• Developing finite element models (FEA) to investigate bone strength in spinal cord injured patients using CT scan data• Creating a pipeline for automated segmentation, meshing and simulated mechanical testing of the proximal femur in-vivo using ABAQUS Explicit• Applications: Reducing the risk of chronic fractures in the SCI population; Informing the design of powered exoskeletons for SCI patients

Worked on designs to increase and enhance automation for various TURBOCAM Business Units:• TAPS Mill Cell 2.0: Design of magnetic safety switches for chip hoppers in the revamped automation milling cells at TAPS• TED Lathe Automation: • Implementation of a forging shaker for easy robot pick-and-place for turning processes • Placement and frame design for an optical comparator to automate part inspection• CMM Disposition tray redesign: Redesign of disposition tray layout for laser CMM for part inspection• TAE Pilot Cell: Design of a Vention robot pedestal for automated milling of singlets• 5S Inventory Sorting: Cataloging automation wiring inventory, purchasing additional inventory, and designing wiring storage solutions• Learnt robot programming of collaborative robots for automating machining processes

Classes Tutored: PHYS 102, PHYS 111, PHYS 121, PHYS 122

● Designed, manufactured, and tested a robot fixture assembly solution for the automated machining of precision turbomachinery components, capable of gripping 2 kg part with high force and minimum instability utilizing pneumatics● Created and tested prototype nozzle designs for parts washing stations to maximize evenly-spread airflow to large components● Gained exposure to 3, 4, and 5-axis machining processes through 2-weeks experience on the shop floor

● Student Taskforce for Covid-19: Ran a social media campaign with research-based infographics to nudge vaccination and COVID-appropriate behavior during the peak of the COVID-19 pandemic in India, In partnership with the NGOs U&I India and Reap Benefit.● Created an infographic research series outlining the benefits and challenges with EV adoption to help increase awareness of the viability of EVs in India

• Use MotionView to simulate human body model• Tutorial testing and error logging for MotionView• Convert motion capture to joint movements for a human body model• Simulate the deformation of a punching bag using a boxing mocap

• Designed, built and tested a 3:2 scale robotic hand• Replicates full-axis 5-finger motion using micro servo motors• Programmed in C++ using Arduino microcontroller• Original design, created in Autodesk Fusion 360