Modeling, Simulation, and Injection of Camera Images/Video to Automotive Embedded ECU.The project aims to emulate a camera in a controlled environment for HIL testing.

Teaching assistant for Model-Based Design of Embedded Software(1DT059)

Part of Corporate Relations Group, UtnarmResponsible for the events during the event weeks• Responsible for inviting companies to the campus• Arrange a master thesis-related event• Arrange a networking event• Arrange a scientific research-related event• Create and coordinate a collection of student opinions for Corporate Relations.• Collect and evaluate student opinions regarding career events• Responsible for appointing and training possible Group Coordinators and volunteers in their fieldof work and write certificates for them

Designed and developed a battery-charger system and adopted the transmission line software in accordance with the new design for electric vehicles. • Developed diagnostics test cases and completed first-run vehicle testing. • Modified the entire thermal system architecture from High Temperature to Mild and Low to facilitate battery cooling using MATLAB and Simulink. • Ran lab tests to verify system functionality. • Designed and developed the software of transmission line architecture for electric vehicles with axles. • Calculation of torque distribution for multi-axles.• Designed a new algorithm to calculate the time elapsed during gear shifts.• Simulated the entire powertrain VCU on ASCET (Model-based simulation software) according to the requirements.• Documentation of Software requirement specification and design. • Conducted unit testing and regression testing. • Supported projects from different domains and locations continuously: Ford, Byton, Chrysler, and Tata. Interact with virtual teams/ stakeholders across Asia and Europe to discuss project planning and Timelines.