About Solid Symmetrics
I'm an engineer and instrument maker based in Boulder, Colorado. I've always loved understanding how things work, designing creative solutions, and building with my hands. When I'm not exploring the outdoors, you'll usually find me tinkering in the garage or experimenting with new tools. At Solid Symmetrics, I use that same curiosity and hands-on problem solving to help researchers turn their ideas into real, functioning hardware.
Professional Experience
After earning my mechanical engineering degree, I joined a premier experimental physics institute as a scientific instrument maker apprentice. Over twelve years, I supported graduate students and research scientists at the intersection of design, fabrication, and experimental research.
I eventually became the leader of both the institute's Instrument and Electronics Shops. In that role, I contributed to complex research projects, taught a foundational machine shop course, and collaborated with highly skilled journeymen. These experiences reinforced the importance of clear communication between researchers and technical staff, and the measurable impact that alignment can have on experimental success.
My Philosophy
I approach every project with curiosity and intention. Every detail matters. Every decision should have a reason. I believe in thorough analysis, iterative refinement, and hands-on testing to turn ambitious ideas into functional, reliable hardware. Collaboration is key — by working closely with researchers, assumptions are challenged, constraints are understood, and designs move efficiently from concept to reality.
Why Solid Symmetrics
I started Solid Symmetrics to bring the perspective of a scientific instrument maker to researchers beyond a single institute. I combine deep experience in experimental instrumentation with fluency in mechanical design, CAD, and fabrication. Whether refining an existing apparatus, designing entirely new experimental systems, or coordinating fabrication, my goal is to translate scientific intent into precise, manufacturable hardware while allowing scientists to focus on discovery.
Cost matters — but in research, time matters more. By bridging the gap between experiment and fabrication, I help research teams save time, reduce frustration, and achieve better outcomes.
Kyle Thatcher