Jeevan Adhikari
Lead Power Electronics Engineer @Saietta Electric Drive
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WORK HISTORY
Lead Power Electronics Engineer @Saietta Electric Drive
Silverstone, GB
Lead the conceptualization, design, and development of power electronic circuits and systems for electric traction motor control, including creating mathematical models and analyzing experimental data.2. Provide technical expertise and collaborate with engineers to develop and improve electric motor control systems, pushing the boundaries of powertrain technologies.3. Manage and guide the development of motor inverter systems, optimizing performance, efficiency, and system reliability.4. Oversee the design, analysis, and testing of control system hardware, while supporting mechanical test teams and customers in troubleshooting and system diagnostics.5. Drive innovation in inverter technologies and collaborate with cross-functional teams, external partners, suppliers, and research institutions to stay at the forefront of industry trends.6. Manage project timelines, resources, and budgets to ensure successful delivery, while maintaining compliance with industry standards and creating necessary documentation in line with QMS and ISO guidelines.
EDUCATION
NIT, Surat(SVNIT),
Bachelor’s Degree, Electrical, Electronics and Communications Engineering
Natonal University of Singapore
Doctor of Philosophy (PhD), Renewable Energy, Power Electronics Design and Control
National University of Singapore
Doctor of Philosophy - PhD
ABOUT JEEVAN ADHIKARI
Lead Power Electronics Engineer at Saietta Electric Drive (July 2024- On going)• Principal Power Electronics Engineer, Bladon Micro-Turbine (Sept 2019- July 2024)• Research Fellow at ATC, University of Nottingham (Jan 2018- Sept 2019).• Research Engineer/Fellow, National University of Singapore (ECE-NUS)(Nov 2016- Dec-2017)• PhD ECE-NUS (20••••16).Summary:• Expert in evaluating and advising suitable hybrid/electric powertrain for a given application and designing all relevant power electronics modules involved in the architecture• Technical expertise in various power electronics converters topologies from mW/mV/mA level to kW/kV/kA level• Good understanding of product life cycle with substantial skills for driving the team on the introduction, growth, and maturity of the product• Realizing the customer requirements into products without compromising the reliability and efficiency of the power electronics-based systems and delivering the product at a competitive price• Contributing to the team for Value Analysis/Value Engineering (VAVE) and improving the manufacturability of the product with significant improvement in MTBF (Mean Time Between Failure) and takt time• Successfully managed a multi-disciplinary project funded by the Centre for Energy Research Technology (CERT), Singapore and delivered a new low-priced sensorless control method for permanent magnet synchronous motor for commercial use• Two years of industrial experience at Tata Motors Nano Project, India (20••••12) as an assistant manager in the Forward Model Quality (FMQ)/Advanced Product Quality Planning (APQP) department with decent experience in Design Failure Mode and Effect Analysis (DFMEA), Production Part Approval Process (PPAP), Kaizen, Six-Sigma processes• Collaborated with Zodiac Aerospace/Safran (multinational aerospace company) and designed SiC-based high current solid-state circuit breakers for more electric aircraft, as a part of Innovative Smart Electric Power Distribution (INSTEP) project (EU-Funded) • Eight years of experience in modelling, control, design, and testing of various power electronics-based electrical systems, such as smart-grid, more electric aircraft, hybrid/full electrical vehicles, and renewable energy integration• Strong theoretical and practical knowledge in the design of magnetics, relevant printed circuit boards (PCBs) for prototyping various power electronic converters• Good experience in Electromagnetic Compatibility (EMC) tests (Conducted and Radiated emission) and validating the product under the regulation of EN55011.
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