Travis Peterson
Integrated Construction Manager | Seattle
As Integrated Construction Manager, Travis brings over 15 years of industry-related experience to the team since joining Mortenson in 2014. Travis leads our "One project, one model, one team" approach to design integration, cost control, and construction coordination. He excels in a collaborative culture creating real-time project visualizations with current technology in order to provide better insights to our partners. Travis enjoys coordinating with design and trade partners to develop each custom VDC and BIM program. He uses his ability to handle challenging situations and projects while remaining calm and focused on asking the right questions to get the task done right the first time. His contribution to each project provides key stakeholders and builders with the essential information to make informed decisions and construct each new facility safely and efficiently.
Travis enjoys his key role within Mortenson and the excitement of working alongside so many different people and projects to solve unique challenges. He has contributed significantly to the success of many Seattle-based projects, such as the Elliot Bay Seawall Project, AMLI Arc residential towers, and the Climate Pledge Arena. He received his Bachelor's in Architecture from the University of Minnesota - Twin Cities.
Travis is passionate about VDC and BIM programs and looks forward to the industry fully embracing virtual building before physical construction to enhance coordination, identify potential issues, and improve overall project efficiency, ultimately leading to increased cost savings and better project outcomes.
Travis remains occupied outside of work, being a dedicated father to two kids and juggling many of his other passions. He loves spending quality time with his kids, golfing, and woodworking in his free time. Following his motto, "There's always room for improvement," Travis stays up to date on new technology, DIY/Home design and improvement projects, and finding ways to improve just about anything.