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BUILDER contributor Emily Newton explores the impact of digital engineering tools on the civil engineering and development industries.
Understandably—and with the Intergovernmental Panel on Climate Change’s recent climate change report looming—many teams are looking to create sustainable engineering projects, reduce environmental impact, and vastly improve operational efficiencies. At the same time, the civil engineering and development world faces a wave of challenges and complexities associated with cost, time investments, material shortages, and carbon emissions.
The hope is that new-age solutions or technologies can help deal with these challenges, often in the form of innovative digital engineering tools. Can or will digital engineering actually help?
How Digital Engineering Changes the Game
Digital engineering involves the use of data-driven technologies to improve projects. Digital engineering tools help achieve that by creating, collecting, integrating, and processing data.
A 3D-modeling application that allows engineers to create and design in a virtual space is a rudimentary example of digital tools at work. Some other examples include BIM, or building information modeling, robots and autonomous equipment, sensor or tracking-based technologies, and so on.
They are revolutionizing the world of civil engineering and development. That’s because the data helps produce much more powerful processes, with unique collaboration opportunities, contextually driven insights, and access to incredible technologies such as AI or machine learning.
Understandably—and with the Intergovernmental Panel on Climate Change’s recent climate change report looming—many teams are looking to create sustainable engineering projects, reduce environmental impact, and vastly improve operational efficiencies. At the same time, the civil engineering and development world faces a wave of challenges and complexities associated with cost, time investments, material shortages, and carbon emissions.
The hope is that new-age solutions or technologies can help deal with these challenges, often in the form of innovative digital engineering tools. Can or will digital engineering actually help?
How Digital Engineering Changes the Game
Digital engineering involves the use of data-driven technologies to improve projects. Digital engineering tools help achieve that by creating, collecting, integrating, and processing data.
A 3D-modeling application that allows engineers to create and design in a virtual space is a rudimentary example of digital tools at work. Some other examples include BIM, or building information modeling, robots and autonomous equipment, sensor or tracking-based technologies, and so on.
They are revolutionizing the world of civil engineering and development. That’s because the data helps produce much more powerful processes, with unique collaboration opportunities, contextually driven insights, and access to incredible technologies such as AI or machine learning.
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