Professional Projects


May 2025 - July 2025

SUMMER INTERN, FORD MOTOR COMPANY

CU-ICAR
Chassis Controls Software & Systems Engineer - Research & Advanced Engineering Division Dearborn, Michigan (US)

Steer-by-wire System
Led the development, integration and real-time validation of a dual redundant new Steer-by-Wire concept
Responsibilities:
➀ Engineered steer-by-wire system hardware and established real-time CAN communication between sensor and MicroAutoBox ECU
➀ Conducted system testing, calibration & data logging at Ford’s proving grounds, ensuring functional reliability and robustness
➀ Integrated the control algorithm into the Vehicle Motion Control framework and maintained versioning on GitHub
➀ Transitioned the calibration & data acquisition platform from dSPACE to ATI Vision to streamline field tuning and validation workflows
➀ Collaborated with suppliers and cross-functional teams to ensure seamless hardware & software integration aligning with system use cases towards expected behavior

Overall Supervisory Control
Steer-by-Wire System Architecture
Overall Supervisory Control
Steer-by-Wire System Architecture
Tools used: MATLAB Simulink Stateflow dSPACE ATI GitHub
Jan 2024 to Apr 2025

DEEP ORANGE 16 INTERN, CLEMSON UNIVERSITY

CU-ICAR
Vehicle Dynamics & Controls team Greenville, South Carolina (US)

➀ Designed and validated a HiL bench test setup for Brembo’s Sensify brake-by-wire system, including calibration, fault detection, and fail-safe logic using Simulink Stateflow
➀ Developed a brake supervisory controller and start-up state machine on a New Eagle Raptor ECU; validated via SiL and HiL testing
➀ Executed real-time HiL tests with Raptor ECU to verify braking functions and system robustness
➀ Created a torque vectoring algorithm to replicate differential behavior in a 4-wheel hub motor hybrid architecture
➀ Designed wiring harnesses and built a suspension HiL setup to test real-time control strategies
➀ Developed a custom HMI using the MoTeC C1812 display; implemented CAN-based GUI for live data visualization and steering wheel button-based navigation
➀ Followed the V-model systems engineering process to define requirements, coordinate cross-functional teams, and perform physical testing per US Army TOPs and FMVSS standards.

Overall Supervisory Control
Supervisory State Machine Architecture
Individual Actuator Control
Individual Actuator State Machine Architecture
Actuator Control Block
Brake System & Individual Actuator Supervisors
Brake System Start-up State Machine
Control System Architecture
Individual Actuators Start-up State Machine
Individual Control Block Definition
Tools used: MATLAB Simulink New Eagle GitHub
May 2024 to Dec 2024

Graduate Research Assistant

CU-ICAR
Professor Dr. Matthias J. Schmid Greenville, South Carolina (US)

➀ Served as Data Acquisition and Vehicle Dynamics Controls & Test Engineer for the Deep Orange 14 project, a U.S. Army research vehicle
➀ Instrumented BMW 535xi research vehicle for data acquisition and virtual modeling as part of research activities at both in-house facilities and ITIC proving ground. The tests conducted are as follows;

βœ” 4-post shaker
βœ” Skid pad
βœ” Slalom
βœ” Double lane change and
βœ” Brake testing

Thailand Ride
Steering Pad Testing at ITIC Proving Grounds
Steering Pad Testing at ITIC Proving Grounds
Hunter Launch
With my Professor Dr. Schmid
Proving Grounds
Casual Testing
Tools used: HBM MATLAB Testlab
Aug 2018 to Jun 2023

ROYAL ENFIELD (GLOBAL HEADQUARTERS)

CU-ICAR
Assistant Manager - New Product Development (Chassis Testing & Validation) Chennai, TamilNadu (India)

➀ Project Manager for chassis systems integration, scheduling project meetings with cross-functional teams to address development-stage challenges, conducting trials, root cause analysis, recommending design modifications, and validating solutions. Established new internal testing procedures aligned with ECE, FMVSS and Indian regulations
➀ Led as the ABS Development manager & test engineer , overseeing the testing and validation of ABS calibration programs to meet safety standards, homologation requirements, and subjective/objective performance criteria. Managed alternate sourcing evaluations and final approvals while coordinating weekly meetings with cross-functional teams to ensure project accountability
➀ Served as a Vehicle Performance Test Engineer , developing verification plans, maintaining validation reports and conducting testing activities to assess vehicle attributes, including brake systems, ride and handling and ergonomics
➀ Gained hands-on expertise in prototype development, successfully building five motorcycle prototypes from concept to SOP, with proficiency in tool handling and assembly processes

Thailand Ride
Hunter Launch Ride - Bangkok, Thailand
Off-Road Training
Off-Road Training
Dry Braking Test - ABS Validation
Wet Braking Test - ABS Validation
Wheelie Control Test - Traction Control Validation
Hunter Launch
Hunter 350 Launch - Bangkok, Thailand
Proving Grounds
ABS Validation in Proving Grounds
Tools used: 2D Racelogic MATLAB Simulink VBox Automotive Vector Creo G-Suite MS_Excel_Icon MS_Word_Icon Power_BI Tool_Handling