Shreeja Goswami

•Performed steady-state electro-thermal simulations of a GaN-based DC-DC converter and a parallel half-bridge module using Keysight ADS and PEPro; validated results with IR camera and temperature sensors, achieving >98% accuracy •Analyzed PCB layouts to identify thermal hot spots and improve reliability and performance of power electronic systems •Documented technical findings and tool limitations to support continuous improvement in thermal simulation workflows

•Designed a custom PCB for parasitic inductance characterization using Siemens Xpedition; performed layout simulations and analysis with ADS and PEPro •Modified and optimized existing interface board layouts used in dynamic hardware test setups •Collaborated with R&D engineers to interpret simulation data, support validation tasks, and improve high-frequency measurement accuracy

•Evaluated EV on-board charger systems and supported design of a low-voltage replica of high-voltage circuits for testing and trainings

•Developed test plans, specifications, and testing scenarios for various Industry 4.0 projects, covering software, UI, and hardware interface validation •Executed integration and validation tests, analyzed results to identify design weaknesses, and collaborated with developers to implement corrective actions •Reported progress, quality metrics, and risks to stakeholders, ensuring alignment with project timelines and product lifecycle goals