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Our Engineering Leadership

Electrical safety work is professional work, and the same way you'd want to know your lawyer or accountant, you should know about the licensed engineers responsible for your facility's compliance and reliability. Here are a few of our engineering practice leaders, who are ready to work with you and stand behind your projects, guiding the work.

Brian Stratton, P.E.

Brian Stratton, P.E.

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Brian has always loved the challenge of figuring things out and solving problems. Growing up, he loved to tinker with devices and work on computers, inspired by his father, who was an electrical engineer. This hands-on experience laid the foundation for his passion for electrical engineering.
Starting his career in the aircraft industry, Brian supported the aircraft line, which gave him a practical approach to problem-solving. He thrives on working with clients to address their issues and help them plan for the future of their facilities. His journey from hands-on work to teaching and mentoring others has been incredibly rewarding.

Mark Wallsten, P.E.

Mark Wallsten, P.E.

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Mark has always been fascinated by the intersection of technology and problem-solving. As a child, he loved taking apart electrical devices to understand how they worked—a curiosity that evolved into a passion for electrical engineering. Today, he specializes in power systems, helping clients navigate complex challenges and develop reliable, high-performance solutions. Mark finds the most fulfillment in collaborating with clients, understanding their unique needs, and delivering designs that enhance functionality, efficiency, and safety. Seeing projects come to life is what drives him every day.

Wallace Akenga, P.E.

Wallace Akenga, P.E.

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Wallace’s interest in electrical engineering began at a young age, when he would visit with his uncle who worked as a technician installing and repairing telecommunication equipment for a TV station. He’s motivated by the opportunity to work in an industry that has a significant impact on people’s lives. His greatest reward stems from delivering projects that meet and exceed client expectations.

Jason Moyer

Jason Moyer

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Jason’s father and grandfather were both machinist mechanics, so the idea of learning a technical trade just was a natural fit. Jason’s favorite class in high school was drafting, where he learned on the board to do pencil drafting. Nearly 30 years later, Jason is still involved in CAD and design. The first seven years were in mechanical drafting and design for a military training contractor in Mesa, Arizona. He did have a 5 year stint as an aircraft dispatcher for Air Midwest Airlines and Mesa Airlines. He returned to design in the electrical discipline in 2006 and has been in the electrical industry since.
Jason’s favorite aspect of electrical design is to see the work that he does be installed and function in a real world environment where real products are produced and distributed.

Jason H. Steinke

Jason H. Steinke

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Jason’s passion for the electrical trade began early, working alongside his stepfather in his electrical service company, wiring homes and performing underground work for commercial projects. As a journeyman electrician, Jason was given the opportunity to manage small projects, sparking a deeper interest in project management. Over time, this led him to pursue a more hands-on approach to managing projects from start to finish, always striving to deliver results that exceed client expectations.

   Beyond the Drawings   

Why Lifecycle Support Matters

The most valuable engineering partners do more than produce design drawings. Real value comes from supporting every phase of a project, from the first line on the page to the day-to-day operation years later. In an era of complex power systems, automation, high-throughput facilities, and digital infrastructure, lifecycle support isn't a bonus. It's the standard for future-proof development.

Instead of passing your project between disconnected vendors, our engineering leadership stays engaged from concept through full operation—so you get one accountable team, not a relay race.

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