrupt operations, damage equipment or compromise safety and product quality. It documents when and where the incident occurred, who was involved and what happened. Organizations use incident reports to investigate failures, understand contributing factors and implement improvements that strengthen operational controls and quality performance.

This incident report template helps with quality control by capturing detailed information about what happened, where it occurred and who was involved. Sections for witness statements, incident descriptions, impact assessments and corrective actions allow teams to investigate failures thoroughly, identify contributing factors and implement improvements that strengthen operational quality and compliance.

6. Issue Report

An issue report is a quality control document used to record and track problems that affect a product, process or project outcome. It captures key details such as the issue description, severity, potential impact and responsible team members. By documenting issues as they arise, teams can monitor their status, coordinate corrective actions and prevent quality problems from escalating.

This issue report template supports quality control by providing a structured way to log problems, estimate their impact on schedule, cost or performance and assign responsibility for resolution. With fields for severity, priority, mitigation actions and status updates, teams can monitor issues as they evolve, ensuring defects or risks affecting quality are addressed before they escalate.

7. Root Cause Analysis Document

Root cause analysis is a quality control method used to identify the underlying reason a defect, failure or nonconformance occurred. Instead of treating surface symptoms, it investigates contributing factors such as processes, materials, equipment or human actions. Teams perform root cause analysis to understand why a problem happened and implement corrective actions that prevent the issue from recurring.

This root cause analysis template helps with quality control by guiding teams through a structured investigation using a fishbone diagram. By organizing potential causes across categories such as team, materials, methods and equipment, the template helps teams identify the underlying source of quality problems so corrective actions target the real issue instead of temporary symptoms.

8. 5 Whys Document

The 5 Whys analysis is a problem-solving technique used in quality control to uncover the root cause of a defect or failure. The method involves repeatedly asking “why” a problem occurred, with each answer leading to the next question. By tracing the chain of cause and effect, teams can move beyond symptoms and identify the underlying issue that must be corrected.

This 5 Whys template helps with quality control by guiding teams through a structured questioning process that traces a defect or failure back to its root source. By documenting the problem statement, each “why” question and the final root cause, the template creates a clear investigative trail that helps teams implement targeted corrective actions and prevent recurring quality issues.

Construction Quality Control Documents and Templates

Construction projects require frequent inspections, field reporting and documentation to ensure work meets contract specifications and building codes. Quality control documents used on construction sites help managers track deficiencies, document inspections and maintain daily visibility into jobsite conditions. These records support accountability among contractors while helping project teams verify that construction work meets established safety and quality standards.

1. Inspection and Test Plan (ITP)

An inspection and test plan (ITP) is a construction quality control document that defines what work must be inspected, how it will be tested and when those checks must occur during a project. It outlines inspection points, testing procedures, responsible parties and acceptance criteria. Contractors and inspectors use an ITP to verify that materials, installations and construction activities meet project specifications and quality standards.

2. Building Inspection Report

A building inspection report is a construction quality control document that records the results of a systematic inspection of a building’s structural components, systems and safety conditions. It documents observations related to areas such as roofing, electrical systems, plumbing and foundations. Project teams use building inspection reports to identify defects, verify compliance with building codes and ensure construction work meets established quality standards.

This building inspection report template helps with quality control by providing structured sections to document property details, inspection findings and recommended corrective actions. Inspectors can record observations across electrical systems, roofing, plumbing, foundations and other building elements, creating a detailed record that helps project teams identify deficiencies and ensure compliance with construction standards.

3. Punch List

A punch list is a construction quality control document that lists incomplete work, defects or corrections that must be addressed before a project is considered finished. Each item typically includes a description of the issue, its location and the party responsible for fixing it. Project teams use punch lists during final inspections to verify that all construction work meets project specifications.

This punch list template helps with quality control by organizing those items in a structured list that records the issue description, location, responsible contractor and completion status. Fields for observation dates, approvals and notes allow project teams to track corrections systematically, ensuring every deficiency is addressed and the finished project meets contractual quality standards.

4. Construction Daily Report

A construction daily report is a project documentation record that summarizes the work performed on a construction site each day. It captures information such as crew activities, equipment usage, material deliveries, delays and safety observations. Project managers use construction daily reports to maintain visibility into jobsite conditions, track progress and document events that may affect construction quality.

This construction daily report template supports quality control by recording daily activities, crew hours, equipment usage, materials, deliveries and delays in a structured format. Sections for safety inspections, meetings and incidents provide additional oversight. By capturing this information every day, construction managers can quickly identify problems, monitor work quality and respond to issues before they affect project outcomes.

Manufacturing Quality Control Documents and Templates

Manufacturing operations rely heavily on quality control documents to monitor production performance and maintain consistent product standards. These documents track output, equipment performance, defects and process observations directly on the production floor. By capturing this data regularly, manufacturing teams can detect quality issues early, reduce waste and support continuous improvement initiatives across production lines.

1. Control Plan

A control plan is a manufacturing quality control document that describes how a production process will be monitored to ensure products meet required specifications. It identifies critical process steps, quality characteristics to be measured, inspection methods and corrective actions if deviations occur. Manufacturers use control plans to maintain consistent product quality and ensure production processes remain stable and predictable.

2. Daily Production Report

A daily production report is a manufacturing quality control document that summarizes production performance and operational conditions during a specific shift or workday. It records information such as planned output, actual production, machine utilization, labor hours, material usage and defects. Manufacturing supervisors use daily production reports to monitor process stability, identify quality issues early and maintain consistent production performance.

This daily production report template helps with quality control by documenting planned versus actual output, labor hours, machine utilization, material consumption and equipment downtime. It also records defective units, safety issues and production bottlenecks. By reviewing this information each shift, supervisors can identify quality trends early and implement improvements to maintain consistent production standards.

3. Gemba Walk Document

A gemba walk is a quality management practice in manufacturing where leaders observe work directly on the production floor to understand how processes operate in real conditions. During a gemba walk, managers review workflows, safety practices, equipment use and defect handling. The goal is to identify inefficiencies, quality risks and improvement opportunities through firsthand observation.

This gemba walk template helps with quality control by guiding leaders through structured observations of safety practices, work processes, defect management and production flow. The template also records observations, required actions, responsible personnel and deadlines, allowing teams to follow up on improvement opportunities and reinforce quality standards throughout manufacturing operations.

4. Statistical Process Control Chart (SPC)

A statistical process control (SPC) chart is a manufacturing quality control tool used to monitor process performance over time using statistical data. It plots measurements of key quality characteristics against control limits to detect variation. Manufacturers use SPC charts to identify abnormal process behavior early and take corrective action before defects occur.

IT & Software Development Quality Control Documents and Templates

Software teams depend on detailed quality control documents to verify that applications function correctly before release. These documents guide testing procedures, track defects and record the results of validation activities throughout the development lifecycle. By documenting test plans, test cases and bug reports, development teams maintain visibility into product quality and ensure software meets performance, security and reliability requirements.

1. Test Plan

A test plan is a quality control document that defines how software testing will be performed during a project. It outlines the testing scope, objectives, environments, testing methods and responsibilities of the testing team. By establishing a structured approach to validation activities, a test plan helps ensure software features are evaluated consistently and that testing efforts align with defined quality standards.

This test plan template supports quality control by documenting the testing scope, test environments, testing strategy, assigned testers and evaluation criteria. By organizing these details in a single document, the template ensures testing activities are consistent, measurable and aligned with quality standards throughout the software development lifecycle.

2. Test Case

A test case is a quality control document used to verify that a specific feature or function of a system behaves as expected. It describes the testing scenario, required preconditions, step-by-step actions, test data and expected results. Testers execute test cases to compare expected outcomes with actual system behavior and identify defects that affect functionality or reliability.

This test case template helps with quality control by outlining test scenarios, required preconditions, step-by-step actions, test data and expected results. Testers then record actual outcomes and test status, allowing teams to compare expected versus real behavior. This structured testing approach helps identify defects early and confirm that software meets functional quality requirements.

3. Bug Report

A bug report is a quality control document used to record defects discovered during software testing or system use. It documents how the issue occurred, the environment where it appeared and the steps required to reproduce it. Development teams use bug reports to diagnose problems, prioritize fixes and ensure defects are resolved before software is released.

This bug report template supports quality control by documenting the bug ID, environment, reproduction steps, expected results and actual system behavior. Fields for severity, priority and assigned developers help teams triage defects efficiently, ensuring critical issues are addressed quickly and software reliability improves before deployment.

ProjectManager Is an Award-Winning Project Management Software

ProjectManager offers robust project management features such as Gantt charts, task lists, workload management charts, timesheets and real-time dashboards and reports. In addition to that, it’s also equipped with AI project insights, online team collaboration features and unlimited file storage that further help project managers ensure nothing falls through the cracks. Watch the video to learn more!

Related Quality Assurance & Control Content

• Project Quality Management: A Quick Guide
• The Quality Management Plan in Project Management
• The Quality Assurance Process: Roles, Methods & Tools
• What Is Quality Planning & Why Is It Important?
• Total Quality Management (TQM): What Is It, Principles and Systems
• Quality Control in Manufacturing: Types, Tools & Process
• Cost of Quality (COQ): A Quick Guide

If you need a tool to help you manage projects, then signup for our software now at ProjectManager. Our online software helps teams across industries plan, track and oversee projects as they unfold. Sign up for a free 30-day trial today!

The post 14 Quality Control Documents (With Free Templates) appeared first on ProjectManager.

Whenever you’re ready to start managing projects, give ProjectManager a try. ProjectManager is an award-winning project management software designed to plan, schedule and track projects from start to finish. Build detailed project schedules, allocate resources, monitor costs and compare estimates against actual performance using a complete set of powerful project management tools. Get started for free today.

1. Procurement Plan Template

A procurement plan is a document that outlines how an organization will acquire the goods, services or resources required to complete a project or support operations. It defines what needs to be purchased, how suppliers will be selected, the procurement methods used and the timeline for each sourcing activity within the procurement process.

Within the procurement management process, the procurement plan serves as a roadmap for sourcing decisions and vendor engagement. It aligns purchasing activities with the project scope, budget and project timeline while establishing clear procedures for supplier evaluation, bidding and contract management. By organizing procurement activities early, teams reduce uncertainty, prevent delays and maintain consistency in the procurement workflow.

This procurement plan template guides teams through the full procurement process, from defining purchasing objectives and item specifications to documenting vendor selection criteria and procurement timelines. By completing each section, project teams create a structured plan that clarifies responsibilities, standardizes supplier evaluation and keeps procurement activities aligned with project goals.

2. Request for Quote Template

A request for quote (RFQ) is a procurement document used to ask suppliers to provide pricing for clearly defined goods or services. It describes the items required, quantities, specifications, delivery requirements and commercial terms so vendors can submit accurate price quotations for comparison during the sourcing process.

It allows organizations to collect standardized price proposals from multiple vendors and create a fair, transparent comparison. Because each supplier responds to the same requirements, procurement teams can evaluate pricing, delivery commitments and commercial terms more objectively when selecting vendors.

This request for quote template helps procurement teams organize vendor information, quotation details and itemized pricing in one place. Teams complete sections for supplier contacts, quotation numbers, delivery terms and product descriptions, allowing vendors to submit clear pricing and enabling straightforward comparison of quotes during the procurement process.

3. Request for Proposal Template

A request for proposal (RFP) is a formal procurement document used to solicit detailed solutions from vendors for a specific business or project need. Unlike simple price requests, it asks suppliers to propose methodologies, timelines, technical approaches and costs, allowing organizations to evaluate how different vendors plan to deliver the required goods or services.

During procurement management, an RFP supports structured supplier competition when projects require expertise, customized services or complex deliverables. Its main role is to gather comparable proposals that explain how vendors will meet project requirements, perform the work and manage risks, enabling procurement teams to select partners based on capability, approach and overall value.

This request for proposal template guides teams through preparing a clear project brief for potential vendors. Users document the project background, scope of work, goals, project timeline, budget expectations and proposal submission instructions so suppliers can prepare structured bids that align with procurement requirements and evaluation criteria.

4. Supplier Evaluation Form

A supplier evaluation form is a structured procurement document used to assess and compare vendor performance against defined criteria. It captures supplier information and scores factors such as product quality, delivery reliability, pricing, compliance and service performance. By standardizing how vendors are reviewed, the form helps procurement and supply chain management teams make consistent, data-based sourcing and supplier selection decisions.

The supplier evaluation form plays a key role in vendor selection and supplier performance monitoring. Its purpose is to create a fair, documented method for assessing suppliers against the same evaluation criteria. This allows procurement teams to compare vendors objectively, reduce bias in sourcing decisions and maintain accountability in the procurement process.

This supplier evaluation form template helps procurement teams collect supplier details, define evaluation criteria and assign performance scores. Users document vendor qualifications, rate suppliers across standardized categories and summarize recommendations, making it easier to compare options, justify procurement decisions and maintain organized supplier evaluation records.

5. Purchase Requisition Form

A purchase requisition form is an internal procurement document used by employees to request approval to purchase goods or services. It records the items needed, quantities, estimated costs, business justification and potential vendors. By documenting purchasing needs before orders are placed, it creates a controlled starting point for the procurement process.

Purchase requisitions function as the official trigger for purchasing activities. Their main purpose is to ensure that purchases are reviewed, justified and approved before money is spent. They give procurement teams visibility into demand, help control budgets and ensure purchasing decisions follow established procurement procedures.

This purchase requisition form template guides employees through documenting purchase details, including request dates, item descriptions, quantities, estimated costs and potential vendors. After completing the form, the request moves to approvers for review, allowing procurement teams to validate the need, confirm budgets and initiate the purchasing process.

6. Material Requisition Form

A material requisition form is a procurement document used to request materials needed for project work or operational activities. It records details such as item descriptions, quantities, required delivery dates, locations and supplier information. By formally documenting material needs, it helps teams communicate requirements clearly and ensures purchasing and inventory decisions follow an organized procurement process.

Related: Material List Template

Within procurement management, the material requisition form acts as a control mechanism for requesting construction materials, equipment components or operational supplies. Its primary role is to verify that material requests are documented, reviewed and approved before procurement teams place orders. This process improves inventory tracking, prevents unnecessary purchases and keeps project material usage aligned with budgets.

This material requisition form template allows teams to record material requests, quantities, unit measurements, delivery locations and priority levels. Project teams complete the form before submitting it for review and approval, enabling procurement staff to source materials, coordinate delivery schedules and maintain accurate records of project material requirements.

7. Purchase Order Template

A purchase order is a formal procurement document issued by a buyer to a supplier that confirms the intent to purchase specific goods or services under defined terms. It lists item descriptions, quantities, prices, delivery requirements and payment conditions. Once accepted by the vendor, the purchase order becomes a legally binding agreement governing the transaction.

Purchase orders provide official authorization for suppliers to fulfill an order and formally document the purchasing agreement between the buyer and vendor. They clearly establish pricing, quantities and delivery terms while giving procurement teams a reliable record to control spending, track orders and maintain accurate purchasing documentation.

This purchase order template helps procurement teams document order details, including supplier information, delivery terms, payment conditions and itemized purchases. After entering quantities, unit prices and totals, the purchase order is sent to the vendor for confirmation, creating a clear record of the transaction and enabling procurement teams to track deliveries and payments.

8. Sales Order Template

A sales order is a commercial document issued by a seller to confirm a customer’s purchase request and outline the details of the transaction. It records the products being sold, quantities, pricing, delivery information and payment terms. By documenting the agreement, a sales order formalizes the sale and provides a clear reference for fulfillment, shipping and billing.

Within procurement management and order management workflows, the sales order acts as the seller’s internal authorization to process and deliver goods to the customer. Its main purpose is to translate a customer purchase into an operational document that guides inventory allocation, shipping logistics and invoicing while ensuring the order details match the agreed commercial terms.

This sales order template helps teams document customer information, delivery instructions, payment terms and itemized product details. After entering product codes, quantities, pricing and shipping information, the document serves as a record of the sale and guides fulfillment teams as they prepare, ship and invoice the customer order.

ProjectManager Is an Award-Winning Project Management Software

ProjectManager offers robust project management features such as Gantt charts, task lists, workload management charts, timesheets and real-time dashboards and reports. In addition to that, it’s also equipped with AI project insights, online team collaboration features and unlimited file storage that further help project managers ensure nothing falls through the cracks. Watch the video to learn more!

Related Purchase & Procurement Management content

• Purchase Management: A How-To Guide With Best Practices
• Procurement Contracting: Types of Contracts & Best Practices
• Secrets of Effective Supply Chain Planning
• Logistics Management 101
• What Is Supplier Relationship Management (SRM)?
• An Introduction to Supply Chain Management (SCM)
• Master Construction Procurement With These Five Methods

If you need a tool to help you manage projects, then signup for our software now at ProjectManager. Our online software helps teams across industries plan, track and oversee projects as they unfold. Sign up for a free 30-day trial today!

The post 8 Procurement Documents (With Free Templates) appeared first on ProjectManager.

ProjectManager is an award-winning project management software equipped with advanced cost management features that allow organizations to create detailed project schedules, estimate costs, create a budget, allocate resources and monitor costs in real time as work is executed. Get started for free today.

1. Invoice Template for Word

Businesses that sell products, provide services or combine both often need flexible invoice templates that adapt to different billing situations. This invoice template for Word works for manufacturers, retailers, contractors and service providers alike.

Because it’s formatted for document printing, businesses can quickly generate professional invoices that are easy to share digitally or print for records.

• Invoice identification details: Key billing information such as invoice date, payment due date, customer ID and invoice number clearly identify the document and help businesses track billing cycles, manage accounts receivable and quickly locate invoices when reviewing payment status or resolving billing questions.
• Product or service provider information: The template includes a complete section for the issuing business, listing company name, contact person, address, phone number and email so clients immediately know who provided the products or services and how to reach them for billing inquiries.
• Client information section: A dedicated client section records the customer’s company name, contact details and address, ensuring the invoice is properly assigned to the correct organization and helping businesses maintain accurate customer records across multiple projects, orders or service engagements.
• Product or service details table: The structured billing table lists each item or service provided, including description, quantity or hours, unit price or hourly rate and calculated line totals so both parties clearly understand what was delivered and how the charges were calculated.
• Cost summary and totals: Below the itemized list, the invoice template automatically organizes subtotal amounts, discounts, taxes, shipping costs and the final grand total, providing a transparent financial breakdown that helps clients quickly verify charges before processing payment.
• Payment terms and instructions: The final section explains payment deadlines, accepted payment methods, bank transfer details and late payment policies, giving clients clear instructions on how to pay while protecting the business with documented billing conditions and reference notes.

2. Free Invoice Template for Google Docs

Teams that collaborate remotely often prefer invoice templates that can be edited from anywhere without sending files back and forth. This free invoice template for Google Docs allows businesses to create, update and share invoices in real time while keeping formatting consistent. Because it lives in the cloud, teams can quickly generate professional invoices and print them whenever needed.

3. Invoice Template for Excel

When businesses want tighter control over calculations, Excel-based invoice templates offer a practical advantage. This invoice template for Excel allows users to track quantities, hourly rates, discounts and totals using spreadsheet formulas that automatically update billing amounts. The structure keeps financial details organized while still allowing invoices to be printed or exported for professional client delivery.

4. Google Sheets Invoice Template

Cloud-based spreadsheets make billing easier when multiple people handle invoicing, accounting or project costs. This Google Sheets invoice template lets teams generate invoices collaboratively while maintaining automatic calculations for totals and taxes. Because the file updates in real time, businesses can track billing information, adjust invoice details and print finalized invoices directly from the shared document.

5. Service Invoice Template for Word

Professionals who bill for consulting, maintenance, design or other specialized work need invoice templates that clearly document services delivered and how charges are calculated. This service invoice template for Word helps businesses record invoice IDs, issue dates and customer identifiers while listing service descriptions and itemized costs. By organizing provider details, customer information and billing breakdowns in a structured format, the template supports accurate invoicing and professional communication with clients.

6. Construction Invoice Template for Excel

Construction companies often manage multiple cost categories, making structured invoice templates essential for clear billing and project cost tracking. This construction invoice template for Excel organizes project details, job site information and invoice identifiers while automatically calculating totals and payment deadlines. A categorized cost breakdown covering labor, materials, equipment rentals, subcontractor fees and permits ensures clients receive transparent invoices that accurately reflect construction work performed.

7. Weekly Billing Format

Projects that generate billable hours every week often benefit from invoice templates designed specifically for recurring billing cycles. This weekly billing format helps teams record labor hours, materials and equipment charges for a defined work period while maintaining consistent documentation. By organizing client information, work descriptions and itemized costs in one structured document, businesses can generate clear weekly invoices that simplify approvals, reduce disputes and speed up payments.

ProjectManager Is a Robust Project Cost Management Solution

ProjectManager is equipped with robust project cost management tools and features including workload management charts, timesheets, real-time project and portfolio management dashboards and reports that allow organizations to create project budgets, compare their estimates against actual project costs and monitor expenses at the task level. Watch the video to learn more!

ProjectManager is award-winning software that allows organizations across industries to manage projects from start to finish. Our collaborative platform connects everyone on the project team and lets them work with the tools they want. Plan, monitor and report on every aspect of your projects. Get started with ProjectManager today for free.

The post 7 Free Invoice Templates for Word, Excel and Google Sheets appeared first on ProjectManager.

What Is Quantity Surveying In Construction?

Quantity surveying in construction is the professional practice of measuring, estimating and controlling project costs from early planning through final account settlement. It involves preparing cost plans, producing bills of quantities, managing tendering and monitoring project expenditure during construction. Quantity surveying ensures materials, labour and contract costs are accurately quantified so projects can be priced, procured and delivered within an agreed construction budget.

ProjectManager is an award-winning construction project management software that excels at resource planning, cost tracking and project reporting thanks to robust features such as timesheets, workload charts and real-time dashboards and reports. Get started for free today.

Why Is Quantity Surveying Important In Construction?

Managing costs is one of the hardest parts of delivering a construction project, and quantity surveying provides the structure needed to do it properly. By measuring quantities, preparing cost plans and managing the bill of quantities during procurement and construction, quantity surveying helps teams forecast realistic budgets and track spending as work progresses.

When done well, it protects profit margins, supports fair tendering and keeps the project financially stable. Without strong quantity surveying, estimates become unreliable, costs drift and disputes over payments and variations quickly emerge.

When Does Quantity Surveying Occur?

Long before contractors arrive on site, quantity surveying begins alongside early project planning and design development. As drawings evolve, quantity surveyors prepare cost plans, measure quantities and help shape procurement strategies before tendering starts.

Their work continues through contractor selection, contract administration and interim valuations during construction. The quantity surveying process only concludes after the construction closeout phase, once the project reaches completion and the final account is agreed, ensuring every cost, variation and payment is properly reconciled.

Get your free

Bill Of Quantities Template

Use this free Bill Of Quantities Template for Excel to manage your projects better.

Download Excel File

What Is a Quantity Surveyor?

A quantity surveyor is a construction professional responsible for managing project costs and financial performance throughout the building lifecycle. In the quantity surveying process, the surveyor focuses on measuring work quantities, preparing cost estimates, supporting procurement and monitoring project spending to ensure construction projects are delivered within the agreed budget and contractual framework.

From the earliest design discussions to the final account settlement, a quantity surveyor helps the project team understand what the work will cost and how spending will be controlled. Quantity surveying connects drawings, specifications, procurement decisions and on-site progress with the financial side of construction so the project remains commercially viable.

• Measure construction quantities from architectural and engineering drawings to prepare accurate bills of quantities that contractors use when pricing work during the tendering process.
• Develop detailed cost plans during early project stages to forecast the total construction budget and guide design decisions that affect project cost.
• Prepare and manage tender documents, analyse contractor bids and support procurement by comparing pricing submissions against the bill of quantities.
• Track project costs during construction by reviewing contractor payment applications, verifying completed work quantities and issuing interim valuations for certified payments.
• Assess variations caused by design changes, scope adjustments or site conditions and calculate the financial impact on the construction contract.
• Support contract administration by interpreting cost-related contract clauses and maintaining accurate financial records throughout the construction programme.
• Prepare and negotiate the final account at project completion, ensuring all variations, payments and contractual cost adjustments are fully reconciled.

Who Else Participates in the Quantity Surveying Process?

Although quantity surveying is led by the quantity surveyor, the process depends on collaboration across the entire project team. Cost planning, procurement decisions and contract administration rely on input from designers, contractors and project managers who provide the technical, scheduling and operational information needed to manage construction costs accurately.

• Project manager: Oversees the construction project and coordinates scope, schedule and budget decisions that directly influence quantity surveying and cost control.
• Architect: Develops the building design and technical drawings that quantity surveyors measure to prepare cost plans and bills of quantities.
• Structural and engineering consultants: Provide detailed technical designs and specifications that affect material quantities, construction methods and overall project cost.
• Main contractor: Prices the bill of quantities during tendering and later submits payment applications and variation claims during construction.
• Client or employer: Defines the project requirements, approves budgets and ultimately relies on quantity surveying to maintain financial oversight.

Quantity Surveying Process

The quantity surveying process follows a structured path that starts with early financial feasibility and continues through procurement and contractor selection. Each stage connects design decisions, cost planning and procurement so the project can move forward with reliable financial information.

1. Project Cost Feasibility

At the earliest stage of quantity surveying, the team evaluates whether the proposed construction project is financially viable. Initial project information, conceptual designs and rough quantity estimates are used to produce high-level cost forecasts. This feasibility analysis helps the client understand whether the project budget aligns with expected construction costs before detailed design work begins.

2. Cost Planning

Once the project moves beyond early feasibility, quantity surveying focuses on developing structured cost plans that align the evolving design with the available construction budget. Cost planning breaks the project into cost elements such as structure, finishes and building services. These plans guide design decisions and help prevent the project scope from exceeding budget.

3. Quantity Takeoff and Measurement

As technical drawings become more detailed, quantity surveying involves carefully measuring the materials and work required to deliver the project. Quantity takeoff converts architectural and engineering drawings into measurable units such as concrete volume, steel weight or wall area. Accurate measurement ensures construction costs are based on real project quantities.

4. Bill of Quantities Preparation

After quantities are measured, quantity surveying produces a bill of quantities that lists all measurable construction work required for the project. The document organises items by trade and work category so contractors can price them consistently during tendering. A clear bill of quantities improves pricing transparency and simplifies cost comparison.

5. Tendering and Contractor Selection

During procurement, quantity surveying supports the tendering process by issuing tender documents that include drawings, specifications and the bill of quantities. Contractors submit bids based on these documents, allowing the project team to compare pricing across bidders. This process helps the client select a contractor whose proposal aligns with budget, scope and programme expectations.

6. Cost Control During Construction

Once construction begins, quantity surveying shifts toward monitoring project costs as work progresses on site. The quantity surveyor reviews contractor payment applications, verifies completed quantities and prepares interim valuations tied to the construction programme. This ongoing oversight ensures project spending stays aligned with the approved cost plan and contractual payment terms.

7. Variation Cost Management

Design revisions, site conditions and scope adjustments often introduce variations during construction, which makes variation management a critical part of quantity surveying. Each change must be measured, priced and documented against the contract. By evaluating variation costs early, the project team can understand financial impacts and prevent uncontrolled budget increases.

8. Final Account Settlement

As the project approaches completion, quantity surveying focuses on closing the financial side of the construction contract. The final account process reconciles all project costs, including interim payments, approved variations and contract adjustments. Once both parties agree on the final account, the project’s total construction cost is formally confirmed.

Quantity Surveying Outcomes

Every stage of quantity surveying produces documents that guide financial decisions throughout the construction lifecycle. These outcomes translate drawings, specifications and project scope into measurable cost information the project team can actually use. From early cost estimates to the bill of quantities used for tendering, these outputs form the financial backbone of construction procurement and cost control.

1. Cost Estimates

Construction cost estimates are early financial forecasts developed during quantity surveying to predict how much a construction project is likely to cost. They combine project scope, measured quantities, labour assumptions and material pricing to approximate the total construction budget.

As design information improves, estimates become progressively more accurate and support better planning decisions.

• Preliminary estimates: Early-stage cost forecasts prepared from limited project information to evaluate feasibility and guide initial budgeting decisions.
• Concept estimates: Cost estimates based on conceptual design information that refine early budget expectations as project scope becomes clearer.
• Detailed cost estimates: Comprehensive cost estimates developed from detailed drawings and specifications to support procurement and contractor tendering.

2. Cost Plan

A cost plan is a structured financial breakdown of a construction project that distributes the total budget across major building elements such as structure, finishes and building services. Developed during quantity surveying, the cost plan connects the evolving design with the approved construction budget so project teams can monitor affordability as planning progresses.

Within the quantity surveying process, the cost plan acts as the financial benchmark that guides design development and procurement decisions. It allows the project team to compare estimated costs against the available budget at each design stage. Without a reliable cost plan, construction projects risk uncontrolled scope growth, inaccurate tender pricing and serious cost overruns.

3. Bill of Quantities

A bill of quantities is a detailed document produced during quantity surveying that lists measurable construction work items and their associated quantities. Organised by trade or work category, it allows contractors to price each item consistently during tendering. The bill of quantities translates drawings and specifications into measurable units used for pricing construction work.

In the quantity surveying process, the bill of quantities provides the standard structure contractors use to submit competitive bids. Because each bidder prices the same measured quantities, the project team can compare tenders more accurately. It also supports cost control during construction by providing a reference for valuing completed work and assessing variations.

4. Tender Documents and Bid Evaluations

During procurement, quantity surveying produces structured tender documents that allow contractors to price the project consistently and transparently. These documents typically include drawings, specifications and the bill of quantities.

Once bids are submitted, the quantity surveyor evaluates contractor pricing, identifies cost differences and prepares analysis reports that help the client select the most commercially suitable contractor.

• Tender documentation: Package of drawings, specifications and bill of quantities issued to contractors for pricing construction work.
• Bid comparison reports: Analytical reports comparing contractor pricing submissions line-by-line to identify differences, risks and cost anomalies.
• Tender evaluation summaries: Structured summaries explaining contractor bids, commercial risks and pricing observations for informed procurement decisions.
• Cost recommendations for contract award: Quantity surveyor guidance recommending the contractor whose bid best aligns with project budget and scope.

5. Cash Flow Forecasts

Planning how project funds will be spent over time is another outcome of quantity surveying. Cash flow forecasts estimate when construction costs will occur based on the programme and payment structure. These forecasts help clients prepare funding strategies, manage financing requirements and ensure sufficient liquidity to meet contractor payments throughout the construction phase.

• Expected monthly expenditures: Forecasted construction spending each month based on project progress, measured quantities and contractor payment timelines.
• Payment schedules: Planned schedule showing when contractor payments will occur according to interim valuations and contract terms.
• Funding requirements: Projected financial resources the client must secure to meet construction payment obligations during the programme.

6. Interim Valuations

As construction progresses, quantity surveying produces interim valuations to determine how much the contractor should be paid for completed work. These valuations measure the work delivered during a specific period, apply contract pricing and calculate the payment due. Interim valuations maintain cash flow for the contractor while keeping project payments aligned with actual progress.

• Amount of work completed: Measured portion of construction work finished on site during the current valuation period.
• Value of work performed: Monetary value of completed construction work calculated using contract rates and measured quantities.
• Payment due for the period: Certified payment owed to the contractor based on the interim valuation assessment.

7. Variation Cost Assessments

Changes during construction often affect quantities, materials or the scope of work, making variation cost assessments a core output of quantity surveying. When variations arise, the quantity surveyor measures the change, applies contract pricing and calculates its financial impact.

This process ensures design changes, unforeseen conditions and scope adjustments are properly documented and reflected in the construction contract value.

• Cost impact analysis: Evaluation of how a proposed variation affects labour, materials and the overall construction budget.
• Adjusted quantities: Revised measurements reflecting scope changes so the bill of quantities remains accurate after approved variations.
• Updated contract values: Revised contract sum reflecting approved variations, ensuring the project’s financial records remain accurate.

8. Cost Reports

Throughout construction, quantity surveying generates cost reports that keep the client and project team informed about financial performance. These reports compare the approved cost plan with current project spending, highlight emerging risks and track variations affecting the budget. Regular reporting helps stakeholders understand whether the project remains financially aligned with the original cost expectations.

• Cost value reconciliation report: Report comparing planned project costs against actual spending to monitor financial performance during construction.
• Variation cost report: Summary report tracking approved and pending variations and their cumulative impact on the contract value.
• Budget status report: Financial report showing remaining budget, committed costs and projected final construction expenditure.

9. Final Account

The final account is the comprehensive financial statement that confirms the total construction cost once the project is completed. It reconciles the original contract sum with all interim payments, approved variations and contractual adjustments recorded during construction. This document establishes the final amount payable under the construction contract.

Within the quantity surveying process, the final account represents the formal closure of the project’s financial administration. It ensures both client and contractor agree on the definitive construction cost and that all contractual payments, variations and adjustments have been fully resolved before the project is financially closed.

How ProjectManager Helps with Construction Cost Management

ProjectManager is designed to allow construction project managers to create detailed project plans, allocate resources for the execution of tasks, create construction budgets and compare estimated costs against actual project costs in real-time dashboards and reports to identify cost overruns and financial risks before they become a threat to projects.

ProjectManager is online construction project management software that empowers teams to plan, manage and track their projects in real time. We connect architects and engineers in the office with your work crew on the job site so they can share files and comments to foster better collaboration. Get started with ProjectManager today for free.

The post Quantity Surveying in Construction: Process, Outcomes & Roles appeared first on ProjectManager.

Creating an accurate project quote for a client is a critical process for any project-based organization in industries like construction, manufacturing, IT, professional services and many others. However, this is only a small portion of the larger cost management process.

After quoting a client, you’ll need the right tools to make sure your project stays on budget to protect your profitability. ProjectManager is an award-winning project management software equipped with advanced cost management features that allow organizations to create detailed project schedules, estimate costs, create a budget, allocate resources and monitor costs in real time as work is executed. Get started for free today.

1. Job Estimate Template

This job estimate template gives businesses a structured layout with customer information, work order details and project identification at the top, followed by separate labor and materials tables that calculate subtotals and a final total with tax. Start by filling in the client and job data so the estimate is traceable. Then, enter each labor task with its dates, duration and price so your effort is reflected clearly. After that, list the materials you’ll need with quantities and unit costs, review the rolled-up totals to confirm your margin and finalize the document with a signature before moving the project into scheduling.

In practice, teams use this job quoting template by first defining the scope of work in the project information area, then breaking the project timeline into specific labor activities with associated costs. Materials are added based on procurement needs and quantity estimates, allowing the total project budget to build line by line. Once reviewed internally for margin and cost control, the completed job quote document is shared with the client for validation and sign-off before execution begins.

This job estimate template strengthens the quotation process across industries by showing labor, materials and tax calculations separately instead of burying project costs in a single number. Because the totals roll up from line items, this job quoting template makes price assumptions easier to defend, helps stakeholders compare options, and reduces disputes when the project transitions from estimate to approved work.

• Construction and general contracting
• Manufacturing and fabrication
• Engineering and design services
• Maintenance and facility management
• Specialty trades and subcontractors
• Event production and onsite services

2. Request for quote (RFQ) template

Before pricing even begins, this request for quote (RFQ) template sets the structure for gathering supplier responses. It captures company and customer details, quotation number, validity date and special instructions so vendors know exactly what is being requested. A line-item table lists quantities, descriptions, unit prices and taxable status, with subtotals and total calculations at the bottom. Teams use this template to formally request pricing from suppliers in a consistent, trackable format.

Within the quotation process, this request for quote (RFQ) template standardizes how organizations collect and compare supplier pricing. Because every vendor responds to the same structure, procurement teams can evaluate cost, terms and delivery details more objectively across industries.

• Construction procurement and materials sourcing
• Manufacturing supply chain management
• Retail and wholesale purchasing
• Government and public sector contracting
• Industrial and infrastructure projects

3. Work proposal template

Unlike a simple price sheet, this work proposal template is designed to summarize the most important aspects of a project before execution begins. It opens with a project summary that clarifies goals and objectives, then defines the scope of work with tasks, dependencies, deliverables and acceptance criteria.

A milestones table and embedded Gantt chart outline the project timeline, while structured labor and materials tables calculate subtotals, tax and final totals. Teams use this document to translate strategy into a clear, client-ready plan that connects scope, schedule and budget in one place.

This work quoting template strengthens pricing discussions by tying the cost estimate directly to defined deliverables and a structured project timeline. Instead of defending a standalone number, teams justify the total through scope clarity, labor allocation and resource planning, which improves approval speed and reduces scope creep across industries.

• Construction and capital projects
• IT and software development projects
• Engineering and technical consulting
• Marketing and creative agencies
• Professional services and advisory firms

4. Service quote template

Instead of throwing out one big number, this service quote template breaks the job into clear cost categories. It records company and client details, assigns a quote ID with issue and validity dates, then lists each service line separately.

For every activity, service providers and contractors enter labor costs, materials, equipment rentals, subcontractor fees, permits and other expenses. Subtotals roll up into taxes and a final total amount due, making the full project cost easy to understand.

This service quote template helps teams explain their pricing instead of defending it. Clients can see how each part of the work affects the project budget, which reduces confusion, speeds up approvals and supports clearer cost discussions across industries.

• Construction and specialty contracting
• Facility maintenance and property management
• Mechanical, electrical and plumbing services
• Industrial services and field operations
• Renovation and interior build-outs

5. Simple Construction Quote Template

This construction quote template organizes pricing around how contractors actually build a job: materials first, then labor, then anything extra. Vendor information, quote number, issue and expiration dates anchor the document. Material costs track quantities and unit prices with automatic totals.

Labor costs convert work hours and hourly rates into clear line totals. A separate miscellaneous costs section captures anything outside standard scope, and all sections roll into a full total with signature lines for formal approval.

This construction quote template helps teams separate material budgets from labor budgets so clients understand where the money goes. Because each category has its own subtotal and tax calculation, the structure supports clearer negotiations, faster sign-off and better cost control across industries that manage physical work.

• Residential and commercial construction
• General contracting and subcontracting
• Civil and infrastructure projects
• Renovation and remodeling firms
• Industrial and facility upgrades

6. Contractor estimate template

Organized by major building categories, this construction contractor estimate template breaks a project into site work, exterior, structural and HVAC system sections. Each line item records the vendor or subcontractor, labor costs, material costs and a calculated line total, with subtotals for every section and a grand total at the bottom. Teams use it to map the full scope of work against trade packages, making it easier to build a realistic project budget before construction begins.

This contractor quoting template improves cost visibility by grouping expenses by trade instead of mixing everything together. That structure helps stakeholders review subcontractor pricing, compare alternatives and validate assumptions, which supports clearer approvals and stronger cost control across industries managing complex builds.

• General contracting and home building
• Commercial construction projects
• Civil and infrastructure development
• Industrial facilities and plant construction
• Renovation and large-scale remodeling

ProjectManager Is a Robust Project Cost Management Solution

ProjectManager is equipped with robust project cost management tools and features including workload management charts, timesheets, real-time project and portfolio management dashboards and reports that allow organizations to create project budgets, compare their estimates against actual project costs and monitor expenses at the task level. Watch the video to learn more!

ProjectManager is award-winning software that allows organizations across industries to manage projects from start to finish. Our collaborative platform connects everyone on the project team and lets them work with the tools they want. Plan, monitor and report on every aspect of your projects. Get started with ProjectManager today for free.

The post 6 Free Quoting Templates for Projects Across Industries appeared first on ProjectManager.

What Is Construction Closeout?

Construction closeout is the coordinated phase at the end of a construction project where the focus shifts from building to verification, acceptance and transition. During construction closeout, the team confirms scope completion, validates quality against contract documents, reconciles costs, resolves outstanding issues and prepares the owner for operational control. It aligns inspections, documentation, financial settlement and responsibility transfer into one controlled process that formally concludes the construction project closeout lifecycle.

ProjectManager is an award-winning construction project management software that’s designed for planning, scheduling and tracking projects. It’s equipped with features such as Gantt charts, timesheets, workload management charts and real-time dashboards and reports. In addition, it offers unlimited cloud-based document storage, online collaboration tools and AI project management insights that help project managers ensure nothing falls through the cracks. Get started for free today.

Construction Closeout Checklist

As the project timeline approaches completion, construction closeout shifts focus from production to verification and documentation. The goal is simple: secure formal acceptance, release final payment and ensure the owner receives everything required to operate the facility. However, in order to achieve this simple goal, construction teams must complete a series of activities which are explained in great detail below. This construction closeout checklist includes the key tasks to complete for a successful construction project closeout phase.

• Punch List Completion: Complete all punch list items and verify corrective work meets contract documents and project specifications.
• Notice of Substantial Completion: Issue formal notice confirming the project has reached substantial completion in accordance with contract requirements.
• Final Inspections: Obtain final inspections and approvals from building officials, fire marshal and other authorities having jurisdiction.
• Certificate of Occupancy: Secure certificate of occupancy from the local authority before owner move-in or facility operations begin.
• Permit and Code Closeout: Confirm all building permits are closed and regulatory compliance documentation is finalized.
• As-Built Drawings: Submit accurate as-built drawings reflecting field changes, approved change orders and installed conditions.
• O&M Manuals: Deliver complete O&M manuals with manufacturer data, maintenance procedures and equipment warranties.
• Commissioning and Testing Reports: Finalize commissioning documentation and testing and balancing reports for mechanical, electrical and plumbing systems.
• Owner Training Sessions: Conduct documented training for facility staff on installed systems, controls and maintenance procedures.
• Warranties and Guarantees: Compile and transfer all warranties and guarantees with clear start dates and coverage terms.
• Final Account Reconciliation: Reconcile the final account, including approved change orders, allowances and contingency adjustments.
• Change Order Reconciliation: Confirm all change orders are fully executed and incorporated into the final contract value.
• Final Application for Payment: Submit final application for payment and confirm contractual requirements for retainage release.
• Retainage Release Approval: Verify all contractual conditions are satisfied before authorizing release of retained funds.
• Final Lien Waivers: Collect signed lien waivers from subcontractors and suppliers to prevent post-completion claims.
• Claims and Dispute Resolution: Confirm all outstanding claims, back charges and disputes are resolved prior to financial closeout.
• Insurance and Bond Closeout: Update or terminate project-specific insurance certificates and performance bonds as required.
• Closeout Schedule Update: Update the final construction schedule to reflect actual completion dates and document timeline performance.
• Turnover Materials and Asset Records: Transfer spare parts, attic stock, keys, access credentials and equipment inventory records to the owner.
• Construction Closeout Package: Assemble and submit a complete, organized turnover set of all required closeout documentation for formal acceptance.

What Is a Construction Closeout Package?

By the time construction closeout reaches its final stage, all closeout documentation must be organized into a single, complete turnover bundle. A construction closeout package compiles the punch list confirmation, certificate of substantial completion, final inspection reports, as-built drawings, O&M manuals, warranties, lien waivers, commissioning records and final application for payment. It should also include change order logs, final cost summary and any required training documentation. A well-prepared construction closeout package ensures smooth owner acceptance, protects against future disputes and formally closes the construction project closure process.

Now, let’s take a look at the documents that should be included in a construction closeout package in more depth.

10 Construction Closeout Documents

Paperwork is what turns finished work into accepted work during construction closeout. Crews may be done installing systems, but without the right documentation, the project cannot transition to final payment or owner turnover. Each document supports contractual compliance, protects against claims and confirms that the construction closeout phase meets every scope, quality and financial requirement.

1. Punch List

A construction punch list is a documented list of incomplete, defective or non-conforming work identified near the end of a construction project. Prepared during final inspection walkthroughs, it details corrective tasks that must be completed before substantial completion is confirmed and construction closeout can officially advance to final acceptance.

Without a properly managed punch list, construction closeout can stall indefinitely. Unresolved deficiencies delay final inspections, hold up the certificate of substantial completion and prevent release of retainage. Tracking punch list items clearly protects the project timeline, avoids disputes over scope completion and ensures the owner receives work that meets contract documents.

2. Construction closeout report

A construction closeout report is a consolidated document that compiles all final project information at the end of construction. It typically includes summaries of change orders, final costs, testing and commissioning results, warranty documentation and confirmation that contractual obligations have been satisfied prior to formal project turnover.

During construction closeout, this report acts as the administrative backbone of project completion. It gives owners and stakeholders a clear record of financial reconciliation, scope adjustments and compliance documentation. By centralizing final data, the construction closeout report reduces risk, supports audits and provides a defensible record if post-completion claims arise.

3. Certificate of substantial completion

A certificate of substantial completion is a formal document issued by the architect or contract administrator confirming that a construction project is sufficiently complete for the owner to occupy or use the facility for its intended purpose, subject to completion of remaining punch list items.

In the construction closeout process, this certificate marks a critical contractual milestone. It establishes the start of warranty periods, shifts responsibility for insurance and site control and often triggers partial release of retainage. Without it, construction closeout lacks the formal recognition required to move toward final payment and project handover.

4. As-built drawings

As-built drawings are revised construction drawings that reflect the actual conditions of a completed project, incorporating field changes, approved change orders and deviations from the original design. They show exact locations of installed systems, dimensions and materials as constructed rather than as initially specified.

Long after construction closeout is finished, owners rely on as-built drawings for maintenance, renovations and troubleshooting. During construction project closeout, submitting accurate record drawings proves scope completion and contract compliance. Incomplete or inaccurate as-builts delay final acceptance, create liability exposure and complicate facility management from day one of occupancy.

5. Operation and maintenance manuals

Operation and maintenance manuals are compiled documents containing manufacturer instructions, maintenance procedures, product data, warranties and technical specifications for installed equipment and systems. These manuals provide detailed guidance on operating, servicing and preserving building components throughout their lifecycle after construction completion.

From a construction closeout standpoint, O&M manuals confirm that the owner can properly operate the facility. Missing documentation often holds up final payment and acceptance. Well-organized manuals reduce callbacks, protect warranties and support commissioning verification, making them a critical deliverable in any construction project closeout process.

6. Warranties and guarantees

Warranties and guarantees are written assurances from contractors, subcontractors and manufacturers that specific materials, equipment and workmanship will perform as intended for a defined period. They outline coverage terms, duration, exclusions and remedies available if defects arise after project completion.

Within construction closeout, collecting and organizing warranties establishes accountability beyond substantial completion. These documents define the warranty period start date and clarify responsibility for post-completion defects. Without properly executed warranties, construction closeout exposes owners to unnecessary risk and contractors to disputes over performance obligations.

7. Final inspection reports

Final inspection reports are official records issued after authorities, architects or engineers review the completed work and verify compliance with building codes, contract documents and project specifications. These reports document deficiencies, approvals or conditions that must be satisfied before a construction project can proceed toward formal acceptance.

At the construction closeout stage, final inspection reports confirm that regulatory and contractual requirements have been met. Without documented approval, the project cannot secure a certificate of occupancy or finalize substantial completion. These reports protect both owner and contractor by proving compliance and reducing exposure to post-completion liability.

8. Certificate of occupancy

A certificate of occupancy is a formal document issued by a local building authority confirming that a completed structure complies with applicable codes and is safe for its intended use. It authorizes the owner to legally occupy or operate the building following construction.

During construction closeout, the certificate of occupancy often represents the practical finish line. Even if physical work is complete, occupancy cannot occur without it. Delays in obtaining this certificate can disrupt revenue generation, tenant move-ins and project financing milestones tied to the construction project closeout process.

9. Final lien waivers

Final lien waivers are signed legal documents from contractors, subcontractors and suppliers confirming they have received full payment and waive their right to file a mechanics lien against the property. These waivers provide written proof that all parties have been compensated for completed work.

Within construction closeout, final lien waivers protect the owner from unexpected claims after final payment. Without them, unpaid subcontractors could pursue legal action even after turnover. Collecting executed waivers is essential before releasing retainage, ensuring the construction closeout process ends without lingering financial risk.

10. Final application for payment

The final application for payment is the contractor’s formal request for the remaining contract balance, including release of retainage, submitted after all work and closeout requirements are satisfied. It reflects the reconciled contract sum, approved change orders and any final adjustments agreed upon by the parties.

In the construction closeout phase, this application ties financial reconciliation to documented completion. It signals that scope, documentation and inspections are complete. Approval of the final application for payment formally concludes the construction project closeout process and establishes the financial closure of the project.

ProjectManager Is Ideal for Managing Construction Projects

ProjectManager is award-winning construction project management software built to support projects from preconstruction through closeout. It’s equipped with robust tools for creating construction schedules, allocating resources, tracking costs and comparing estimates against actual project performance. With unlimited cloud-based document storage and AI-driven project insights, teams can manage construction closeout documents and activities. Watch the video below to see how it works.

Related Construction Project Management Content

Our content library features over 100 construction blogs, templates, ebooks and other types of content to help construction project managers better understand the many moving parts that must be managed to deliver successful construction projects. Here are some of them.

• 48 Construction Documents (Templates Included)
• Construction Reporting: Types of Construction Reports
• What Are Construction Submittals and Why Are They So Important?
• Construction Document Management: A Quick Guide

ProjectManager is online project management software with the tools you need for construction project management. Our features make planning, monitoring and reporting on your project more efficient and effective. Being online means our software is accessible everywhere and at any time. Plus, the data you get is more accurate because it’s updated immediately. Try ProjectManager for free today.

The post Construction Closeout: Documents, Checklist and Tips appeared first on ProjectManager.

That’s why construction cost management is so important. Knowing exactly what construction cost management means and what construction costs are there can be the difference between project success or failure. We’ll go over those definitions and explain the construction cost management process so you can manage projects better.

What Is a Construction Cost?

A construction cost is any expense required to plan, build and deliver a construction project. It includes direct costs such as labor, materials and equipment, along with subcontractor fees and contractor overhead. Construction costs also cover systems and components like structural work, interior finishes, plumbing, electrical and mechanical installations. In practice, construction costs represent the total financial resources needed to complete the physical scope of work.

ProjectManager is award-winning construction project management software that gives construction companies the tools they need to ensure that the projects are completed on time, under budget and within scope. Get all construction costs accounted for when planning with our powerful Gantt chart. You can allocate project resources, estimate costs, set a cost baseline and then track your planned costs against your actual costs with real-time dashboards and reports to quickly catch any overspending. Get started with ProjectManager today for free.

What Is Construction Cost Management?

Construction cost management is the process of keeping projects on budget by estimating construction costs, establishing a cost baseline and a construction budget, monitoring and forecasting costs as projects unfold and reporting on spending to internal and external project stakeholders.

In addition to these core construction cost management steps, ensuring the project is executed as planned is also a way of controlling costs for construction firms, because in the vast majority of cases delays cause overcosts from resource utilization and also from contractual dispute fees.

Why Is Construction Cost Management Important?

For both the general contractor and the project owner, construction cost management directly determines whether a project becomes financially successful or painfully over budget. Contractors rely on construction cost management to protect profit margins, control cost overruns, manage cash flow and keep subcontractor spending aligned with the project budget.

At the same time, owners depend on construction cost management to safeguard their capital investment, validate funding decisions and ensure that total construction costs remain consistent with the approved scope and financial expectations.

From the earliest concept sketches to final closeout, construction cost management influences every phase of a construction project. During preconstruction, it shapes value engineering decisions and aligns the design with the available budget. As procurement begins, it guides subcontractor selection and contract negotiation. Once work starts, it drives cost tracking, change order evaluation and cost forecasting. Even material specifications and sequencing decisions affect construction costs, making construction cost management a continuous discipline rather than a single budgeting exercise.

On top of all of that, good construction cost management will give your company a positive reputation in the industry. Property owners without exception prefer to work with general contractors who are proactive, efficient and accurate with construction cost management.

Who Is Responsible for Construction Cost Management?

On the contractor’s side, the project manager is ultimately responsible for construction cost management during execution. While estimators may prepare the initial pricing, the project manager owns the project budget once work begins. This role is accountable for cost tracking, cost forecasting, change order evaluation and protecting profit margins. If construction costs exceed the approved budget, the project manager is the person expected to explain why and implement corrective action.

On the owner’s side, responsibility typically rests with the owner’s representative, development manager or commercial manager overseeing the capital investment. This role ensures that construction cost management aligns with funding approvals and financial objectives. The owner’s representative reviews cost reports, evaluates change orders and monitors cost forecasts to protect overall return on investment and ensure total construction costs remain consistent with the approved scope and funding structure.

Besides those two key roles who are held accountable on both the contractor’s and the property owner’s sides, there are other roles that also participate in the construction cost management process. Here’s how they’re involved.

• Estimator: The estimator plays a central role during construction takeoff and construction estimating by quantifying scope, applying unit pricing and developing the initial cost estimate that forms the basis of the construction budget.
• Quantity Surveyor (QS): The quantity surveyor supports construction cost management by preparing bills of quantities, validating cost breakdown structures, reviewing subcontractor pricing and assisting with cost forecasting and interim payment evaluations.
• Project Controls Manager: The project controls manager integrates cost tracking, cost forecasting and schedule performance data, ensuring that construction cost reporting reflects accurate projections and measurable financial performance trends.
• Superintendent: The superintendent influences construction cost management during execution by managing labor productivity, sequencing activities efficiently and controlling field decisions that directly affect construction costs and cost variances.
• Procurement Manager: The procurement manager contributes to construction budgeting and cost control by negotiating subcontractor agreements, issuing purchase orders and managing committed costs before they become actual expenditures.
• Controller or Cost Accountant: The controller supports construction cost tracking and reporting by recording actual construction costs, reconciling invoices, maintaining financial records and preparing formal cost reports for stakeholders.
• Architect or Design Engineer: The architect or design engineer influences construction cost management during preconstruction through value engineering decisions, material specifications and scope clarification that directly impact projected construction costs.

Construction Cost Management Process: How to Manage Construction Costs

Now that we’ve defined the concept of construction cost management, it’s importance and the key roles that participate in the process, let’s dive deeper into each of its major stages for a thorough understanding of this process. Here’s a quick overview of each of the seven main stages of construction cost management and their key tools and deliverables.

1. Value Engineering

During the development of architectural drawings, blueprints and CAD models, architects and engineers begin influencing construction costs through value engineering. This process evaluates materials, systems and design alternatives to achieve the required performance at the lowest reasonable cost. Within construction cost management, value engineering ensures that design decisions align with the project budget before procurement and construction begin.

2. Construction Takeoff

Construction takeoff is the systematic process of reviewing drawings and specifications to measure and quantify the full project scope. It generates the detailed quantity data used to support pricing, budgeting and cost control. Within construction cost management, construction takeoff ensures that projected construction costs are grounded in verified scope measurements rather than assumptions.

Key construction takeoff tools and deliverables

• Quantity Takeoff: Quantity takeoff is the detailed measurement of all work items shown in the drawings, organized by trade and scope section. By establishing precise counts, areas and volumes, it creates the measurable basis required for reliable pricing and prevents scope gaps in the construction takeoff process.
• Material Takeoff: Material takeoff focuses specifically on calculating the quantities of construction materials required to execute the project as designed. It supports construction takeoff by translating scope measurements into procurement-ready data that improves cost accuracy and reduces waste during purchasing.
• Takeoff Summary Sheet: A takeoff summary sheet consolidates all quantified work items and material quantities into a structured, organized overview. It strengthens construction takeoff by centralizing measured data, enabling estimators to review totals quickly and validate that no scope elements have been overlooked.

3. Construction Estimating

Construction estimating converts quantified scope into projected construction costs using current market pricing, labor productivity assumptions and construction methods. It builds the financial model that defines how much the project is expected to cost before execution begins. Within construction cost management, construction estimating transforms measured data into a structured cost estimate that supports bidding, budgeting and financial approval.

Key construction estimating tools and deliverables

• Detailed Cost Estimate: A detailed cost estimate itemizes projected construction costs by trade, activity or cost code based on quantified scope and pricing assumptions. It contributes to construction estimating by organizing all cost components into a transparent structure that can be reviewed, validated and adjusted before final approval.
• Construction Cost Breakdown Structure (CBS): A construction cost breakdown structure organizes estimated construction costs into hierarchical categories aligned with project scope and cost control requirements. It strengthens construction estimating by structuring data in a way that supports comparison, analysis and future cost tracking during project execution.
• Subcontractor Bid Tabulation: Subcontractor bid tabulation is the structured comparison of submitted trade bids against defined scope requirements and pricing criteria. It supports construction estimating by identifying competitive pricing, scope gaps and qualification differences before contracts are awarded and costs are committed.
• Unit Pricing: Unit pricing assigns a cost per measurable unit of work, such as per square foot, cubic yard or linear foot, based on labor, materials and productivity. It contributes to construction estimating by enabling consistent cost calculations and simplifying adjustments when quantities change.
• Pricing Worksheet: A pricing worksheet is a structured calculation document used to compile labor, material, equipment and subcontractor costs into a consolidated estimate. It enhances construction estimating by documenting assumptions, markups and calculations in a clear format that supports review and verification.

4. Construction Budgeting

Construction budgeting translates the approved cost estimate into an actionable financial plan structured around cost codes, project phases and the project timeline. It allocates projected construction costs to specific trades and activities so spending can be controlled during execution. Within construction cost management, construction budgeting establishes the financial boundaries that guide cost tracking, cost forecasting and overall cost control.

Key construction budgeting tools and deliverables

• Cost Baseline: A cost baseline is the formally approved version of the construction budget that defines planned construction costs across the project timeline. It supports construction budgeting by providing the fixed reference point used to measure cost variances and evaluate financial performance during execution.
• Construction Budget: A construction budget is the structured allocation of projected construction costs across cost codes, trades and phases of work. It contributes to construction budgeting by defining authorized spending limits and aligning financial resources with the approved project scope and schedule.
• Schedule of Values (SOV): A schedule of values is a detailed breakdown of the contract sum into line items that correspond to defined portions of the work. It strengthens construction budgeting by linking budgeted amounts to progress billing, enabling controlled cash flow and accurate payment applications.
• Contingency Allocation: Contingency allocation is the planned distribution of reserved funds set aside to address unforeseen conditions or scope changes. It supports construction budgeting by protecting the project budget from unexpected cost impacts while maintaining financial flexibility.
• Cash Flow Forecast: A cash flow forecast projects when construction costs will be incurred and paid throughout the project timeline. It enhances construction budgeting by aligning spending patterns with funding availability and ensuring liquidity during project execution.

5. Construction Cost Tracking

Construction cost tracking records and monitors actual construction costs as work progresses, comparing them against the approved budget and cost baseline. It captures labor, materials, subcontractor invoices and other project expenses at the cost code level. Within construction cost management, construction cost tracking provides the financial data needed to identify cost variances, protect profit margins and maintain control over total construction costs.

Key construction cost tracking tools and deliverables

• Timesheets: Construction timesheets document labor hours worked by employees and crews on specific cost codes and activities. They support construction cost tracking by linking payroll expenses to defined scope items, enabling accurate labor cost allocation and productivity analysis.
• Construction Retainage: Construction retainage is a portion of contract payments withheld until defined project milestones or completion requirements are met. It contributes to construction cost tracking by managing cash flow, documenting withheld amounts and reflecting accurate payable balances throughout execution.
• Cost Variance Analysis: Cost variance analysis compares actual construction costs to budgeted amounts at the cost code or phase level. It strengthens construction cost tracking by identifying deviations, quantifying overruns or savings and supporting corrective financial decision-making.
• Change Order Log: A change order log is a centralized record of all approved and pending scope modifications that impact construction costs. It enhances construction cost tracking by documenting cost adjustments, tracking financial exposure and maintaining alignment between scope changes and budget revisions.
• Purchase Orders: Purchase orders are formal commitments issued to suppliers or subcontractors specifying scope, pricing and delivery terms. They support construction cost tracking by recording committed construction costs and providing documentation for invoice verification and budget control.

6. Construction Cost Forecasting

Construction cost forecasting projects the expected final construction costs of a project using actual cost data, committed expenditures and the value of remaining work. It analyzes performance trends, cost variances and identified risks to determine the projected cost at completion. Within construction cost management, construction cost forecasting provides forward-looking financial visibility that supports strategic adjustments before cost overruns materialize.

Key construction cost forecasting tools and deliverables

• Earned Value Management Metrics: Earned value management metrics integrate scope, schedule and cost data to measure project performance against the approved cost baseline. They contribute to construction cost forecasting by quantifying cost efficiency and performance trends that inform projections of final construction costs.
• Estimate at Completion (EAC): Estimate at completion represents the projected total construction costs of a project based on current performance and remaining scope. It supports construction cost forecasting by providing a calculated prediction of the final cost outcome used for financial planning and corrective action.
• Cost to Complete (CTC): Cost to complete calculates the remaining construction costs required to finish all outstanding work at current performance rates. It strengthens construction cost forecasting by isolating future spending expectations and refining projections of total cost at completion.
• Trend Analysis: Trend analysis evaluates historical cost performance data to identify patterns in cost growth, productivity or budget variance. It enhances construction cost forecasting by revealing recurring financial behaviors that influence projected construction costs and overall cost stability.
• Margin Forecast: A margin forecast projects the expected profit or loss on a construction project based on forecasted final construction costs and contract value. It contributes to construction cost forecasting by linking cost performance to profitability and informing executive financial decisions.

7. Construction Cost Reporting

Construction cost reporting organizes and presents financial performance data related to construction costs in a structured, consistent format. It compiles budget figures, actual expenditures, cost variances and forecasted outcomes for review by project teams and stakeholders. Within construction cost management, construction cost reporting formalizes financial oversight and ensures that decision-makers understand both current cost performance and projected financial results.

Key construction cost reporting tools and deliverables

• Monthly Cost Report: A monthly cost report summarizes budget status, actual construction costs, cost variances and forecasted totals for a defined reporting period. It supports construction cost reporting by providing recurring financial visibility and documenting performance trends over the project timeline.
• Job Cost Report: A job cost report details construction costs incurred by cost code, trade or work package throughout project execution. It contributes to construction cost reporting by offering granular financial insight that supports variance analysis and cost control decisions.
• Budget vs Actual Report: A budget vs actual report compares planned construction costs against recorded expenditures at the cost code or project level. It strengthens construction cost reporting by clearly identifying deviations and quantifying financial performance against the approved budget.
• Cash Flow Report: A cash flow report tracks the timing of incoming and outgoing project funds relative to construction costs and billing cycles. It enhances construction cost reporting by aligning financial performance with liquidity management and funding requirements.

Types of Construction Costs

Construction projects generate multiple categories of construction costs, each affecting budgeting, cost estimating and overall construction cost management performance in different ways. The primary types are outlined below.

Construction Hard Costs

Construction hard costs represent the expenditures required to physically build the project as defined in the construction drawings and specifications. These costs are directly tied to transforming design documents into a completed structure. In construction cost management, hard costs form the core of the project budget because they reflect the measurable work installed in the field and the tangible progress achieved on the jobsite.

Construction Soft Costs

Unlike hard costs, construction soft costs relate to the planning, coordination and compliance activities necessary to deliver the project but not to physically construct it. They arise from professional services, regulatory requirements and financial arrangements that enable the work to proceed. Within construction cost management, soft costs must be forecasted carefully because they accumulate across the project lifecycle and significantly influence total construction costs.

Claims and Delay Costs

Claims and delay costs arise when a construction project experiences disruptions that extend the project timeline or alter the agreed scope of work, triggering contractual compensation mechanisms. These costs are typically tied to schedule impacts, lost productivity or disputed responsibilities between parties. Within construction cost management, claims and delay costs must be documented, analyzed and evaluated carefully, as they can significantly increase total construction costs and affect project profitability.

Direct Construction Costs

Direct construction costs are expenses that can be clearly assigned to a specific construction activity, work package or cost code within the project budget. They are incurred solely because a defined portion of the scope of work is being executed. Effective construction cost management relies on accurately identifying direct construction costs, since they drive cost tracking, earned value calculations and precise cost control at the task level.

Here are some examples of direct construction costs:

• Labor costs
• Material costs
• Equipment operating costs
• Subcontractor costs
• Specialty contractor services

Indirect Construction Costs

Indirect construction costs support overall project execution but cannot be traced to a single unit of work or specific activity. They enable the jobsite to function as an integrated operation rather than as isolated tasks. From a construction cost management perspective, indirect construction costs require disciplined cost allocation methods to ensure that shared project resources are properly accounted for within total construction costs.

Here are some examples of indirect construction costs:

• Superintendent salary
• Site office trailer costs
• Temporary utilities
• Safety program costs
• Site security

Fixed Construction Costs

Fixed construction costs are expenditures that remain constant over a defined period regardless of production output or work volume. Their value does not fluctuate based on installed quantities or daily progress. In construction cost management, understanding fixed construction costs is essential for accurate cash flow forecasting, since these obligations continue even when productivity slows or project timelines shift.

Here are some examples of fixed construction costs:

• Equipment lease payments
• Builder’s risk insurance
• Performance bond premiums
• Salaried project management staff
• Software subscription costs

Variable Construction Costs

Variable construction costs change in direct relationship to the level of construction activity performed. As project production increases or decreases, these costs rise or fall proportionally. Managing variable construction costs is a central function of construction cost management because they directly impact unit rates, cost forecasting accuracy and the financial outcome of the project as scope quantities evolve.

Here are some examples of variable construction costs:

• Hourly craft labor
• Concrete quantities
• Structural steel tonnage
• Fuel consumption
• Equipment rental by usage

Overhead Construction Costs

Overhead construction costs represent the ongoing operational expenses required to run a construction business that are not attributable to a specific project task. They exist independently of individual contracts but must ultimately be recovered through project pricing. In construction cost management, properly accounting for overhead construction costs ensures that bid estimates, markups and profit margins reflect the full cost structure of the organization.

Here are some examples of overhead construction costs:

• Corporate office rent
• Executive salaries
• Accounting services
• Marketing and business development
• IT infrastructure costs

Construction Cost Management Templates

We’ve created dozens of free construction project management templates for Excel, Word and Google Sheets. Here are some of them that can help with construction cost management.

Cost Breakdown Template

A cost breakdown template organizes project scope, resources and budgeted costs into structured categories, allowing teams to compare estimated and actual expenses, calculate cost variance and maintain clear financial visibility throughout construction cost management.

Schedule of Values Template

A schedule of values template breaks the total contract value into detailed work items, tracking progress, percent complete, retainage and stored materials to support payment applications, cash flow control and accurate construction cost management.

Budget Dashboard Template

A budget dashboard template consolidates material, labor, equipment and overhead construction costs into visual charts and summaries, enabling real-time budget tracking, variance analysis and improved financial decision-making within construction cost management.

ProjectManager Has Construction Cost Management Tools

ProjectManager is award-winning construction project management software that helps you plan, manage and track your construction costs in real time. When you create a project in our software, you can set the budget or set it anytime you want. There are two types of costs, resource costs and general costs, both can be tracked as planned and actual costs. General contractors can plan out their projects on Gantt charts that track costs and resources, setting a baseline to monitor project variance in real time.

Track Construction Costs With Real-Time Project Dashboards

Once you’ve set a baseline on the Gantt chart, you can track live costs throughout the software. If you want to get a high-level view of the project, just toggle over to the dashboard, which automatically collects real-time data and displays it on easy-to-read graphs and charts. Besides a cost chart that shows live actual and planned costs, there are time, workload and other metrics to keep you updated on progress and performance. Unlike lightweight tools, you don’t have to waste time setting up our dashboard. It’s ready to go when you are.

Use Multiple Reports to Manage Construction Costs

We offer several reports available that help you manage and track construction costs. If you’re managing more than one project, use our portfolio status report, which has a color-coded cost column to see if you’re over or under budget at a glance. Use our project status report for the same cost details for one project. If you want to see tasks about your work breakdown structure (WBS), generate a project plan report to see the budget and costs spent to date. Drill down into specific tasks with our task report and track planned and actual costs and resource costs. There are more reports, and all are customizable to show only the data you want to see. They can be easily shared across platforms and even printed for stakeholder presentations.

Construction cost management is only one part of construction project management. Our software covers all those bases, from task and resource management to keep your crew working at capacity to risk management that identifies and tracks issues until they’re mitigated. We’ll help you deal with project cost, cost planning and project cost control and everything else you need to deliver a successful project.

Related Content

• Best Construction Estimating Software for Construction Projects
• 10 Free Construction Expense Tracker Templates
• Contractor Estimate Template
• Top 12 Costing Methods for Construction and Manufacturing Projects
• How to Make a Construction Quote: Example & Free Template
• Construction Quote Template
• Gestión de Costos de Construcción: Guía Rápida
• Gestion des coûts de construction : guide complet
• Baukosten verstehen: Baukostenmanagement in der Praxis

ProjectManager is online construction project management software that empowers teams to plan, manage and track their projects in real time. We connect architects and engineers in the office with your work crew on the job site so they can share files and comments to foster better collaboration. Get started with ProjectManager today for free.

The post Construction Cost Management & Construction Costs Explained appeared first on ProjectManager.

What Is a Submittal In a Construction Project?

In practical terms, a construction submittal is any shop drawing, product data sheet, material sample or technical document a contractor sends to the architect or engineer for review before work proceeds. Its purpose is simple: confirm that what will be purchased, fabricated or installed matches the project specifications and contract documents.

What Is a Submittal Log?

A submittal log is a structured tracking document used in construction projects to manage and control the entire submittal process from identification to final approval. It lists every required construction submittal pulled from the project specifications and tracks who is responsible, when it must be submitted, how long it has been under review and whether it is approved, rejected or pending resubmission. By centralizing this information, the submittal log gives the project team a clear, organized record that supports document control, protects the project schedule and ensures compliance with contract requirements.

ProjectManager is an award-winning construction project management software that’s designed for managing construction projects from start to finish. It’s equipped with features such as Gantt charts, timesheets, workload management charts and real-time dashboards and reports. In addition to its core construction planning, scheduling and tracking tools, it offers unlimited cloud-based document storage, online collaboration tools and AI project management insights that help project managers ensure nothing falls through the cracks. Get started for free today.

What Should Be Included in a Submittal Log for a Construction Project?

In construction, a submittal is a formal document or physical sample submitted by a contractor or subcontractor to the architect or engineer for review and approval before fabrication, procurement or installation. Construction submittals verify that materials, equipment and systems comply with the contract documents and technical specifications.

• Shop drawings: Detailed drawings prepared by subcontractors or fabricators that show dimensions, materials, connections and installation methods for structural steel, HVAC systems, electrical layouts or other building components.
• Product data: Manufacturer-issued technical sheets describing performance characteristics, materials, model numbers and installation requirements, ensuring selected products meet the project specifications and design intent.
• Material samples: Physical samples of finishes such as flooring, paint, roofing or façade materials submitted for aesthetic approval and quality verification before bulk ordering and installation.
• Equipment data and cut sheets: Technical documentation for major equipment like chillers, generators or elevators, including capacity, power requirements and compliance certifications needed for engineering review.
• Mix designs: Concrete or asphalt mix design submittals prepared by suppliers that specify proportions, strength requirements and testing data to confirm compliance with structural performance criteria.
• Testing and inspection reports: Laboratory and field reports verifying that installed materials, welds, soil compaction or fireproofing meet quality control standards and contract requirements.
• Operation and maintenance manuals: Comprehensive documentation submitted near project closeout containing warranties, maintenance procedures and manufacturer guidance for building systems and equipment.

Get your free

Construction Submittal Log Template

Use this free Construction Submittal Log Template for Excel to manage your projects better.

Download Excel File

What Is the Purpose of a Submittal Log?

Across a construction project, submittals don’t just “flow” on their own—they require tracking, follow-up and coordination to move from preparation to approval. The purpose of a submittal log is to actively manage that workflow by assigning responsibility, setting submission dates, tracking review turnaround times and documenting approval status. By clearly showing what has been sent, what is under review, what was rejected and what must be resubmitted, it prevents gaps in communication, reduces procurement risk and protects the project schedule from avoidable delays tied to document control failures.

Beyond that primary objective, a submittal log can also achieve the following secondary purposes:

• Improves coordination between the general contractor, subcontractors and design team by clearly identifying who must prepare, review and approve each shop drawing, product data sheet or material sample before procurement begins.
• Supports procurement tracking by linking approved submittals to material orders, helping teams avoid purchasing non-compliant products that could trigger rework, change orders or costly schedule impacts.
• Creates a documented approval trail that protects the contractor during disputes by showing when submittals were sent, how long reviews took and whether delays were outside the contractor’s control.
• Helps forecast potential schedule risks by highlighting long-lead items and overdue reviews that could affect critical path activities or disrupt planned construction sequencing.
• Strengthens overall document control by centralizing submittal numbers, specification references and revision histories in one place, reducing confusion across RFIs, project schedules and quality control processes.

When to Make a Submittal Log

Most project teams create the submittal log immediately after contract award and before construction activities begin. As soon as the project schedule is being developed and procurement planning starts, the project manager or document control lead compiles submittals from the specifications to avoid early delays.

As construction progresses, the submittal log becomes a live tracking tool that’s reviewed in coordination meetings and updated alongside the construction schedule. It flags overdue reviews, tracks resubmittals and highlights long-lead items affecting procurement. Throughout the build, it supports document control, protects the critical path and keeps subcontractors accountable.

Who Is Responsible for Maintaining a Construction Submittal Log?

On most construction projects, the general contractor is responsible for creating and maintaining the submittal log. In practice, this task is typically handled by the project manager, project engineer or document control specialist. They build the log from the project specifications, update it regularly and coordinate with subcontractors and the design team to keep submittals moving and aligned with the project schedule.

• Project manager: Oversees the entire submittal process, reviews the submittal log during coordination meetings and ensures that pending approvals, long-lead items and critical path activities are not delayed due to incomplete or overdue submittals.
• Project engineer: Often manages the day-to-day tracking of submittals by updating the log, assigning submittal numbers, following up on review turnaround times and coordinating resubmissions when items are rejected or require revisions.
• Subcontractors: Prepare and submit shop drawings, product data and material samples in accordance with the specifications, while responding to review comments and providing corrected resubmittals to keep procurement and fabrication on track.
• Architect or engineer of record: Reviews submitted documents for compliance with the contract documents, marks them as approved, approved as noted or rejected and returns them within the agreed review period to avoid impacting the project timeline.
• Document control specialist: Maintains organized records of all submissions, approval statuses, revision histories and correspondence, ensuring that the submittal log remains accurate, auditable and consistent with other project documentation such as RFIs and change orders.

Submittal Log Template for Excel

This construction submittal log template for Excel helps project teams track, review and manage submittals from receipt through approval. It captures specification references, submission dates, review cycles, status updates and responsible parties, giving contractors clear visibility into pending actions, approval timelines and potential schedule impacts.

Submittal Log Example

Imagine a residential construction project consisting of a 250-unit apartment complex with structured parking, a swimming pool, fitness center and shared amenities. Multiple subcontractors are submitting shop drawings, product data and material samples while procurement and field work move in parallel. Below is a simplified submittal log example for that project.

Free Related Construction Project Management Templates

ProjectManager offers dozens of free construction project management templates designed to help teams track progress, control costs, manage documentation and stay aligned with the project schedule from preconstruction through closeout.

Construction Daily Report Template

This construction daily report template helps project teams document site activity, labor hours, equipment usage, weather conditions and work completed each day, creating a reliable record that supports progress tracking and dispute resolution.

Request for Information (RFI) Template

The RFI template provides a structured format for submitting and tracking clarification requests related to drawings, specifications or scope gaps, helping prevent delays, miscommunication and costly rework during construction execution.

Change Log Template

Use the change log template to record scope changes, design revisions and approved change orders, giving project managers a centralized view of cost impacts, schedule adjustments and decision history throughout the project lifecycle.

ProjectManager Is Ideal for Managing Construction Projects

ProjectManager is award-winning construction project management software built to support projects from planning through closeout. It includes robust tools for creating construction schedules, allocating resources, tracking costs and comparing estimates against actual project performance. With unlimited cloud-based document storage and AI-driven project insights, teams can manage drawings, costs and progress in one centralized platform. Watch the video below to see how it works.

Related Construction Project Management Content

Our content library features over 100 construction blogs, templates, ebooks and other types of content to help construction project managers better understand the many moving parts that must be managed to deliver successful construction projects. Here are some of them.

• 48 Construction Documents (Templates Included)
• Construction Reporting: Types of Construction Reports
• What Are Construction Submittals and Why Are They So Important?
• Construction Document Management: A Quick Guide

ProjectManager is online project management software with the tools you need for construction project management. Our features make planning, monitoring and reporting on your project more efficient and effective. Being online means our software is accessible everywhere and at any time. Plus, the data you get is more accurate because it’s updated immediately. Try ProjectManager for free today.

The post Submittal Log in Construction: Example & Free Template appeared first on ProjectManager.

What Is Workface Planning In Construction?

Workface planning is a construction planning method that breaks the project scope into small, executable work packages and ensures each package is thoroughly planned and ready to be executed before crews start. It coordinates labor, materials, tools, drawings, permits, access and safety controls so field teams can complete tasks without waiting, rework or interruptions, improving productivity and schedule reliability.

ProjectManager is an award-winning construction scheduling software designed for making detailed master construction schedules and lookahead schedules thanks to its powerful project planning, scheduling and monitoring features. With ProjectManager’s Gantt chart you can visualize task dependencies, identify critical path activities, allocate resources, track costs and compare estimates vs. actual project performance. Get started today for free.

When Should Workface Planning Be Done?

Workface planning should begin once the project has an approved schedule baseline and enough design information to define repeatable work packages, then continue throughout execution as conditions change in the construction site.

Practically speaking, teams start by building packages during preconstruction and early mobilization, then run a rolling construction lookahead schedule: each week they confirm constraints and readiness for the next 2–6 weeks of work. A common rhythm is locking the next two weeks of work packages in the weekly planning meeting, verifying materials, approvals and access, then issuing them to crews before the workweek starts.

What Is the Purpose of Workface Planning?

The core purpose of workface planning is to ensure construction crews can execute assigned tasks without delays, interruptions or missing information. It aligns field operations with the master construction schedule intent so labor hours are spent building, and there’s no idle time waiting for materials, clarifications, access or approvals.

• One objective is to eliminate productivity loss caused by incomplete architectural drawings, late material deliveries or unavailable equipment by verifying constraints before work is released to the field.
• Another purpose is to translate high-level construction schedule activities into clearly defined, crew-sized work packages that reflect actual site conditions and sequencing.
• It also strengthens coordination between engineering, procurement and construction teams so that design outputs and material commitments support field execution timing.
• Workface planning supports safer construction sites by confirming permits, safety controls and access requirements are in place before crews mobilize.
• Finally, it creates accountability by making work readiness visible, helping superintendents and project managers identify bottlenecks before they affect the overall schedule.

Get your free

Gantt Chart Excel Template

Use this free Gantt Chart Excel Template for Excel to manage your projects better.

Download Excel File

Benefits of Workface Planning In Construction Projects

On active construction sites, uncertainty causes delays, scope creep and cost overruns, all of which can greatly affect the initial construction plan and the project’s profitability.

Workface planning reduces that uncertainty by making short-term execution predictable and controlled. Field crews, superintendents, project managers and even owners benefit because labor productivity improves, schedule commitments stabilize and daily coordination becomes far less reactive.

• Crews spend more time installing work and less time waiting for clarifications, materials or equipment, which directly improves earned hours and cost performance.
• Superintendents gain clearer visibility into what is truly ready to build, allowing them to make faster decisions and adjust sequencing without chaos.
• Project managers see more reliable schedule performance because work packages are constraint-free before release, reducing slippage and cascading delays.
• Procurement and engineering teams receive earlier signals about upcoming needs, helping them prioritize submittals, deliveries and approvals in line with execution.
• Owners benefit from steadier progress reporting and fewer surprises, since short-term planning discipline supports milestone achievement and predictable handovers.

Who Performs Workface Planning for a Construction Project?

On most construction projects, accountability for workface planning sits with the construction manager or general contractor, since they control field execution and schedule performance. However, the process is rarely owned by one individual. It requires coordinated input from field supervision, engineering, procurement and planning teams to ensure work packages are truly ready for execution.

• Construction manager or general contractor leads the process, sets planning standards, approves work packages and ensures field execution aligns with schedule commitments.
• Superintendents break schedule activities into executable field tasks, confirm access, sequencing and crew availability, and validate real-world site readiness conditions.
• Project engineers verify drawings, specifications and technical details are complete, resolving RFIs and ensuring documentation supports planned work packages.
• Procurement managers confirm materials, equipment and subcontractor commitments match upcoming work packages, preventing release of work lacking required resources.
• Project schedulers align workface packages with the baseline schedule and lookahead plans, tracking progress and highlighting constraint risks early.

Workface Planning Process

Executing workface planning consistently requires a repeatable process that connects scheduling, engineering, procurement and field supervision into one disciplined short-term planning rhythm.

1. Break Down Schedule Activities Into Work Packages

Begin by using the project’s work breakdown structure (WBS) to understand how scope is organized, then translate those higher-level elements into crew-sized work packages. The WBS keeps scope boundaries clear and prevents gaps or duplication. From there, define specific quantities, work areas and sequencing so each package represents a complete, executable portion of construction.

2. Identify and Remove Constraints

Before releasing any work package, confirm everything required to perform it is available and approved. That means architectural drawings are issued for construction, materials are on site, equipment is ready, permits are cleared and access to the construction site is safe. If even one constraint is missing, productivity will suffer. Fix problems upstream so crews never show up unprepared.

3. Build the Short-Term Lookahead Plan

With constraint-free work packages defined, sequence them into a rolling lookahead schedule that typically covers two to six weeks. Align the plan with actual crew availability, subcontractor commitments and site logistics. This is where practical judgment matters: balance workload, avoid congestion in tight areas and prioritize tasks that protect critical construction milestones.

4. Issue and Communicate Work Packages to the Field

Once confirmed ready, formally release work packages to superintendents and foremen before the workweek begins. Review the scope of work, quantities, drawings and safety requirements in a focused planning meeting. Clear communication prevents confusion and rework. Field leaders should understand exactly what is expected, where it happens and how success will be measured.

5. Monitor Execution and Capture Feedback

After work starts, track actual progress against the planned quantities and durations. Walk the job, talk to foremen and identify where assumptions did not match reality. Capture lessons about access, productivity and sequencing. Use that feedback to improve the next set of work packages, tightening control and steadily increasing field efficiency.

ProjectManager Is Ideal for Construction Scheduling

ProjectManager is an award-winning construction project management software equipped with powerful planning, scheduling and tracking features that allow teams to create detailed construction schedules, set baselines, identify risks and compare planned and actual performance to quickly catch delays and cost overruns before they threaten the project. Watch the video below to learn more!

Free Related Construction Project Management Templates

ProjectManager offers a library of construction project management templates, ebooks and videos designed to support planning, scheduling and cost control. Below are free Excel and Word templates to help organize scope, structure work and manage construction schedules effectively.

Work Breakdown Structure

This free work breakdown structure template helps organize project scope into deliverables, tasks and subtasks using a structured task list and visual tree diagram, allowing teams to assign ownership, track dependencies, manage costs and clearly define construction scope boundaries.

Construction Scope of Work Template

Use this construction scope of work template to define deliverables, responsibilities, timelines, resources and costs in one structured document, helping prevent scope creep, clarify accountability and align stakeholders before and during project execution.

Gantt Chart Template

This free Gantt chart template for Excel allows construction teams to list tasks, assign dates, calculate durations and visualize schedules with a stacked bar chart, making it easier to track progress, manage priorities and identify potential delays.

Related Construction Scheduling Content

Our content library features over 100 construction blogs, templates, ebooks and other types of content to help construction project managers better understand the many moving parts that must be managed to deliver successful construction projects. Here are some of them.

• Construction Milestones: Milestone Schedule Example
• 20 Best Construction Scheduling Software for 2026 (Free & Paid)
• Schedule Risk Analysis In Construction (SRA)
• Construction Sequencing: Making a Construction Sequence Plan
• Schedule of Values in Construction (Example & Template Included)
• Construction Resource Scheduling: Making a Resource Schedule
• How to Make a Material Schedule for Construction

ProjectManager is online project management software with the tools you need for construction project management. Our features make planning, monitoring and reporting on your project more efficient and effective. Being online means our software is accessible everywhere and at any time. Plus, the data you get is more accurate because it’s updated immediately. Try ProjectManager for free with this 30-day trial offer.

The post Workface Planning In Construction: How-to Guide appeared first on ProjectManager.

What Is a Forensic Schedule Analysis?

Forensic schedule analysis is a structured examination of a construction project schedule and related records to determine the causes, duration and responsibility for project delays. It uses critical path method (CPM) schedules, updates and contemporaneous documentation to quantify time impacts and support claims, dispute resolution or litigation proceedings.

Forensic schedule analysis is a process that requires robust construction scheduling software like ProjectManager. ProjectManager’s Gantt chart allows you to create detailed construction schedules, establish baselines, identify the critical path, set four types of task dependencies, visualize milestones and compare schedule baselines vs. actual project performance with real-time dashboards and reports. On top of that, there are many other features for allocating resources, establishing budgets and tracking costs. Its version control is also helpful for keeping track of all changes made to a construction schedule over the course of a project. Get started for free today.

When Should Forensic Schedule Analysis Be Performed?

Timing matters. Forensic schedule analysis is typically performed after significant construction delays have occurred and a dispute over responsibility or entitlement to additional time arises. It is most valuable once enough project documentation such as schedule updates, daily site reports and cost records exist to reconstruct how the critical path activities evolved.

In practice, many general contractors initiate a preliminary review within one to two weeks after a major delay event, such as a design change, suspension or unforeseen site condition. A more comprehensive analysis usually follows after the next schedule update cycle, when updated CPM data, meeting minutes and change documentation can be incorporated to measure the actual time impact.

What Is the Purpose of Forensic Schedule Analysis?

At its core, forensic schedule analysis exists to determine who caused a delay, how long it affected the critical path and whether additional time or compensation is justified under the contract. It transforms competing narratives into measurable, schedule-based findings grounded in project records.

In practice, that core objective expands into several closely related functions. Depending on the size of the dispute and the stage of the claim, the analysis may serve multiple strategic and financial purposes beyond simply measuring delay.

• Extension of Time (EOT) entitlement: Establishes whether a delay event impacted the critical path and justifies a contractual time extension based on documented schedule updates and project records.
• Compensable delay quantification: Separates excusable, non-excusable and concurrent delays to calculate potential recovery for extended general conditions, field overhead and other time-related costs.
• Critical path impact analysis: Tests whether alleged delay events actually drove the project completion date by evaluating logic ties, float consumption and shifting critical activities.
• Delay claim defense strategy: Challenges unsupported assumptions or overstated impacts by reconstructing the schedule sequence and validating claimed time effects against contemporaneous documentation.
• Concurrent delay assessment: Evaluates whether owner-caused and contractor-caused delays occurred simultaneously on the critical path, which can limit or eliminate entitlement to time extensions or monetary compensation.
• Expert witness analysis: Translates complex CPM data into defensible findings prepared for deposition, arbitration or courtroom testimony, ensuring conclusions withstand cross-examination.
• Dispute resolution support: Provides a structured CPM-based narrative that links schedule updates, change orders and daily reports into a defensible position for negotiation, mediation or litigation.

Get your free

Gantt Chart Excel Template

Use this free Gantt Chart Excel Template for Excel to manage your projects better.

Download Excel File

Benefits of Forensic Schedule Analysis In Construction Projects

Few things are more expensive than arguing about time without evidence. Forensic schedule analysis benefits owners, contractors and subcontractors by replacing assumptions with documented findings. It clarifies responsibility, strengthens negotiating positions and reduces financial uncertainty when delays threaten construction budgets, milestones and contractual relationships.

• Objective delay clarity: Reconstructs the project timeline using CPM updates and records to provide a fact-based explanation of how and when the critical path was affected.
• Stronger claim positioning: Gives contractors or owners structured, defensible support for time extensions or delay damages before entering negotiation, mediation or arbitration.
• Reduced litigation risk: Identifies weaknesses in schedule logic, documentation gaps or concurrency issues early, allowing teams to address exposure before disputes escalate.
• Improved negotiation leverage: Equips decision-makers with quantified time impacts and documented evidence, making settlement discussions more efficient and less speculative.
• Better future scheduling practices: Highlights breakdowns in sequencing, logic ties or update discipline, helping project teams strengthen planning controls on subsequent projects.

Who Performs Forensic Schedule Analysis for a Construction Project?

Responsibility for forensic schedule analysis typically falls to construction scheduling consultants, delay analysts or construction claims experts with advanced CPM experience. On large projects, both the contractor and owner may retain separate experts to prepare independent analyses. While project teams provide documentation and schedule data, accountability for the analysis and its conclusions rests with the retained expert, especially if findings will support negotiation, arbitration or litigation.

• Construction Delay analysts: Focus specifically on evaluating project delays by reconstructing the critical path, analyzing schedule updates and applying recognized methodologies such as time impact or windows analysis. They interpret schedule logic, measure time impacts and prepare technical findings that quantify responsibility for delay events.
• Construction claims experts: Oversee the broader claims strategy by integrating schedule analysis with contract provisions, cost records and entitlement arguments. They coordinate documentation, develop defensible narratives and ensure forensic schedule findings align with legal positions for negotiation, mediation, arbitration or litigation proceedings.
• Construction scheduling consultants: Provide the technical CPM expertise required to audit baseline schedules, validate update integrity and test logic ties. In a forensic role, they extract, clean and analyze scheduling data to support delay assessments, often collaborating with claims teams and project personnel.

Forensic Schedule Analysis Process

When a delay turns into a formal dispute, the analysis cannot be improvised. A structured forensic schedule analysis process ensures conclusions are grounded in CPM data, project records and recognized methodologies. Each step builds on the last, moving from document review to defensible findings that quantify responsibility and time impact.

1. Define the Dispute Scope

Before touching the schedule, analysts narrow the focus of the dispute. They identify specific delay events, the number of days being claimed and the governing contract provisions. Clearly defining scope keeps the analysis disciplined and ensures findings address entitlement, causation and measurable impact to project completion.

2. Collect and Organize Project Records

Reliable forensic schedule analysis conclusions depend on complete construction project management documentation. Analysts gather baseline schedules, all periodic updates, daily reports, RFIs, change orders, meeting minutes and correspondence. Organizing these records chronologically allows the analyst to reconstruct events accurately and identify gaps, inconsistencies or missing data early in the review.

3. Validate the Schedule Baseline

Before measuring delay, the original CPM schedule must be tested for reasonableness. Analysts review schedule logic ties, activity durations, sequencing and contractual compliance to confirm the baseline reflected a realistic execution plan. If flaws exist, adjustments or assumptions may be required to avoid distorted delay conclusions.

4. Assess Schedule Update Integrity

Progress updates reveal how the critical path of the project evolved over time. Analysts examine update frequency, logic revisions, actual start and finish dates and shifts in float. This step determines whether updates reflect actual field conditions or contain revisions that may mask responsibility for delay.

5. Identify and Isolate Delay Events

Specific delay events must be tied to documented evidence rather than assumptions. Analysts isolate issues such as late design changes, access restrictions, material shortages or owner directives. Each event is linked to dates, affected activities and supporting records to prepare for measurable impact evaluation.

6. Select the Analytical Methodology

Method selection depends on record quality and dispute context. Analysts determine whether time impact analysis, windows analysis or as-planned versus as-built comparisons are most appropriate. Choosing the correct methodology ensures the findings align with recognized industry practices and withstand technical scrutiny.

7. Measure Critical Path Impacts

Once delay events are defined, their effect on the critical path is calculated. Analysts evaluate how activities shifted, how float was consumed and whether project completion moved. This step transforms narrative claims into quantifiable time impacts grounded in CPM schedule logic.

8. Evaluate Concurrent Delays

Projects often experience overlapping delays from multiple sources. Analysts assess whether owner-caused and contractor-caused delays occurred simultaneously on the critical path. Determining concurrency is essential because it can reduce, apportion or eliminate entitlement to time extensions or monetary compensation.

9. Quantify Time Extensions and Damages

Measured delay impacts are translated into contractual disputes. Analysts determine the number of days potentially owed as an extension of time and assess whether compensable delay costs may apply. This step connects schedule findings to financial exposure and negotiation strategy.

10. Prepare Findings and Expert Report

Conclusions must be documented clearly and defensibly. Analysts compile methodology, assumptions, data sources and results into a structured report suitable for negotiation, mediation or litigation. The final deliverable explains complex schedule mechanics in plain language while preserving technical rigor.

Free Related Construction Project Management Templates

We’ve created dozens of free construction project management templates for Excel, Word and Google Sheets. Here are some that can help with construction scheduling

Construction Schedule Template

This construction schedule template allows you to open ProjectManager’s Gantt chart view to create a construction schedule, identify task dependencies, find the critical path, establish baselines and much more.

Gantt Chart Template

This free Gantt chart template for Excel facilitates the process of creating a Gantt chart. Simply enter a project task list along with start and end dates and estimated task durations and the template will automatically generate a visual project timeline.

Critical Path Template

This free critical path template for Excel allows users to sequence project tasks and automates the critical path algorithm calculations to estimate the total duration of a project and identify the slack of each task.

ProjectManager Is an Award-Winning Construction Scheduling Software

ProjectManager is an award-winning construction project management software equipped with powerful planning, scheduling and tracking features that allow to create detailed construction schedules, establish baselines, identify project risks and compare estimated project timelines and costs against actual project performance to quickly identify delays and cost overruns. Watch the video below to learn more!

Related Construction Project Management Content

Our content library features over 100 construction blogs, templates, ebooks and other types of content to help construction project managers better understand the many moving parts that must be managed to deliver successful construction projects. Here are some of them.

• Making a Construction Schedule
• How to Manage a Construction Project Step by Step
• The Ultimate Guide to Construction Project Management
• Material Takeoff (MTO) in Construction: A Quick How-to Guide
• Quantity Takeoff in Construction: Process, Benefits and More

ProjectManager is online project management software with the tools you need for construction project management. Our features make planning, monitoring and reporting on your project more efficient and effective. Being online means our software is accessible everywhere and at any time. Plus, the data you get is more accurate because it’s updated immediately. Try ProjectManager for free with this 30-day trial offer.

The post Forensic Schedule Analysis In Construction: A Quick Guide appeared first on ProjectManager.