● Developed MATLAB and Python programs for the analysis and characterization of 3D-printed lithium-ion battery samples, optimizing print conditions and ensuring efficiency● Enhanced data visualization of 3D battery models and conducted advanced data analysis to support optimization efforts● Presented technical battery printing research to lab members and at the Mary Gates Symposium

● Design an aesthetic website with information about the organization, members, events, and donations● Raise awareness about the organization in order to raise and mobilize financial resources for groundwork in India

● Designed and manufactured a nozzle flow visualization test bench in vacuum with high sensitivity pressure sensors and servo motors integral for valve development in future and validation of simulations● Prototyped a thermal testing cycles for electrode materials using Arduino, MOSFET and hysteresis control for smooth cycles● Developed a Python interface to interact and plot data from 15+ devices and upgraded hypersonic nozzle simulation code for designing of new nozzles● Designed 3D printed attachment for nozzles to collect company novel data● Lead and presented all projects to R&D head Frederic Gicquel and Principal Engineer Morgan Quinley

● Designed an artificial finger that can house multiple strain gauge sensors at a micron level ● Fabricated strain gauge sensors using Dragon Skin and eutectic Gallium-Indium● Designed molds to apply Dragon Skin layer onto the artificial finger at 6 microns thick● Designed an artificial palm that can house strain gauge sensors and attach to ROBOTIQ gripper● Provided with positive feedback and requested for additional development from UCLA team

● Assembled vacuum chamber and electrical systems, and manufactured gas manifold for fuel injection● Designed high precision parts and drawing files for fuel injector such as nozzles● Designed a force testbench that can measure up to 26 kN in 10us for testing force produced by solenoids

● Assembled an adaptive gripper and placed 2nd at the Canadian International Rover Challenge● Designed a versatile hand similar to Boston Dynamics Spot arm that can house multiple tools● Designed a complex three-finger gripper that utilized multiple linkages for better adaptive grip● Computed kinematic components and force analysis of three different hand designs

• Recommended and promoted to President of the club at the end of the first quarter of the club• Documented inventory, funding, and other club logistics essential for growing and maintain the• Recruited other students to join the club and increase the members by at least 75%