Design, test, and implement vehicle system software applications using model based design that fulfills customer requirements.Develop and improve upon the embedded development software toolchain, with a focus on an automated pipeline.

As a lab worker, help assemble and test UAV hardware.As a beta-tester, conduct experiments using the AERPAW development environment, with the goal of ensuring that canonical experiments are correctly working. All issues regarding usability or functionality is reported back to the leadership to help improve the AERPAW experimenters experience.

For Introduction to Computer Systems (ECE 109), created LC-3 programming assignments for students. Conducted weekly problem sessions that included a 15 minute overview followed by a problem set for 30 to 50 students. Graded homework, programs, problem sets, and exams. Created guides and held office hours to help students with assignments.For Introduction to Autonomous Systems (ECE 592-062), helped with crafting and grading homework assignments. Assisted students with emulating autonomous drones using Software In The Loop (SITL). Assisted students with a wide variety of projects related to autonomous UAVs, to include setting up software and assembling hardware. Responsible for ensuring that UAVs (SAM-4) were assembled and ready for students to conduct their projects with.

As a Validation Engineering Intern, worked directly with farmers to understand how well the current tech stack met the needs of the farmer's business. This tech stack included the implementation of a new vision system that is used to automate combine operation.Worked across multiple teams to better understand how the system works, how to install the system, and methods of gauging a users experience. Worked to develop a validation plan that incorporated different kinds of user feedback along with logged data. Executed the validation plan by visiting customer farms, installing the vision system, collecting and analyzing the feedback and data.Assisted product verification and validation (PV&V) with implementing a new data logger system. One big push was to achieve time-stamped video that is synced with the machines CAN data.

Used the CERN ROOT framework to conduct analysis on data collected from two nucleonic collision reactions. The goal was to compare the ratio of excited states to the ground state to validate the Bardon-Cooper-Schrieffer approximation.Designed and prototyped a gravity assisted LN heat exchanger for the nEXO collaboration. Construction included learning and implementing Siemens PLC hardware and software, Ignition SCADA software, various sensors and instrumentation, and high vacuum hardware.

Assisted in conducting classes and labs for ECE 109 and ECE 200. Held office hours and helped students with basic electric circuit analysis, C programming, and LC-3 programming.

Worked on many different electrical systems. DC and AC Motor Controllers, Programmable Logic Controllers (RSLOGIX 5/500/5000), Instrumentation and Sensors, and Breakers and Buckets. Also ran wiring and conduit. Responsible for sizing conduit and wiring to meet requirements. Occasionally assisted control engineer to update and maintain technical drawings.

Maintained and operated mechanical systems that interfaced with a nuclear reactor. Was qualified all the way up to Chief Reactor Watch.

Took care of dogs, cats, and the occasional pig. Responsibilities included taking the dogs outside and letting the cats hangout around the building, feeding the dogs and cats, medicating the dogs and cats, and bathing the dogs. Alongside taking care of the pets, was responsible for cleaning the building and pet lodging area.