The ultimate guide to construction productivity

By

Julia Tell

and Kristen Frisa

Last Updated Apr 9, 2026

By

Julia Tell

and Kristen Frisa

Construction productivity has been dropping in recent years, exposing an opportunity for companies to improve outcomes by boosting productivity. Thanks to increasing competition and tighter profit margins, optimizing productivity is an absolute imperative for construction teams to remain competitive. 

With advances in software to measure and monitor metrics, teams have the tools needed to figure out how to improve construction productivity by accurate planning, effective communication, and setting ambitious but realistic productivity goals.

In this article, we'll discuss the role of productivity in the construction industry — and look at key tips to equip industry professionals with the knowledge and tools to measure and improve productivity on projects.

What is construction productivity?

Construction productivity is the measure of output achieved in relation to the input resources used in construction projects. This icludes the efficiency with which labor, materials and equipment are used to complete tasks within a project.

High productivity levels enable projects to be completed more quickly and with fewer resources, resulting in cost savings and increased profitability. Conversely, low productivity can result in delays, increased costs and potentially compromised quality.

According to an analysis by McKinsey & Company, construction productivity lags behind overall economic productivity and experienced a marked decline from 2020 to 2022. Another study of data shows that construction productivity peaked in the 1960s and has declined most notably since the 1990s.

With demand for new construction strong, input costs rising and a tight labor market, reversing the decline in productivity offers a possible pathway for a more profitable future for construction industry companies.  

Productivity is the cornerstone of successful construction management, influencing key factors such as financial performance and quality. Boosting productivity in construction can lead to significant gains in on-time delivery and client satisfaction.

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Key types of measurable construction productivity

There are four main types of productivity for construction management teams to consider when trying to increase productivity.

1. Labor

   Labor productivity measures the amount of work completed per labor hour, highlighting the efficiency of the workforce. Improving labor productivity can lead to faster project completion and reduced labor costs.

2. Materials

   Material productivity focuses on the efficient use of materials, assessing how much output is gained from the materials used. Effective material management can minimize waste and reduce costs.

3. Equipment

   Equipment productivity evaluates the efficiency of the equipment used in construction, maximizing output while minimizing downtime by having all machinery operating at optimal capacity.

4. Total Factor Productivity (TFP)

   TFP is a comprehensive measure that considers all inputs, including labor, materials, and equipment, to assess overall performance. TFP provides a holistic view of how resources contribute to project output, helping identify areas for improvement across the board.
   

How to measure productivity in construction

Measuring construction productivity involves assessing the work completed relative to the resources used, such as labor hours and materials.

For instance, if a project involves constructing a section of a building, the business will track the number of labor hours spent and the quantity of materials used to complete the task. The calculation might look like this:

Compare these productivity metrics against industry standards, previous project data, or set benchmarks to determine efficiency and identify areas for improvement.

Construction benchmarking provides several methods for identifying areas for improvement. Setting clear project objectives and tracking specific metrics can help teams maintain focus and accountability.

Labor output is a primary construction key performance indicator (KPI), measuring efficiency by calculating the output per labor hour. This involves dividing the total amount of work completed, like square footage built, by the total labor hours. Another important metric is budget adherence, which compares actual costs with planned budgets to identify any cost overruns.

By consistently monitoring KPIs, project teams can boost both efficiency and accountability. For example, keeping an eye on labor output can identify areas for efficiency improvement, while observing task durations can pinpoint workflow bottlenecks. A structured approach can help teams drive continuous improvement throughout the project.

Earned Value Management (EVM) is a comprehensive approach that integrates project scope, cost and schedule measures to assess project performance. Within this framework, the productivity index is used to evaluate how efficiently resources are being used. A productivity index greater than one indicates that a project is ahead of schedule or under budget, while a value less than one signifies potential issues.

How to improve construction productivity

Several construction industry issues impact productivity, ranging from workforce skills and motivation to the availability of materials and the effectiveness of project management techniques. Here are some best practices that teams can target to make productivity gains that help the bottom line.

1. Streamline workflows with preconstruction planning.

Early-stage planning reduces confusion and sets construction teams up for successful execution by providing clear direction and expectations.

Use historical data and analytics to establish realistic workflows, project timelines and resource allocation based on past performance. Detailed scheduling, precise scope definition and thorough material planning increase site efficiency by minimizing delays and resource mismanagement. Getting input from multiple stakeholders and using collaborative software can increase the accuracy of plans.

3. Set clear goals and track progress.

Tracking construction productivity with digital tools like time tracking apps, productivity dashboards and mobile project management platforms allows teams to monitor output and adjust quickly.

Setting clear and achievable goals provides a focused direction and measurable benchmarks for progress, while recognition and incentives can encourage worker contributions and boost morale. Clarity helps teams prioritize tasks effectively, allocate resources effectively and achieve objectives on schedule.

4. Use technology to monitor and measure performance.

Project management software helps construction managers streamline workflows and improve collaboration, especially when the team uses mobile technology that improves access to information and communication in real-time, which can reduce downtime and shorten project timelines.

Easy access to data from construction management software gives teams the information they need to monitor progress and identify bottlenecks or problems that impact productivity. Other construction technologies that boost productivity — like building information modeling (BIM) or drones — provide additional precise data to assist planning, management and coordination among project teams.

When used effectively as part of a total building system, prefabricated building systems can improve quality control and speed up on-site assembly.

5. Improve field communication and collaboration.

Poor communication can significantly hinder productivity, leading to misunderstandings, delays and costly errors and the need for rework.

Centralized digital construction collaboration platforms mitigate these issues by facilitating real-time communication, tracking changes and managing documentation efficiently, keeping all stakeholders informed and aligned throughout the project lifecycle.

6. Invest in ongoing training and skill development.

Training improves labor efficiency by giving workers the skills and knowledge to perform tasks accurately.

On-site skill development, including hands-on workshops and mentoring, allows workers to apply new techniques directly to their tasks.

Digital training platforms can provide continuous learning opportunities through accessible courses and simulations. Training should continue up the chain of command. Hire and train competent supervisors with the skills to effectively guide projects.

A commitment to upskilling makes employees feel valued, boosting morale and retention.

7. Reduce downtime with smarter resource allocation.

Aligning labor, equipment and materials with the project schedule minimizes idle time and prevents costly delays. Technologies like advanced scheduling software and predictive analytics tools enable accurate forecasting and real-time adjustments, helping to avoid bottlenecks by anticipating resource needs and streamlining operations.

Proactive activities like keeping an organized construction site and maintaining updated inventories of materials and equipment can help reduce waste and improve efficiencies, while staying organized to maintain tools and machinery boosts their reliability to help avoid breakdowns and delays.

Working toward improved productivity in construction

Every day is a chance to become more productive on construction projects. Updating processes to improve productivity can boost construction companies’ competitiveness, enhance quality and meet market demands, ultimately leading to greater customer satisfaction and profitability.

Improving productivity in construction through more innovative and consistent work practices leads to faster project delivery, lower costs, fewer delays — and most importantly, happier clients.

Technology can support strategic planning, communication and continuous skill development to streamline processes and achieve excellence. Mitigating the factors that hinder construction productivity can boost project performance and position companies for long-term success and competitiveness in the market.

Written by

Julia Tell

Contributing Writer | Procore Technologies

73 articles

Julia Tell is a freelance writer covering education, construction, healthcare, and digital transformation. She holds a Ph.D. in Media & Communications and has written for publications including Business Insider, GoodRx, and EdSurge, as well as nonprofits, international businesses, and educational institutions.

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Kristen Frisa

Contributing Writer | Procore

121 articles

Kristen Frisa is a contributing writer for Procore. She also contributes to a variety of industry publications as a freelance writer focused on finance and construction technology. Kristen holds a Bachelor of Arts in Philosophy and History from Western University, with a post-graduate certificate in journalism from Sheridan College. She lives in Ontario, Canada.

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