The following is the first in a series of posts providing insights into how trends on display at the 2018 Consumer Electronics Show (CES) will drive innovation in the built environment.

The evolution of technology continues to accelerate, and with it the impact it has on how we design and construct the built environment. McKinstry is already using many newer technologies. We use building information modeling (BIM) for 3-D modelling and detailing, digitally enhanced pre-fabrication and kitting in our state-of-the-art shop. On the job site, our use of collaboration software and on-site data vaults—and even moving to handheld devices for reviewing specs, plans and creating as-builts—means we never need to go back to the job trailer. Technology has dramatically improved how we deliver work and there is no end in sight.

CES 2018 showcased several emerging technologies that portend the future of construction and will be implemented on the jobsite of tomorrow.

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Hello! My name is Taylor Blevins, and I’m a B.L.U.E. Program intern in McKinstry’s Portland office. I first met with a McKinstry representative at the Oregon State University career fair and once I learned more about the company, I knew it would be a good fit for me.

I’m currently a rising senior at Oregon State studying Energy Systems Engineering. I also have some experience in BIM (Building Information Modeling) from my last internship with an architectural firm.

Ever since that internship ended, I’ve wanted to further-develop my skills in building systems and learn more about how buildings consume energy. As an engineer, it’s important that I learn how to help reduce that energy consumption.

Since McKinstry focuses on the mechanical systems of buildings and the energy aspect of buildings, I knew I was in the right place. So far my experience with McKinstry has been tremendous and I’m learning constantly.

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