Summary
Tyler Boyle is a research meteorologist with 11 years of experience designing cost-effective, research-grade environmental sensing systems using Raspberry Pis, Arduinos, custom electronics, and 3D-printed manifolds. At NIST and in academic and nearspace projects he has reduced measurement uncertainty in off-the-shelf CO2 and greenhouse gas sensors from ~30 ppm to 2 ppm and led multi-node Raspberry Pi networks that delivered robust regional greenhouse gas monitoring. His skill set spans atmospheric science, microcontroller programming, circuit design, CAD, additive manufacturing, and field-hardened payload development for high-altitude balloon and weather networks. He blends hands-on maker skills with rigorous calibration and data-reliability procedures, enabling low-cost IoT deployments that meet research standards. Based in Frederick, Maryland, he also brings practical teaching and mentorship experience from university and K–12 STEAM roles, often translating complex instrumentation into accessible projects. A detail that sets him apart is his knack for turning hobbyist hardware into rigorously validated scientific instruments used in operational monitoring campaigns.
11 years of coding experience
1 year of employment as a software developer
Bachelor of Science (BS), Mass Communication/Media Studies, Bachelor of Science (BS), Mass Communication/Media Studies at Towson University
The University of Maryland, College Park