As a platoon sergeant, I led a team of 4 section commanders and commanded a platoon of 64 recruits. My role consisted of teaching new enlistees the basics of military life and to help them inculcate a new found sense of responsibility for those around them.

I led a dedicated team of 6 specialized officers and over 35 active members, with the goal of creating robots to compete in the FIRST Robotics Competition. Together, we successfully created three full-sized robots from scratch within an ambitious 5-week timeframe. As for the robot I designed and built with team, it had won the Engineering Quality Award.- conducted simulations on components to evaluate structural integrity before manufacturing- educated team members in engineering concepts, 3D modeling techniques, and manufacturing processes- managed internal team dynamics, finance, and oversaw build logistics

- designed six robots with custom chassis and a multitude of mechanisms for competition- each robot weighed up to 50kgs and were sized up to a meter cubed- created procedures and standards for the build processes within the team

During my time at Whizz Mobility, I had worked alongside a team of engineers to develop and deploy autonomous food delivery vehicles. - ran finite element analysis (FEA) simulations on the drivetrain- designed, assembled, and tested enclosures for the vehicles' electrical components -utilized CAM software and CNC machinery to create splash guards and protective covers- employed sheet folding techniques to fabricate various parts of the vehicle

I designed and led a team to construct both mechanical and electrical hardware for our team's submersible underwater robot, which achieved an impressive 8th place out of 500 teams globally in the MATE Worlds Championship.- designed using household items and spare parts that were found in our robotics lab- co-authored a technical paper that detailed the various systems and mechanisms employed

I designed and constructed an experimental capsule that was launched to the ISS on the Soyuz MS-16 Mission. The experiment took place on the International Space Station over a period of 4 months, with the objective of studying the behavior of two types of gut bacteria (E.coli & E. faecalis) under microgravity conditions.- modeled the experiment capsule that could be FDM printed without supports, minimizing plastic deformation- designed a new type of fluidic bag, utilizing a glove finger, for pressurizing and storing liquid growth medium- created basic control circuits for sensors, pumps, lights, and cameras so that the experiment could run without human intervention