Construction Managers and Construction Technology

The construction industry creates our communities, contributes to our economy, and enhances our way of life. It also addresses our evolving societal needs, while delivering impactful projects such as affordable housing, to the creation of public spaces that encourage community connections.

Construction is primed to be the next frontier in technological innovation, with new and advanced materials and equipment shifting our perceptions of construction projects and the built spaces they produce. From timelines to resource consumption and even project quality, technologies are redefining elements of planning and execution so that construction managers and their teams can do more with less. 

The implications could be powerful: sustainable and affordable structures that can be built rapidly without compromising safety or regulatory compliance. This could also lead to impactful and rewarding construction technology jobs of tomorrow. Keep reading to discover the secrets behind construction management technology and learn how this might influence your contributions to the construction industry. 

What Is Construction Technology?

Construction technology encompasses many tools, equipment, and software used to improve outcomes in the construction industry. Strategically implemented, these advanced solutions can enhance everything from jobsite productivity to workplace safety and even budget management. Examples of construction technology include:

• Artificial Intelligence (AI) and Machine Learning (ML). AI-powered systems handle decision-making or analytical tasks that were once reliant on human intelligence. These solutions offer promising advancements by improving areas such as risk management, compliance, predictive maintenance, scheduling, and budget management.
• Virtual Reality (VR) and Augmented Reality (AR). Immersive technologies such as VR and AR deliver major insights via highly detailed computer-generated environments. VR promotes full immersion within these spaces, while AR integrates real-world elements. These technologies hold huge implications for the future of construction. They help highlight design flaws, for example, by placing users within simulated environments, while also providing the potential to identify safety-related concerns prior to work starting.
• Green Building Technologies. The construction industry is increasingly focused on sustainability due to the growing demand for eco-friendly buildings. This shift is also driven to reduce costs through waste minimization and improved energy efficiency. Green building technologies allow construction teams to limit resource consumption and harmful emissions by leveraging creative, data-driven solutions that uncover damaging patterns and reveal viable solutions.
• Robotics and Automation. In today’s construction industry, programmable machines can tackle a variety of construction tasks autonomously. These should not be viewed as a replacement for human-centered labor, but rather, as an enhancement that can boost efficiency while also safeguarding construction workers against the sector’s most significant hazards. 
• Drones. Completing site surveys and safety inspections, unmanned aerial vehicles (also known as drones) bring a powerful visual element to construction planning and execution, capturing high-quality images or videos to provide expanded oversight on critical terrains as well as possible hazards. 
• Building Information Modeling (BIM) is one of the most widely adopted construction technologies. BIMpromotes visualization via advanced digital representations of buildings, facilities, and infrastructure. This delivers a highly collaborative digital environment in which multiple experts can contribute to the many complex facets of design and construction planning.
• Prefabrication and Modular Construction. Bringing an off-site element to the building process, modular construction uses prefabricated elements (known as modules) that are then assembled on-site. This can expedite projects by supporting parallel workflows, in which modules are manufactured in factories while foundation work proceeds onsite. Easy to assemble, the modules expedite the construction processes once they arrive.

The Role of Construction Managers in Technology Adoption

Today’s construction managers make extensive use of technology, including BIM and AI-powered software for planning and coordination. These professionals also lead the charge in technology adoption, determining which solutions hold the greatest potential for boosting efficiency, quality, safety, and compliance in the field. Technology literacy is key, along with adaptability and leadership skills that encourage buy-in from team members and various project stakeholders. Below includes some of the key responsibilities of construction managers for tech adoption:

• Evaluating New Technologies. Tech-savvy construction managers recognize that not all emerging solutions are viable or appropriate in all environments or situations. Rather, they strategically implement new advanced technologies to maximize productivity while striving to complete projects on time and within budget.
• Training Teams. High-tech tools are only as valuable as the human-centered teams that use them. This is where high-level training comes into play. Construction managers and their team members must be fully prepared to utilize these new technologies in their everyday workflows.
• Enhancing Efficiency. Construction managers may use AI-powered solutions and other technologies to improve their own productivity and also to expedite various processes around the typical construction site. From optimized scheduling procedures to streamlined resource allocation, the efficiency gains can be considerable. 
• Ensuring Safety. Advanced technologies will create additional opportunities for on-site safety support. Training is a big part of this effort and construction managers may also use solutions like robotics to help minimize exposure to construction hazards. 
• Implementing Leadership. Construction managers drive team culture, implement the core values for the project, promote effective communication, and provide decisive leadership.  

How Construction Technology Is Changing the Industry

Construction technology has heavily impacted the construction industry over the last ten years. Digital transformation has been prioritized for several decades now, with software having long influenced scheduling, budgeting, and coordination. That being said, the pace of change is accelerating, with many exciting innovations already making a discernible impact throughout the area of construction management technology:

1. Smart Job Sites

Smart construction sites use connectivity and analytical solutions to reveal and communicate critical information. These sites make extensive use of Internet of Things (IoT) sensors, which are used to collect details about the surrounding environmental conditions, equipment usage, and much more. These data sets, in turn, support predictive maintenance and can also lead to more efficient workflows. 

2. Automation and Robotics

From robotic arms to exoskeletons and even automated 3D printing solutions, robotics can influence a myriad of everyday construction tasks, assisting with floor layouts, sheetrock finishing, welding, and the handling of difficult materials. These solutions automate several of the construction site’s most tedious, physically intensive and dangerous tasks, allowing workers to focus on other jobsite priorities. 

3. Modular and Prefabricated Construction

Modular and prefabricated construction are already beginning to reshape scheduling and construction site workflows, allowing for greater flexibility as modules are built in climate-controlled factories. This takes a major element of uncertainty out of construction execution while also contributing to significant time savings. 

4. Green Construction

Green construction today demands not just a change in industry perspective — a commitment to reducing resource use, biodiversity loss, and carbon emissions — but understanding that advanced technologies are the most efficient way to achieve these sustainable principles. Many small updates have made major impacts; examples include solar panel integrations, water-saving plumbing, and even energy modeling via advanced energy audit software. 

5. AI and Predictive Analytics

AI has the potential to enhance every trend and initiative highlighted below. This will be the driving force behind automated systems and can support smart job sites by analyzing the real-time data generated by job site sensors. Even green construction can benefit from AI, contributing to automated strategies and data analysis for reducing waste and energy consumption. 

Career Opportunities in Construction Technology

Construction technology will impact every facet of the construction industry. It not only affects daily operations but also influences project coordination, leading to substantial enhancements in productivity and sustainability.

Construction Manager

Overseeing planning, coordination, and budgeting activities, construction managers are influential leaders who ensure that construction projects are completed according to the contractual requirements — not to mention, on time, under budget, and while adhering to strict governmental compliance standards. Drawing on a technical understanding, along with high-level management competencies, these professionals offer the management and execution of the project.

Project Engineer

Project engineers blend technical expertise and coordination skills to drive improvements in execution. In construction, this essentially involves empowering trade workers and other team members to do their jobs effectively. They play a central role in identifying and addressing technical field issues while also contributing to ensuring that the overall safety and quality control criteria are achieved. 

Virtual Design and Construction (VDC) Specialist

Virtual design and construction (VDC) uses multi-disciplinary tools and strategies to improve design accuracy and efficiency. This niche is heavily reliant on computer modeling, digital twins and other forms of virtual representations, which simulate the constructed building so that risks or conflicts can be identified and addressed early in the design. VDC specialists drive this effort, creating 3D models and coordinating with the project team to ensure that design intent is accurately and completely demonstrated prior to construction. 

Sustainability Manager

While the construction managers of tomorrow will be expected to understand and implement sustainable solutions, this remains a key knowledge gap in many areas of the industry. Sustainability managers address this gap by conducting impact assessments to better understand how proposed projects might impact ecosystems or lead to waste generation. From there, sustainability managers can develop strategic plans that align with sustainable priorities while proposing technologies and other solutions that can limit environmental impacts. 

Technology Integration Specialist

Emerging technologies can lead to concerning silos if they are not appropriately integrated. This is where technology integration specialists can provide valuable insights and implementation feedback. With their unique skill set and familiarity with these cutting-edge industry systems, these specialists promote the seamless flow of data while overseeing the configuration and maintenance of complex tech-driven systems. 

Data Analyst in Construction

Today’s construction activities and equipment produce terabytes of data. If properly collected and managed, it can prove to be a very powerful resource. Data analysts ensure that information is collected, evaluated, and disseminated in a strategic and statistical manner. They support data-driven construction management by using information gathered via sensors or field reports to highlight inefficiencies or even forecast potential trends and project risks. 

Skills for Success in Construction Management Technology

As the construction industry continues to grow more technologically driven, there will be a strong demand for tech-savvy construction managers and construction project managers who can navigate new systems with ease. Tomorrow’s construction managers need to possess a diverse and integrated set of skills. This will enable them to implement new technologies in parallel with their core professional duties. Competencies that facilitate this include:

• Communication. A construction manager needs to effectively interact with project stakeholders, subcontractors, and project team members daily. Effective communication skills are vital to promote a working relationship with an open and honest dialogue built on trust.
• Leadership. Decisive leadership can make all the difference when seeking out and adopting new technological solutions. This ensures maximum buy-in from team members and stakeholders alike while also determining whether technological solutions are implemented and being used for the intended purpose. Graduate-level construction management courses support leadership development by introducing future construction leaders to management principles, along with techniques that can enhance team coordination and promote a strong workplace culture. 
• Problem-Solving. At the outset, new technologies may appear to create new problems even as they resolve previous concerns. From integration issues to data silos, challenges are bound part of implementing new tech. Strong problem-solving skills can ensure that construction managers and their team members can adapt accordingly.
• Technical Skills. Analytical skills are increasingly being prioritized within the construction sector, with data driving strategies to optimize project planning and resource allocation. Tomorrow’s construction managers will be expected to understand and utilize the information technologies fully that support predictive analytics and automated reporting. 
• Sustainability Knowledge. As sustainability becomes a clear priority across the construction industry, there will not only be demand for specialized, sustainability-focused leaders, but also broad efforts to integrate sustainable principles and practices into every project and at every construction site. For construction managers, this means understanding not only the current challenges and deficits surrounding sustainability, but also evaluating strategies to deliver the sustainability improvements requested.

How Education Prepares Professionals for Construction Technology Careers

There are many ways to explore and embrace construction technologies, but graduate-level training provides the most systematic and supportive approach to expanding your tech-oriented skill set. Through construction management coursework, you will discover exciting new ways to boost construction innovation, optimize budgets, and even introduce improvements in sustainable construction.

Texas A&M’s online Master of Science in Construction Management provides an excellent pathway to the successful use of cutting-edge construction technologies including:

• Advanced project management techniques. Today’s construction managers are intimately familiar with project management software tools, which are built into scheduling, budgeting, and collaboration. When properly implemented, these tools may provide a direct impact on the overall project outcome.
• Construction technology tools such as BIM and AI-driven systems. Through hands-on learning experiences, students gain access to advanced systems and solutions. Familiarity with these systems in lower-stakes environments can boost students’ technological confidence. This improves their ability to fully leverage these tools when they enter or advance in the field.
• Risk management, cost estimation, and sustainability practices. The online MS in Construction Management program focuses on key aspects of successful construction projects. It includes thorough project cost calculations, including labor and materials, as well as common risks and strategies for their identification and mitigation. Sustainability practices are also explored, often in the context of construction economics and advanced construction systems. 
• Leadership and Communication for Managing Diverse Teams. Success in tech-driven construction will largely rely on team member and stakeholder buy-in. Strong leadership, coupled with effective communication skills, is crucial for construction managers to effectively demonstrate the benefits of advanced technologies and ensure their resonance with the team.
• Integration of new technologies in real-world construction settings. Emerging technologies hold great promise in the construction sector, but their influence will prove limited if they are not properly and strategically integrated. Graduate-level coursework can facilitate these integrations by helping tomorrow’s construction leaders understand and plan for potential challenges, budgetary limitations, and the necessary training initiatives. 

The Future of Construction Management Technology

Looking ahead, building construction technologies are set to undergo a major transformation as automation, sustainability, and digital modeling converge and redefine industry standards. The technologies highlighted above are exciting, but moving forward, we can expect not only expanded integration, but also additional advancements that will continue to push the boundaries of what is possible in building construction technology. 

• 3D Printing at Scale. 3D printing could be the next big frontier in cost-effective construction. Known as additive construction, this involves large-scale printers, capable of depositing materials one layer at a time. According to the World Economic Forum, this will be one of the most influential sustainability efforts in the construction sector, potentially even helping make the industry become carbon-neutral. Cartesian robots support 3D construction printing (3DCP), bringing greater versatility to additive operations along with precise control.
• Sustainable Innovations. Construction material innovation represents another exciting area of potential industry-altering solutions. Bio-based materials also show huge potential, with mycocrete, for example, using a distinct blend of mycelium and knitted textile. These revolutionary materials limit resource consumption but are also surprisingly durable. 
• Digital Twins. Digital twins are virtual replicas that utilize sensors and devices to guide simulations. These simulations mirror specific behaviors or conditions, leading to improved predictive maintenance, performance monitoring, and other aspects of data-driven decision-making. In construction, digital twins promise enhanced testing to help construction managers make sense of various “what-if” scenarios. These systems can be integrated with BIM to inform planning and to improve resource allocation. 
• AI-Powered Project Management. While AI already has a strong role to play in construction project management, its usage is expected to expand dramatically in the next few years. AI-powered solutions are better capable of spotting trends and patterns in vast construction-focused data sets, helping construction managers understand the hidden challenges contributing to inefficiency, scheduling conflicts, or budgetary issues. AI-centric solutions may also free up construction managers to focus more on strategic planning measures and client initiatives, instead of dedicating valuable time to rote tasks that may be easily automated. 
• Enhanced Worker Safety. As robotic solutions continue to improve, there will be a reduced need for construction workers to put themselves in harm’s way. Many technologies will contribute to improved safety. AR and VR, for instance, will bring a more immersive element to safety training, placing workers within risk-free digital environments, where they can master vital skills and gain a comprehensive understanding of the potential jobsite hazards. As robotics (and especially exoskeletons) continue to develop, workers will experience reduced physical strain and be less prone to fatigue-related accidents. 

FAQ: Construction Managers and Construction Technology

How is construction technology changing trade jobs in the U.S.?

Construction technology brings greater efficiency and improves problem-solving capabilities while also boosting safety and compliance. AI-powered software will be applied in high-level planning and decision-making, with advanced tools such as drones and robotic systems being used on modern construction sites. 

What are examples of construction technologies used today?

Prominent construction technologies include robotics, drones, and building information modeling (BIM). Many projects are also beginning to incorporate AI-powered solutions that enhance efficiency and promote informed decision-making. 

How do construction managers use technology on projects?

Construction managers use advanced technologies on a daily basis, relying on AI-powered software solutions for planning, coordination, and communication, along with cloud-based tools for real-time documentation. Moving forward, construction managers may also utilize digital twins for simulations or AR and VR for project visualizations or even stakeholder communications. 

Does construction technology create or eliminate jobs?

Construction technology is expected to change some jobs, shifting the focus away from manual labor as robotics and automated systems handle dangerous or physically strenuous tasks. These technologies could open the door to new professional opportunities, including new construction technology careers involving technological integrations, data analysis, and sustainability.

What skills are most valuable in construction management technology careers?

Success in construction management technology calls for an interdisciplinary skill set that encompasses technical competencies and soft skills such as communication, critical thinking, planning, and innovation. 

Embrace New Possibilities in Construction Management Technology

As we enter a tech-driven era in construction management, there is a stronger need to explore and embrace the technologies that will fuel the field’s greatest achievements. We offer that opportunity at Texas A&M, providing exciting possibilities through our online Master of Science in Construction Management.

With an innovative, relevant curriculum that highlights exciting possibilities in construction technology, our goal is to assist the next generation of construction professionals in reshaping the industry’s future. Reach out today to learn more.