Aspiring Design Engineer | Automotive Systems | CAD & Simulation
Overview
5
5
years of professional experience
Work History
Automobile: An Integrated Systems
University of Michigan
Dearborn, MI
08.2023 - 12.2025
Conducted benchmarking & developed design specifications for vehicle systems to meet industry standards.
Performed Quality Function Deployment (QFD) & interface analysis to optimize system integration.
Intelligent Systems Club (ISC) – Mechanical Team
University of Michigan
Dearborn, MI
01.2023 - 12.2024
Created a lightweight, quick-release battery holder using SolidWorks, reducing battery replacement time by 30% during races, Integrated vibration-dampening mounts and thermal management features for durability.
Optimized structural integrity using Finite Element Analysis (FEA), reducing weight by 20% while ensuring a 95% retention rate under high vibrations.
Modeling and Simulation of ASS With PID Controller
University of Michigan
Dearborn, MI
03.2023 - 04.2023
Built a 4-DOF half-car active suspension model in MATLAB/Simulink, implementing PID control to enhance ride quality. Achieved an 80% reduction in vertical displacement, and 85% reduction in settling time for improved passenger comfort.
Conducted dynamic response analysis under varying road conditions, optimizing system performance, and improving safety metrics by 20%.
ROS, Simulink Modeling & Vision System Calibration
University of Michigan
Dearborn, MI
03.2023 - 04.2023
Constructed and implemented a Simulink model to analyze robotic movement, resolving 100% of unusual behaviors during turns and enhancing system stability by 30%.
Applied advanced camera calibration techniques, reducing barrel and pincushion distortions by 95% and improving vision system accuracy by 15%.
Development of an AEB Controller and Car Model
University of Michigan
Dearborn, MI
02.2023 - 03.2023
Designed and implemented a 4-stage AEB controller in MATLAB/Simulink, incorporating ROS communication for sensor data integration. Simulated Car-to-Car Rear Stationary (CCRs) scenarios at 20 km/h and 80 km/h, ensuring real-time collision avoidance.
Developed a nonlinear bicycle car model to simulate vehicle dynamics, including longitudinal velocity, yaw rate, and wheel spin, achieving 95% accuracy in real-time performance validation.
Crash Element Design With Composites
Bharath University
Chennai, Tamilnadu
12.2020 - 05.2021
Implemented a car crash element using carbon fiber and epoxy in CATIA V5.
Validated structural integrity through FEA in ANSYS, ensuring performance under extreme crash conditions.
Education
Master of Science - Automotive Systems Engineering
University of Michigan
Dearborn
12-2024
Bachelor of Science - Mechanical Engineering
Bharath Institute of Higher Education And Research
<ul><li>Led a team of 16 personnel in executing electronic warfare operations, ensuring real-time intelligence collection and analysis.</li><li>Conducted threat analysis and provided critical SIGINT support for deployed units, enhancing force protection and situational awareness.</li><li>Managed and maintained advanced Cryptologic and Electronic Warfare Systems, ensuring force protection and situational awareness.</li><li>Developed and conducted training programs for junior sailors, improving team proficiency and mission effectiveness.</li><li>Coordinated with joint and allied forces on intelligence-sharing initiatives, enhancing operational cooperation and mission success.</li><li>Successfully executed two deployments, operating in dynamic and challenging environments while supporting combat and reconnaissance missions.</li><li>Authored intelligence reports and briefings, delivering actionable insights to senior leadership and decision-makers.</li><li>Ensured strict compliance with cybersecurity, OPSEC, and classified material handling procedures.</li><li>Focused the efforts of EW systems, both air and ground, against adversary personnel, facilities, and equipment with the intent of degrading, disrupting, neutralizing or destroying enemy capabilities.</li><li>Integrated EW into the targeting and planning process and assisted in the development of the enemy EW order of battle, EW target information and products, intelligence, and target selection standards.</li></ul> at US NAVY<ul><li>Led a team of 16 personnel in executing electronic warfare operations, ensuring real-time intelligence collection and analysis.</li><li>Conducted threat analysis and provided critical SIGINT support for deployed units, enhancing force protection and situational awareness.</li><li>Managed and maintained advanced Cryptologic and Electronic Warfare Systems, ensuring force protection and situational awareness.</li><li>Developed and conducted training programs for junior sailors, improving team proficiency and mission effectiveness.</li><li>Coordinated with joint and allied forces on intelligence-sharing initiatives, enhancing operational cooperation and mission success.</li><li>Successfully executed two deployments, operating in dynamic and challenging environments while supporting combat and reconnaissance missions.</li><li>Authored intelligence reports and briefings, delivering actionable insights to senior leadership and decision-makers.</li><li>Ensured strict compliance with cybersecurity, OPSEC, and classified material handling procedures.</li><li>Focused the efforts of EW systems, both air and ground, against adversary personnel, facilities, and equipment with the intent of degrading, disrupting, neutralizing or destroying enemy capabilities.</li><li>Integrated EW into the targeting and planning process and assisted in the development of the enemy EW order of battle, EW target information and products, intelligence, and target selection standards.</li></ul> at US NAVY