Design circuit boards and firmware for various products for the purpose of fleet analytics for public transit. Commonly work with electric vehicles, CAN bus communication systems, such as J1939 and OBD II, UWB, RF, and micropositioning firmware, as well as many more common firmware applications such as SPI and I2C. I have full responsibility for product firmware stability from cradle to grave and autonomy regarding development choices.

Ensure stability and easy controllability of rotor based aircraft for both commercial and/or military use.

Worked as a padmount engineer, ensuring the proper design, installation, and maintenance of pad-mounted transformers.

Engineering Ethics course at a highly accelerated pace while taking in the culture of Greece.

Led a class on leadership for university honors freshmen and provided guidance on skills to succeed in college. Additionally, I was responsible for organizing events within the organization.

Environmental Design 101 course at a highly accelerated pace while taking in the culture of Costa Rica.

Chosen for the seminar following a competitive selection process. The program provided exposure to Italian culture but also included education and background on leadership and guidance on how best to take advantage of the many opportunities at Texas A&M.

Shadowed and aided Dr. Brendan Lee at metabolic & skeletal dysplasia clinics.

In the summers of 2012 and 2013, I taught English at and provided maintenance for schools in Tamarindo, Costa Rica as part of a one month community service program.