Construction
The global construction industry is undergoing a rapid transformation propelled by significant technological advancements and disruptive innovations.
The global construction industry is undergoing a remarkable transformation propelled by colossal technological advancements and disruptive offerings. Intellectio, providing a sustainable and efficient process, empowers emerging construction businesses to consistently achieve positive results in both favorable and challenging market environments. Our solution reduces risk across infrastructure categories, enabling the safe, reliable, and affordable delivery of services. By gaining control over the schedule, enhancing safety, and simplifying the production of high-quality structures, we contribute to the creation of beautiful walls every time.
Intellectio allows you to observe, monitor, and predict risks in project safety, productivity, and quality. The integration of Artificial Intelligence (AI) in construction extends value realization throughout project lifecycles, encompassing design, bidding, financing, procurement, construction, operations, asset management, and business model transformation. AI addresses some of the industry's toughest challenges, including safety concerns, labor shortages, and cost and schedule overruns.
In addition to AI, the Internet of Things (IoT) enhances safety measures through wearable sensors, identifying employee locations and alerting project managers to potential dangers. IoT in construction focuses on optimizing resource usage through technological planning and regulated expenses, minimizing risks.
The introduction of 3D printing is revolutionizing the construction industry, enabling the printing of complex, layered parts and objects for homes, buildings, bridges, and roads. Robotic machines standardize production, saving time and money by creating pieces applicable across various projects. Robotics, beyond modern processes, are enhancing efficiency in tasks like demolition and brick laying.
Virtual Reality (VR) technologies are extending beyond gaming, finding beneficial applications in major industries such as the Oil & Gas sector. Construction specialists are leveraging VR to allow thorough inspections of structures even before the foundation is laid. VR enhances various aspects of the industry, offering a comprehensive understanding of projects that can span months or years.
Identify Risk
In every construction project, various risks manifest in forms such as quality, safety, time, and cost. The scale of the project directly correlates with the magnitude of risk, particularly in scenarios where multiple subcontractors are concurrently working on diverse trades at job sites. To navigate these complexities, modern general contractors employ AI and machine learning solutions to monitor and prioritize risks effectively. These solutions empower project teams to allocate their limited time and resources efficiently by focusing on the most significant risk factors. AI plays a pivotal role in automatically assigning priority to issues, streamlining the risk management process. Subcontractors are assessed using a risk score, enabling construction managers to collaborate closely with high-risk teams to proactively mitigate potential issues. This approach enhances the overall risk management strategy and contributes to the successful execution of construction projects.
Data Driven Decision
Leveraging AI in commercial construction equipment, general contractors can effortlessly capture 3D scans of the construction site. The collected data is then fed into a sophisticated network that analyzes and classifies the progress of various site components. This streamlined process provides a straightforward means to accurately track the project’s advancement and enables managers to promptly troubleshoot significant onsite issues. The evolving AI technology is directed towards employing algorithms for “reinforcement learning.” This innovative approach allows the system to assess various project combinations and learn from trial and error. The implementation of such AI capabilities empowers commercial construction contractors to determine the most effective course of action for a given project, enhancing decision-making based on data-driven insights.
Maximize Equipment & Workforce Efficiency
In commercial construction, manual construction tasks often consume significant time, especially during the laying or curing of various structural elements before assembling the final structure. Autonomous robots prove instrumental in expediting these processes by assisting in the construction of components. Onsite workers then simply need to assemble these pre-constructed elements. The machines contribute to the accuracy of sizing and the strength capabilities of the components. Furthermore, they substantially reduce the production time required for structural elements. This efficiency allows employees to redirect their skills and attention to other critical areas, optimizing overall workforce productivity.
Lean Construction Practices
A pivotal movement in contemporary construction is lean construction, with a primary focus on enhancing efficiency and productivity through the reduction of waste. Traditional construction methods generate significant waste, negatively impacting both the environment and profitability. Robotic technology emerges as a solution to minimize waste by ensuring accuracy and precision. While investing in technologies such as 3D printers may initially seem daunting, the long-term benefits include reduced waste and the standardization of materials, positively impacting profitability. Robotic systems, often fully automated, contribute to more consistent manufacturing of parts and materials, elevating overall quality. By eliminating human error and inconsistency, these machines capitalize on speed, efficiency, and repeatability, ensuring a higher standard of quality throughout construction processes.