HARDIK GOHIL

Masters Thesis Project: Development of Test Automation for On-Board Charger (OBC) Test Environment (Grade: 1.0). Developed, extended, and maintained 1,000+ Python and CAPL-based automated test cases for AC charging tests. Designed a Graphical User Interface (GUI) for test case selection and execution. Reduced test execution time by ~84% (from 700 minutes down to 115 minutes).

Prepared and configured test benches for AC charging tests for China, NAR, and EU market variants. Utilized Vector test equipment and Vector Smart Charging Cards.

Prepared and configured test benches for AC charging tests for China, NAR, and EU market variants. Utilized Vector test equipment and Vector Smart Charging Cards.

Set up and configured measurement systems to support high-voltage and low-voltage battery testing. Evaluated measurement data and analyzed test results.

- Automotive electronics, Communication systems (bus systems), Development methodology - Control technology, power supply and Energy Distribution, Drive technology. - CAX, Mathematical Modeling, Matlab Simulink, Vehicle Dynamics

- Automobile Component Design, Automobile System Design, Engineering Drawing - Automotive Electrical Design, Vehicle Dynamics, Vehicle Maintenance, and Garage Practices - SolidWorks,Fusion 360

- Physics, Engineering Drawing - Automobile Engine, Transmission and Electrical system, HVAC - AutoCAD, SolidWorks