I am a mechanical engineer and graduate researcher passionate about occupant safety and inclusive design. My background spans automotive safety systems, finite element modeling, and biomechanics research, combined with hands-on experience in design engineering and Formula SAE. Here you’ll find details of my education, industry work, and research contributions.
2025 - 2026
University of Michigan
Master of Engineering in Automotive Engineering
Relevant Coursework: Vehicle Crashworthiness and Occupant Protection, Automotive Body Structures, Designing Quality: Six Sigma, Smart Manufacturing Systems, Integrated Vehicle Systems Design.
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2019 - 2023
Visvesvaraya Technological University
Bachelor of Engineering in Mechanical Engineering
Relevant Coursework: Fluid Mechanics & Machinery, Strength of Materials, Finite Element Method, Energy Environment & Sustainable Development, Automotive Engineering: IC Engine Management, Hybrid Electric Vehicles, Powertrain.
Jan 2025 - Present
University of Michigan Transportation Research Institute
Graduate Student Researcher, Biosciences Group
Engineered a pipeline to develop subject-specific FE model of lumbar spine (T12–L5) from CT scans by integrating AI based segmentation with MATLAB-driven morphing of validated FE mesh to investigate lumbar biomechanics in reclined seating.
Segmented cervical spine CT scans using Mimics and applied mesh morphing to map FE Mesh geometry from onto subject-specific anatomies, supporting statistical modeling across age, sex, stature, and weight.
Contributed to parametric human modelling for adaptive safety, improving anthropometric fidelity in dummies and FE models for inclusive evaluations across ages 20-80 years.
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March 2023 - December 2025
Autoliv
Design Engineer, Engineering & Development- Seatbelts
Supported Autoliv Americas Tech Centers with CAD and engineering changes for OEM programs- Stellantis, Honda, GM, VW; managed parts, assemblies and EBOM in ENOVIA PLM.
Developed parametric CAD models and remastered seatbelt assemblies and components in CATIA V5 with GD&T per ISO 2768-mK; developed gauges to support tolerance and quality control.
Contributed to Team Feasibility Commitment (TFC) for retractor components with Japanese Tech Center; supported PPAP documentation for supplier localization.
Conducted over 1,500 miles of field testing, across South India to collect real-world motorcycle data, for potential vest-airbag deployment. Collaborated on calibration and impact-scenario analyses.
Achievements:
Developed an emergency egress seatbelt mechanism to enhance occupant evacuation in door-jam scenario.
Initiated Kaizens to reduce carbon footprint (UN SDG 13) and digitizing CAD quality checks for parts and assemblies.
Six Sigma Black Belt - University of Michigan
PEERRS: Human Subjects Protections - University of Michigan
Responsible Conduct of Research and Scholarship (RCRS) - University of Michigan
The 5 Choices to Extraordinary Productivity - FranklinCovey
Intellectual Property - Indian Institute of Technology, Madras
Automation in Manufacturing - Automation in Manufacturing
CATIA V5 Mastery - Udemy
Functional and Conceptual Design - Indian Institute of Technology, Madras
Fundamentals of Manufacturing Processes - Indian Institute of Technology, Roorkee