Aditya Sawant

>> Design‑In Support: Leading technical discussions and product evaluations, delivering demonstrations, and resolving complex design challenges to enable design‑ins of POWER SEMICONDUCTORS (Diodes, MOSFETs, IGBTs, and SiC devices). >> Technical Consulting: Partnering with customers throughout the entire design cycle, providing expert guidance on device selection, system architecture, and power electronics integration. >> Cross‑Functional Collaboration: Working closely with R&D, Sales and Marketing teams to identify new business opportunities and drive strategic growth in the DACH region. >> Customer Advocacy: Acting as the voice of the customer, translating field requirements, design challenges, and market trends into actionable feedback for internal R&D and Product Development teams. >> Technical Training: Delivering on‑site and virtual technical training sessions to keep customers and partners updated on the latest power semiconductor portfolio, application best practices, and technology updates.

>>Executed comprehensive characterization of next‑generation Silicon Carbide (SiC) devices, generating key performance data (switching loss, thermal impedance) used as the foundation for official product datasheets. >> Developed detailed application notes for new SiC product releases, providing essential design guidance and significantly reducing customer support workload. >> Performed extensive competitor benchmarking on power devices, correlating simulation results with hardware measurements to deliver actionable insights for strategic planning and marketing teams. >> Pioneered a novel driving technique for hybrid SiC + Si switches, contributing to patent filings in four international markets (US, CN, DE, KR). >> Developed and implemented hardware designs for test bench systems using Altium 365 for schematic capture and PCB layout. >> Built internal simulation tools using MATLAB Web Server and MATLAB scripting to increase simulation accuracy and efficiency; modeled DC/DC and AC/DC converters using PLECS and PSIM. >> Designed, built, and tested a 40W quasi‑resonant flyback converter for a next‑generation power adapter application. >> Software & Tools: MATLAB, Simetrix (SPICE), PSIM, PLECS, Altium Designer, Python, xLing, OPAL‑RT, Confluence, JIRA, Ansys.

>> Designed and deployed a MATLAB Web Server–based power simulation tool to evaluate power electronics concepts >> Performed comparative benchmarking of inverter topologies using detailed simulation and performance analysis >> Executed circuit-level simulations in SIMetrix to validate topology behavior and efficiency >> Device testing and electrical characterization in laboratory environments, supporting validation of future‑ready products

>> Simulation and Modelling of Two-levels and Three-level Traction Inverter. (MATLAB / PLECS) >> Loss Modelling of High Power Semiconductor (Si / SiC) IGBT/MOSFET using MATLAB/ Simulink and PLECS

>> Two-Level and Three-Level Traction inverter modelling and simulation using MATLAB >> Control strategies and modulation schemes for the Traction inverter.

>> Student Initiative to enhance Artificial Intelligence (AI) experience. >> Develop educational content for TUM.AI members.

>> Semiconductor Modeling of Electric Power train inverter topology using MATLAB. >> ON state and OFF state loss modeling of the inverter using MATLAB. >> IGBT and MOSFET conduction and switching stage optimization.

>> Identify trends and evaluate dynamic datasets using Python. >> Data visualisation and Exploratory Data Analysis (EDA)

>> Built automated VBA script (programming) with distributors API to get data of electronics components. >> Power electronic components inventory management and laboratory setup. >> Conduct Technical documentation of electronics components.

MEP (Mechanical, Electrical, Plumbing) maintenance of existing D-Mart Facilities spread over a dispersed average built-up area of approx. 150K Sqft through a team of Electricians & vendors. The job would broadly entail: >> Dry-run of Diesel Generator, UPS, Inverter, Fire system to check health assessment of equipment. >> Installation of MEP system and MEP equipment as per requirement. >> Preventive Maintenance and Breakdown Maintenance of LT / HT substation, Diesel Generator, Fire Alarm System, Firefighting System, UPS, Inverter, PAS, CCTV, HVAC etc. >> Extensive engagement with team in case of breakdown, for impact analysis, cause analysis, and possible solution to tackle the same. Quite often the interaction is to be done from a remote location and needs a good rapport & relationship with vendors so as to ensure timely resolution of the breakdown. Achievements: Installation and commissioning of HT / LT Substation, Installation and commissioning of an HVAC system, Commissioning of Building Management System.

>> Power distribution system and electrical maintenance practices in Ammonium Nitro Phosphate plant.

>> Focus on Data-driven and Simulation-based solutions for current Technological problems. >> Extensively used MATLAB for Modelling and Simulation and PYTHON for data analysis, data Visualization, and Machine Learning