Construction Quality Control That Reduces Rework

Quality control is critical in the construction industry. Building owners, developers, architects, engineers, general contractors, and subcontractors all have a vested interest in ensuring that structures are built to meet exacting standards and specifications.

This article will serve as a guide to construction quality control efforts. We’ll start by covering what construction quality control is and why it’s important. Then, we’ll explain how project executives and field teams can use Avvir to improve and automate quality control efforts. By the end of this article, you should have a much better idea of why a construction quality control plan is critical for your next project.

Construction Quality Control — an Overview

Quality control refers to a system of processes implemented to ensure that projects are constructed to meet specified standards. The primary goal of quality control is to prevent defects, errors, and deviations from occurring during the construction process.

Here are seven of the key components most often associated with construction quality management system:

• Quality assurance (QA): Quality assurance refers to the processes and procedures put in place to ensure that the construction project will meet the desired standards. This involves planning, documentation, and oversight to prevent defects and deviations.‍
• Quality control (QC): Quality control involves the ongoing inspection, testing, and monitoring of the construction process to identify and correct any deviations from the scope of work and specified quality standards. It includes proactive measures to detect and address issues before they become more significant problems.‍
• Quality management plan: A quality management plan outlines the specific quality requirements, procedures, and responsibilities for each phase of the construction project. It serves as a roadmap for implementing quality control measures and ensuring consistent adherence to standards. It may define various acceptance criteria, as well as what to do in cases of nonconformance.‍
• Construction quality control manager: This individual is responsible for overseeing quality control processes on the construction site. They coordinate with various stakeholders to ensure that work is carried out right the first time, in accordance with established quality standards and contract requirements. This person may also be referred to as the QA/QC manager.‍
• Subcontractor collaboration: Effective communication and collaboration with subcontractors ensure that all parties adhere to the defined quality standards. Subcontractors play a significant role in carrying out specific tasks according to quality specifications.‍
• Documentation and reporting: Thorough documentation of inspections, tests, and corrective actions help track the progress of construction quality control efforts. It provides a clear record of adherence to standards and facilitates accountability. Examples may include submittal reviews, inspection checklists and job site punchlists.‍
• Automation and technology: Modern construction quality control increasingly incorporates technology such as 3D laser scanning, AI, and data analytics to enhance accuracy and efficiency. Automated systems can detect deviations from design plans and assist in real-time progress tracking. Capturing deviations in real-time can reduce costs. By detecting and rectifying issues early in the process, construction quality control helps prevent the need for costly revisions later.

In essence, construction quality control encompasses a range of strategies and practices that collectively ensure the final product meets or exceeds established quality standards. It requires a collaborative effort among project stakeholders, careful planning, consistent monitoring, and proactive problem-solving throughout the project lifecycle.

The Benefits of Construction Quality Control

Implementing a quality program can benefit all stakeholders in a project, from construction companies to building owners and developers. A construction quality control program can:

• Reduce rework costs: Rework is a significant concern in the construction industry. Effective QC practices aim to reduce rework and associated costs by ensuring that quality work is produced the first time around.
• Minimize schedule delays: Quality issues can lead to project schedule delays, especially at the end of the project.
• Increase customer satisfaction: High-quality construction can have a direct impact on customer satisfaction.
• Increased longevity: Building systems may last longer when construction is high quality.
• Better project safety: Minimizing rework can reduce unnecessary risks on site.

How Avvir Can Improve Construction Quality Control Efforts

Avvir is a technology platform centered around advanced reality analysis, seamlessly integrating 3D laser scanning, 360 photography, artificial intelligence, and data analytics. By meticulously comparing digital design models to the physical construction site captured, Avvir's platform autonomously detects discrepancies and deviations, allowing for real-time quality control.

This automated deviation tracking is where Avvir perhaps provides the most value. The integration of Avvir into quality management plans swiftly identifies discrepancies, upholding project quality and reducing the need for rework. All team members benefit from real-time tracking and verification of completed work, ensuring initial adherence to quality standards and minimizing rework costs.

Avvir's technology can help building owners and contractors with:

• Precise as-built documentation: Avvir's laser scanning technology captures intricate as-built data, generating a comprehensive digital twin of the construction site. This data is meticulously cross-referenced with the original design blueprints, enabling the swift identification of deviations and ensuring adherence to quality standards.
• Continuous monitoring and progress tracking: Avvir's platform provides continuous updates on construction progress, enabling project executives and field teams to closely monitor each phase. This real-time oversight accelerates the identification and resolution of quality issues, reducing the potential for rework and delays.
• Automated deviation detection: AI algorithms analyze scanned data to automatically pinpoint inconsistencies between the digital design and the physical construction. This proactive approach minimizes the potential for rework and associated delays, leading to a more efficient construction process.
• Comprehensive data analytics: Avvir's platform delivers comprehensive data analytics derived from scanned data, empowering project executives to make informed decisions. These insights optimize resource allocation, mitigate risks, and refine project strategies, contributing to enhanced project quality.
• Enhanced collaboration and decision-making: Avvir's platform fosters collaboration among project stakeholders, providing field teams, engineers, and designers with access to accurate data. This fosters streamlined communication and swift resolution of quality issues, ensuring that deviations from quality standards are promptly addressed.
• Streamlined management efforts: Avvir’s technology can improve construction project management efforts by reducing the need for time-consuming site walks and inspections. Project executives and field teams can dedicate their efforts to providing value in other areas while benefiting from streamlined workflows, accurate data analysis, and improved decision-making.

Avvir's solutions enable a holistic approach to project quality. The technology monitors work in place, verifies adherence to standards, and promptly addresses deviations while also building a record of subcontractor performance for use on future projects and proposals. Project executives and field teams can rely on Avvir to ensure the finished work not only meets project benchmarks but exceeds expectations.

Implement Construction Quality Control Efforts on Your Next Project

Implementing construction quality control measures on your next project is a must for project executives and field teams. Doing so can reduce costs, improve customer satisfaction, keep workers safe, and increase the likelihood of jobs being delivered on time.

By harnessing the potential of advanced reality capture analysis, 360 photography, laser scanning, AI, and data analytics, Avvir empowers project teams to boost their quality control efforts. With a strategic focus on quality assurance, collaboration with subcontractors, adherence to stringent quality standards, and comprehensive construction quality control procedures, Avvir's holistic approach to construction quality management promises to reshape the industry's landscape. More projects can be delivered on schedule and within budget with Avvir.

Ready to elevate your construction projects to new heights of quality and efficiency? Explore Avvir's innovative solutions today to learn more about the transformative power of technology-driven construction quality management.