Learn more about how you can improve sustainability throughout the entire lifecycle of a project with the help of construction and building technology.
All stakeholders in the construction industry, from contractors to owners, have to minimize the impact of construction on the environment. Design and material selection are crucial but are not enough on their own. To create a sustainable future, we need to adopt an integrated sustainability strategy to reduce inefficiencies, rework, and waste at every stage. The three methods in The Ultimate Handbook of Sustainable Construction Technology will assist you in improving communication among construction teams and help you choose the best building technology for your needs.
A connected perspective
A majority of construction materials are trash. What can we do to improve processes to cut down on the amount of waste and emissions? Through providing the necessary technology and interconnectivity to teams, an integrated construction method provides the right people with access to relevant information at the right moment, which reduces mistakes and rework.
Your budget, your strategic priorities, team capabilities, and customer/user expectations all play an important part in determining the type of technology you choose to adopt. Make sure to invest only in technologies that improve your current capabilities and improve processes. Efficient. Here are the best, most efficient, superior, and top products available on the market and how each can contribute to sustainable improvements.
JLG Architects leverages technology and workflow processes throughout their entire portfolio of projects to attain a variety of certifications, including one of the very initial LEED Platinum-certified buildings within North Dakota.
- A great start
In order to reduce the environmental impact of construction is a top priority, starting with the foundation of fundamental tools. In the absence of this, you could become overwhelmed by technology instead of being empowered by it. These three tools can aid in closing the gap between construction teams that are siloed, creating the basis for improved collaboration, workflow management, and the ability to make decisions.
Use the presentation mode of the iPad to communicate ideas and work with teams effectively.
3-D software for modeling
Utilize 3D modeling software to identify and eliminate problems early within the project swiftly. From estimation to earthmoving, bring in point cloud data into modeling software to aid in precise and efficient workflows. Distribute data that is easy to digest across teams and throughout the project.
Common data environment (CDE)
Access information across all the various stakeholders, record tasks and save project details to cloud-based systems as your one point of reference. Please follow these guidelines to get the most out of your CDE.
- Allow the right people to have access to the information they need at the right moment
- Encourage the requirement for individual CDEs
- Search for a single mapping
- Automate workflows with APIs
- Only capture the information you require
- Leverage open-sharing standards
- Make use of one continuous model
project management software
Project management systems provide construction teams with a significant amount of control over the risks that often cause waste and inefficiencies. Automated updates to project notifications, approvals, and updates eliminate friction between all parties involved. A solid management system gives actual numbers that allow you to assess projects’ performance and empower teams to forecast the effect of changes.
The construction industry accounts for 25 percent of all global greenhouse gas emissions, 600 million tons of annual waste, and 14.5 percent of particulate matter within large cities.
McKinsey, of the Call to Action in Seizing the Decarbonization Opportunities in Construction
A BIM workflow with a life cycle decreased the time for construction at the Chengdu Hotel by 50 percent.
- Getting better
When your foundational systems are in place, implement technology that makes use of central project data to carry out more complicated tasks. These collaborative platforms provide stakeholders with the necessary information to make faster and better decisions.
BIM tools are Building Information Modeling (BIM) Tools
Teams from multidisciplinary backgrounds, from pre-construction all the way to maintenance and operations. BIM software provides automated clash detection and offers exact performance metrics to help achieve sustainability targets.
Software to plan feasibility
Combining community, environmental and cultural, engineering, and cost considerations to create a complete analysis using feasibility planning software – the civil engineers you employ will appreciate it. This technology can be used to guide engineering decisions and communicate environmental concerns to important people.
Extended technology for reality
Develop sustainable design strategies by simulating realistic details. Extended reality tools employ blended and enhanced reality in order to display models in real-world conditions. They help reduce mistakes and work and can even show where important systems are hidden behind walls before drilling can begin.
Studio St.Germain used Sefaira, an early-stage analysis tool, to create the design of the Wilkinsburg Passive House design.
Analysis of building performance and software for environmental modeling
Utilize this program to learn the way your building’s performance is compared against building code benchmarks cli, climate change goals, sustainable certifications, and other standards. Conduct preliminary assessments of your energy requirements and capacities using prior design performance data.
Machine control systems
Resolving problems with earthwork is very resource-intensive. Being able to fix it the first time will reduce the amount of material used and fuel consumed. Utilize 2D and 3D models in conjunction with GPS or global positioning (GPS) to help you position your equipment precisely. If you do not want to buy new equipment, you can upgrade your equipment with machines controlled by technology.
Fredrik Bergstrom’s efficient procedure, which goes from scanning lasers to creating 3D models, allows FMT AB to be an estimated 30 percent more efficient than its big-business competitors.
Technologies for positioning
The positioning technology can provide large-scale sustainability benefits in construction renovations as well as construction projects for infrastructure. Engineers and designers can utilize this software to evaluate the resiliency of assets.
Consider the possibility and the possibility of making renovations. Utilizing environmental change and ecological information to make educated cause-and-effect decisions will get you one step closer to reducing the footprint of your home.
Software for managing assets/buildings software
Achieving ambitious sustainability goals requires energy efficiency at a scale. Utilize data to monitor integrated technology that supports life cycle modeling and maintenance schedules, analytics, and real-time data reporting. By doing this, you can extend the lifespan of your buildings and lower costs for maintenance.
Management of equipment and fleet systems
In the end, preventing idle time and saving fuel are often secondary to the fact that a vehicle has to be at the correct place at the appropriate time. Otherwise, it could derail the plan’s timeline. A fleet-specific technology can boost efficiency in operations. Monitoring your commercial vehicle fleet by using real-time tracking reduces idle time, itemizes routes for driving, and encourages the right driving habits to improve the efficiency of your fuel.
Boston Dynamics’ Spot The Robot Dog has been equipped with a laser and gathers data without the use of extensive resources.
- The best of the finest
Explore the limits of conventional thinking and combine innovative solutions that aren’t conventional with the latest technology to build buildings that have won awards. Try to win one of the AIA COTE prizes and be a leader in the AEC industry to achieve sustainability goals on a mass scale by using top-of-the-line construction technologies.
Robots
Machine learning and artificial intelligence are the future. Robots can complete repetitive tasks efficiently, which reduces mistakes and waste in processes like 3D printing or prefabrication. They can also travel to places that humans cannot. Discover ways to utilize robots to help save resources. Thinking outside the box has provided us with some of the most eco-friendly uses for robots – they can be trained to sort through construction waste to find reusable resources!
Autonomous equipment
Fun fact: An interesting fact is that programming automated automobiles (AVs) to prioritize eco-driving can cut down on energy use by as much as 20 percent. The technology is becoming feasible for commercial use and can be integrated into existing vehicles, thereby helping you avoid the expense of buying new equipment.
Internet of Things (IoT) sensors
Sensors can transform objects of all kinds into smart buildings. IoT sensors record information about everything from temperature and humidity levels to occupancy, giving project teams the information they require to enhance sustainability. Keep track of data from the job site and learn about the long-term impact of energy and water reduction strategies by using the proper sensors.
Technology for thermal imaging
Thermal imaging can detect heat differences within objects, allowing you to observe things that are not visible to the uninitiated. Utilize it to identify energy losses within a specific building envelope or, at a greater scale, over a number of cities. Alongside displaying the loss of energy, this technology allows operators to pinpoint the source of leakage.
A green workforce collaboration builds in the metaverse and real life.
Digital twins & asset information models (AIMs)
Digital resources provide continuous maintenance data that allows you to identify energy-saving opportunities during construction and design. Owners can find information such as the asphalt’s height or when the component was put in place and can then investigate problems faster and use resources effectively.
Russ Thames, an estimator for a luxury residential construction company, employs 3D modeling to calculate cost estimates.
Model-based estimating & takeoff
Model-based estimation tools eliminate data silos, so teams of project managers can rapidly create cost estimates. Automated 3D model updates eliminate confusion, and the increased accuracy of the model ensures that your assessment is completely based on real-world conditions.
Generative design
Generative design helps designers explore sustainability initiatives quickly. Computers can generate a variety of 3D models with pre-set parameters, and then designers are able to examine these options to come up with the most efficient solution. One example is that the generative design model created beams with cantilevered edges that could produce 39-51 percent less carbon emissions than conventional models. Human brainpower combined with computer imagination, and something amazing occurs.