October 5, 2018
September 18, 2017
Like many innovators who came before them, Eric Cylwik and Ryan Haines were never seeking recognition. They just wanted to do their jobs better—and save people’s time and money in the process. The two saw a problem in the construction industry, and they set out to fix it. Eric and Ryan’s selection as finalists for the Associated General Contractors of America (AGC) Autodesk Innovation Award was a nice bonus, but the real success is what the industry at large stands to gain from their new technology. Its name? The civil Construction Toolkit, or “CTK.”
Virtual Construction App Developer Ryan Haines (center) and Sr. Virtual Construction Engineer Eric Cylwik (right) accept the AGC Innovation 3rd-place Award
CTK technology began as a response to larger issues in the civil sector causing huge inefficiencies. A nationwide trend toward 3D modeling in the preconstruction process has generated loads of data. But by itself, this data isn’t actionable information. Also, most of it is siloed off between designers, contractors, and engineers, instead of flowing into a single stream of information for a project. Estimators in particular spend hours counting the “what” of a project (volumes, areas, lengths, counts, and weights)—6.4 million hours in the past year to be exact, the equivalent of 70 full-length careers. Instead of counting the “what,” Eric and Ryan thought, these professionals could spend more time on the “how” and, in the process, become more of an asset to their companies.
CTK user quickly quantifies the entire project model, by phase, in Autodesk Civil 3D
Enter: the CTK, a technology that supports parametric modeling. In the absence of a 3D design model, a CTK user can take lots of numbers from construction documents and convert them into 3D models, with a few mouse clicks. These models can then be quantified to cover all construction estimating needs, including sequencing and phasing of a project, and provide visualization for design all in a matter of hours instead of weeks. The same models can even be used for automated machine guidance (AMG) by heavy equipment operators in the field. “This technology shifts the focus from construction being a reactionary industry to an industry that proactively adds value,” Eric said. “Proper planning ensures efficient construction, and by removing mundane tasks from a construction service provider it enables them to focus on predictable services.”
Sundt uses the CTK on a daily basis and has seen immense added value across projects for both our employee-owners and our clients
In presenting the CTK to various industry groups, including the AGC, Eric and Ryan were often asked: How did you convince your company to invest in this? “The funny thing is,” Ryan said, “this was already part of our jobs and company culture. The return on investment had been established, just in the huge amounts of time we were saving in our own jobs, across multiple projects.” Eric pointed out that he and Ryan were also recognized for the CTK by Sundt a year ago, with the Going Beyond the Expected Award. “It’s just part of what we do at Sundt. We’re builders. And by virtue of that fact, we’re innovators.” Overall, CTK is a means of delivering better infrastructure. “When we design, estimate, and build from the same information,” Ryan said, “everyone wins with better quality and efficiency.” For a company whose mission is to be the most skilled builder in America, having innovative people on our team is a win indeed.
September 15, 2017
Sundt Senior Virtual Construction Engineer Eric Cylwik speaks to a class at Arizona State University’s Del E. Webb School of Construction.
Sundt Senior Virtual Construction Engineer Eric Cylwik recently went back to school to share some of the many ways technology can improve the way general contractors serve their clients.
Eric spoke to an upper-level class at Arizona State University’s Del E. Webb School of Construction about the many advantages Building Information Modeling (BIM) can provide on a project. BIM involves generating and modeling both the physical and logistical characteristics of a building.
“I am convinced that the best way to learn a subject is to teach it,” Eric said. “The complicated subject of how BIM interfaces with every individual on a project is a difficult story to tell in under an hour, so it really forces me to refine how I approach technology. Engaging with the students is also an excellent opportunity to meet new people entering the industry. Ultimately, they’re the ones who will be using all of this technology.”
The fundamental idea Eric teaches the upcoming generation of builders is that technology will inevitably be the backbone of the construction industry.
“My background is in digital visualization, so I love being able to dive in to the technical details of how 3D models are created from photogrammetry and the puzzle of building complicated geometry in 3D,” Eric said. “Constructors take on significant risk with the selected means and methods for any project, so it is always a challenge to select the correct modeling tool to visualize that risk.”
Eric is quickly becoming popular on the college speaking circuit. He will be presenting to a class at the University of Arizona in November.
Sundt Virtual Construction Application Developer Ryan Haines.
Sundt Virtual Construction Application Developer Ryan Haines is a Phoenix native and has enjoyed traveling across the U.S. and abroad. He grew up around construction, working for his father’s local general contracting company during summers while in school.
Ryan studied mathematics at Arizona State University, where he had his first experience in computer programming. He has enjoyed pairing these unique experiences at Sundt through construction technology.
What does a Virtual Construction Application Developer do?
Application development for virtual design and construction (VDC) is about efficiency and innovation. To build and consume large 3D models for our construction projects requires sound standards. It also means transferring many thousands of data points, from model creation to quality control in the field. This is where custom digital tools produce efficiency gains.
How does what you do help the construction team once it starts work on a project?
My focus is for our VDC teams to deliver potent results from 3D models. In the Building Group, this means having the right tools to effectively coordinate mechanical, electrical and plumbing design. In Industrial, we are able to track piping components in the 3D model for quality control upon field installation. In Transportation, our VDC teams and estimators can extract phased material quantities based on project schedule. Ultimately, we are providing ways to leverage digital information to mitigate risk and minimize rework.
What does it say about the company that we have the flexibility to put people in departments that better suit their work?
Sundt cares about its employee-owners and is willing to align skills and interests with business needs. Sundt is known for being innovative, and that only continues as we leverage great technology on our projects.
What are your hobbies away from work?
I love being outdoors, including hiking, hunting and fishing. I also like to work with my hands doing welding or helping others with small building projects. I enjoy spending time with my friends and family, including my little nieces and nephew.
What the best advice you’ve received from a mentor or coworker?
Trust God. This advice has already paid great dividends in my life.