Delivering high-quality engineering services across Wyoming and the Mountainous West, guided by Martin/Martin Wyoming’s commitment to service, innovation, and excellence, creating lasting value for our clients, our team, and the communities we serve.

At Martin/Martin Wyoming, we know successful projects are built on strong partnerships, close collaboration, and personalized service. Our integrated team provides continuity from design through construction administration, combining structural innovation across public and private spaces with civil engineering expertise in master planning, drainage, water design, and full project delivery. Together, we deliver consistent, high-quality solutions tailored to Wyoming’s and the surrounding region’s unique needs.

About Martin/Martin Wyoming

40+

Years of Service

100% Employee-Owned

OWNED BY US, DRIVEN FOR YOU

Locally Based

Regionally Responsive

Patrick McManus Eminent Engineer Recognition

Martin/Martin Wyoming is proud to announce that Patrick McManus, Structural Engineering Principal in our office, has been named the 2026 Tau Beta Pi Wyoming Eminent Engineer by the University of Wyoming College of Engineering and Physical Sciences. Presented during the college’s annual awards banquet, the honor recognizes individuals whose professional achievements, leadership, and service have made a lasting impact on the engineering profession, the state of Wyoming, and beyond.

WES Presidential Project Grand Award Winner

The University of Wyoming Residence & Dining Halls project received the Grand Award in the Large Engineering Project category as part of the Wyoming Engineering Society’s (WES) Presidential Project Awards program. Recognized for excellence in engineering and its benefit to the people of Wyoming, the $268 million project represents the first phase of the university’s initiative to replace aging residence halls with modern, student-focused facilities. Completed in 2025, North Hall and South Hall provide nearly 1,000 beds and state-of-the-art dining and residential amenities while preserving the historic architectural character of the UW campus. The innovative structural design features a non-combustible cold-formed steel framing system, flexible floor layouts that support future renovations, and engineered foundations tailored to site conditions, delivering a durable, adaptable, and lasting investment for generations of students.

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