• Worked with faculty and students to bring the club out of dormancy and resolve the extensive liability and safety issues surrounding it.• Brought the team into existence and all the way to the 2024 Spaceport America Cup for its second ever competition.

Perform website maintenance, resolve user issues, and information updates for the Clarkson University Honors Website. https://clarksonhonors.org

-Co-taught the Honors Introduction to Programming I & II classes in MATLAB.-Developed curriculum, planned lectures, and held office hours.

• Developed software in MATLAB to perform signal processing on drop test and impactor data for material characterization of experimental geriatric hip pad inserts.• Worked in SolidWorks to design test hardware and create engineering drawings.• Performed viscoelasticity creep tests and drop tests for material characterization of experimental inserts.

- Developed Guidance algorithms for a deep space flyby of a near earth asteroid (Brokkr-2 mission)- Developed procedures, software, and test fixtures for acceptance and validation testing of sensors for flight.

As a pre-frosh student researcher I worked on running simulations for a mechanoresponsive molecule being studied in the Smart Polymeric and Supramolecular Systems (Smart PASS) Laboratory and drawing conclusions for optimizing the structure and polymer attachment points of the molecule in question. At the end of the four week program I presented my findings to the research group as a whole and at eRAPS.

Handled rentals and sales transactions for a local bike shop while also repairing and maintaining the bicycles of customers and the shop itself.

Worked as a TA for the summer technology course at my high school that was ran in partnership with MIT Beaver Works. Taught a small group of high school students programming, ROS, conceptual calculus fundamentals, and PID control systems. Over 4 weeks each of these concepts were taught and applied to programming an autonomous vehicle which eventually competed on a dynamic race course.