fazlay rabbi

1. Responsible for performing functional tests on the Battery Module controller PCB. 2. Using simulation tools like LTspice to create additional circuits to execute the test. 3. Writing test specifications for electrical switch circuits. 4. Creating analysis according to results. 5. Using PCB design software such as Altium Designer. 6. Using Vector CANOE to control and test PCB with CAN and LIN communication. 7. Working with requirement management tools like Windchill 12.4.

During the Master Thesis, a DC Motor controller was designed for the traction drive test bench, which contains a PMSM as drive and a DC Motor as Load machine. The objective was to design, construct, and commission of a controller capable of showing four quadrant operation for a 14A 250W DC Motor. The PCB layout was done in Altium Designer. In addition, the Motor controller has Brake Chopper functionality to burn energy in Generator mode.

Designing and Simulating circuit with Power MOSFET using LTspice. Sizing and choosing proper components.

Automating the test process in LabVIEW. Writing program with the LabVIEW drivers. Understanding of GPIB communication to interface LabVIEW with VDS200N30. Sending commands to VDS200N30, an arbitrary wave generator and reading data