Ayush Dewangan

• Working on Soft Switching Analysis of Dual Active Bridge (DAB) Converters. • Working with 3.5kW Gen6 DC-DC Converters in high-voltage automotive applications. • Designed capacitor circuit triggering using OptoMos relay for external DC link voltage precharge and discharge. • Performed precharge and discharge test of DC link capacitor from voltage ranges to 400V to 900V

• Perform manual test for a medical web application • Implement and release test cases derived from baselined requirements • Maintain and extend test cases • Test automation with Gherkin

1. Providing technical support and guidance on various subjects related to Electrical, Electronics and Communication. 2. Answering questions and queries from students, professionals, and researchers on various topics and concepts. 3. Identifying knowledge gaps, and providing clear explanations and solutions to complex concepts.

1. Collaborated with the developers to understand the requirements & design of the software applications. 2. Written & executed test cases using Java & Selenium to ensure the functionality and reliability of the application. 3. Used Selenium to automate the testing process, reducing the time and effort required for manual testing. 4. Analyzed test results and reported on the quality and performance of the application.

1. Gained an overview of the Telecommunication department's operations and functions, including the Central Communication Post (CPP) and the Universal Rail Mill. 2. I also had the opportunity to work in the Telecommunication Lab and Workshop. 3. Developed an Arduino-based system that determines the object angle via a 6-axis MPU6050 gyroscope & accelerometer, enabling the measurement of six DOFs in 3D space for object orientation as a project.

1. Understood the basics of power generation and distribution systems, including equipment, terminology, and safety procedures. 2. Familiarized with electronic components and systems, such as programmable logic controllers (PLCs), control systems, and instrumentation. 3. Gained knowledge of the operation and maintenance of power generation and distribution systems, including testing, troubleshooting, and repair.