• Created an embedded system to monitor and stabilize bird nests at a desired temperature with minimal power consumption for interdisciplinary research.

• Characterized the behavior of new DC-DC buck converter ICs and created datasheet curves based on the significant performance data acquired.• Conducted EMI testing on developing devices for qualification towards automotive standards.

• Developed embedded hardware and software that utilized fiber-optic sensors for measuring oceanic turbulence.• Created and fabricated the housed system-level implementation that would operate underwater.

• Designed new systems, conducted schematic reviews, and troubleshooted issues from existing solutions.• Supported a large variety of different end applications simultaneously.

• Independently developed a wireless sensor network for automotive datalogging usage.• Designed the accompanying PCBs and code infrastructure for the microcontroller-based network.

• Developed an automated, microcontroller-based tester that could vary load and rank lead-acid battery performance.• Published: R. Most, M. Most, I. Chaput; “Testing and Analysis of FIRST® Robotics Batteries” FIRST Robotics. (N/A). April 2018; Manchester, NH• Presented the published research as an accepted seminar at the FIRST Robotics World Championship in Detroit, MI.

• Published: R. A. Bubeck, M. Most, T. Zhang; “3D Printing and Evaluation of Novel Nanographene-Containing ABS Thermoplastics”, Chapter 4, 53-68, in Polymer-Based Additive Manufacturing- Recent Developments, June 19, 2019