Guide students with concepts for the Dynamics course (ME 2030) in the MAE curriculum via office hoursTeach structured weekly recitations to supplement student learning

Worked on 3 different disciplines in the Gear and Power Transmission Laboratory•Project 1: Presentation on the Implementation of Vibration-Based Metrics to Track Gear Fatigue - Develop a code capable of processing accelerometer vibration data files of up to 30 GB in size - Work with a team to implement, interpret, and evaluate 10 vibration-based metrics to monitor fatigue•Project 2: Contact Durability Testing - Work with a team to conduct experimental tests on gears to track pitting growth - Develop standard operating procedures to operate and maintain machinery•Project 3: Gear Rotational Bending Fatigue Testing - Conduct experimental testing on gears to track root fractures under rotational stresses in team environment - Aid with machine operations and assembly

Guided students with the fundamentals of the Statics and Mechanics of Materials course (ME 2040)Aided with equilibrium, rigid body motion, thermal expansion, etc.

Lead Aerodynamics sub-team in the Ohio State Design/Build/Fly Student Organization- Develop curated 6 DOF models to predict aircraft dynamic behavior- Advise exterior construction of annual competition aircraft- Analyze annual mission trade studies

Participated in aerodynamic analysis of AIAA DBF mission aircraft

Performed preliminary analyses for Low-Earth Orbit and Trans-Lunar missionsDocumented mission details, numerical simulations, and GMAT simulations in a report format

Worked with the members of the Ohio State E-Council to liaise and organize the Fall 2023 Career Fair at OSU. Managed promotional materials, event logistics, and sponsorships