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Snaptron recently visited the University of Wyoming campus to highlight engineering innovation. During the visit, we connected with students, faculty, and student organizations to share real-world engineering experiences. The day focused on hands-on learning, advanced manufacturing technologies, and potential collaborations that link industry and academia. Through interactive presentations and lab tours, students gained insight into how engineers apply theory in practice and prepare for careers in STEM fields.
Engaging with Students and Faculty
The visit began with a Coffee and Connect session at the College of Business. Next, Kyle Goodrich, Applications Engineer, led a Lunch and Learn with students from the College of Engineering and Physical Sciences. He introduced Snaptron and presented on the design and manufacturing of metal dome switches. The presentation highlighted precision engineering, quality control, and practical applications in electronics.
Students asked thoughtful questions, sparking discussions on industry challenges, innovation, and career readiness. Later, Kyle gave a classroom presentation to students from the College of Engineering and Physical Sciences, covering manufacturing processes, statistical process control, and trend analysis. The session gave students a clear look at how companies like Snaptron maintain product reliability and consistency.
Hands-On Learning and Emerging Technologies at the University of Wyoming
Tours of campus facilities showcased the university’s commitment to practical, hands on learning. Kevin Albertsen, Director of Engineering, and Kyle visited the Tatman Family Advanced Manufacturing Lab, named in honor of Snaptron founder Earl Tatman. The lab includes CNC mills, turning centers, and a waterjet cutter, giving students the tools to apply theory to real engineering projects.
Reflecting on the visit, Kyle shared: “My visit to UW really stood out. The senior design teams were tackling tough problems with creativity, and the Wyo Motorsports group had a level of passion and precision you can’t fake. It’s clear the university is building real-world problem-solvers who are ready to make an impact.”
At the Human-Computer Interface Lab, students demonstrated augmented and virtual reality technologies, including applications in physical therapy and safety training. The visit also included the Innovation Wyrkshop makerspace and the 3D Visualization Center. These spaces showcase creative prototyping, software development, and modern visualization tools, reinforcing the university’s focus on immersive STEM learning.
Collaboration and Mentorship Opportunities
Snaptron met with faculty to explore potential senior design projects and collaborations. Discussions emphasized regular mentorship and industry support, including supplying materials and sharing technical expertise to guide students through complex projects.
The visit also included the WyoMoto Motorsports Club, where students showcased projects and explored collaborations with Snaptron. Opportunities identified include providing tactile button solutions for steering wheels and other racing applications, highlighting Snaptron’s commitment to combining engineering innovation with hands-on learning.
Looking Ahead in Engineering Innovation
The visit reinforced Snaptron’s dedication to bridging industry expertise and student learning. By sharing knowledge, supporting hands-on projects, and fostering collaboration, Snaptron invests in the next generation of engineers while strengthening partnerships that drive Engineering Innovation at the University of Wyoming and in STEM fields.
Learn more about Snaptron’s university outreach and engagement initiatives on our University Outreach page. Discover how we support students and faculty in engineering and manufacturing programs across the country.
