14 Plecs Jobs

Key Accountabilities Design and develop power electronics productso Design calculation and optimization of power electronics converterso Control design including mathematical modelling, physical models, ac sweep, hardware frequency response extractiono Topology selection for different AC-DC, DC-DC and DC-AC conversion including Buck, Boost, Flyback, Forward, Half & full-bridge, DAB converter, LLC resonance converters, high power 3-Level NPC Inverters and 3-Level DC-DC converters for high-power high-density EV charging applications o Device selection, loss-estimation, thermal design consideration (physical layout, heat-sink sizing, cooling methods & arrangements)o Design of Magnetic component...

We are looking for Youll make a difference by Experience with high voltage power semiconductor selection (IGBT, Si/SiC MOSFETs, Diodes), gate drive and protection circuit design Relevant hands-on hardware experience in power converter design and strong understanding of power electronics topologies with line side converter, Motor inverter & Battery Chargers (AC/DC, DC/DC & DC/AC) Experience in Qualification of Switching Devices, Low inductive Bus bar, including testing, validation, and performance evaluation under various operating conditions to ensure compliance with industry standards Strong knowledge of switching waveforms, semiconductor loss modeling, capacitors, and analog/digital circui...

Job Description Summary Systems engineering is a cross-functional engineering discipline centered on an approach, mindset, and process. All activities that consider both the business and the technical needs of the customers with the goal of providing a quality product that meets the users needs. The discipline that executes a robust process of design, creation, and optimization of systems, consisting of identification and quantification of system requirements, creation of alternate system design concepts, performance of design trade studies, selection and implementation of the best designs and verification that the design is properly integrated and executed. Process that proceeds from concep...

Job Description Summary Role Summary/Purpose As a Research Engineer Electrical Systems Engineering, you will independently execute and contribute to technology programs in design, modeling, analysis and control of advanced electrical power conversion systems, developing advanced power electronics topologies leveraging recent advancements in components, packaging and controls and deliver solutions for high power density, cost and performance for power conversion to various GE Vernova business segments including renewable energy, and grid electrification Job Description Roles and Responsibilities As a Research engineer, you will: Simulate, analyze and design advanced electrical power conversio...

Job Description Summary Role Summary/Purpose As a Research Engineer Electrical Systems Engineering, you will independently execute and contribute to technology programs in design, modeling, analysis and control of advanced electrical power conversion systems, developing advanced power electronics topologies leveraging recent advancements in components, packaging and controls and deliver solutions for high power density, cost and performance for power conversion to various GE Vernova business segments including renewable energy, and grid electrification Job Description Roles and Responsibilities As a Research engineer, you will: Simulate, analyze and design advanced electrical power conversio...

Support PCS integration with batteries, BMS, EMS & grid; ensure grid code compliance; conduct validation, modeling & simulation; design/test hardware; optimize PCS; handle FAT/SAT; req. B.Tech/M.Tech Power Electronics, 3–4 yrs PCS & compliance exp.

Were looking for talented individuals with the skills and vision to build a better tomorrow by safety compliance for emerging verticals of renewable energy like PV inverters, Battery storages and more. Join our R&D team, develop your skills on the job and work at the state-of-the-art products impacting entire cities, countries craft the things to come. This is your role. What part will you play? You should have core knowledge of Power Electronic Hardware development Tasks/ Responsibilities Circuit development (design, calculation, simulation, documentation) of (PV/battery/hybrid) inverters. Further development of existing products on hardware level. Establishment of standard compliant test p...

Lead design of power electronics circuits including AC-DC, DC-DC & isolated/non-isolated converters (Flyback, Forward, LLC, PFC, Full-Bridge) Contribute to design & development of medical devices, ensuring alignment with regulatory requirements Required Candidate profile Bachelor’s or Master’s degree in Electrical Engineering experience in power electronics design Strong knowledge of power semiconductor devices (MOSFETs, IGBTs, SiC/GaN),gate drivers, and control ICs.

Key Accountabilities Design and develop power electronics productso Design calculation and optimization of power electronics converterso Control design including mathematical modelling, physical models, ac sweep, hardware frequency response extractiono Topology selection for different AC-DC, DC-DC and DC-AC conversion including Buck, Boost, Flyback, Forward, Half & full-bridge, DAB converter, LLC resonance converters, high power 3-Level NPC Inverters and 3-Level DC-DC converters for high-power high-density EV charging applications o Device selection, loss-estimation, thermal design consideration (physical layout, heat-sink sizing, cooling methods & arrangements)o Design of Magnetic component...

What Youll Do Work on power converters, DC-DC, AC-DC, and motor drives Design and test power circuits (MOSFETs, IGBTs, SiC, GaN) Conduct simulations & hardware prototyping Analyze thermal management, EMI/EMC issues, and efficiency improvements Collaborate with hardware & embedded teams for full-system integration Debug and troubleshoot circuits in real-time lab environments

"We're improving the way we live and work by intelligently connecting energy systems, buildings, and industries!! Smart infrastructure from Siemens makes the world a more connected and caring place- where resources are valued, where impact on the world is considered, where sustainable energy is delivered optimally and efficiently. It provides the flexible infrastructure to allow society to evolve and respond to changing conditions. Technology and the ingenuity of people come together to be at one with our environments and to care for our world. We do this from the macro to the micro level, from physical products, components, and systems to connected, cloud-based digital offerings and service...

Job Description Summary Role Summary/Purpose: Are you ready to lead the charge in revolutionizing the future of flight? As a Research Engineer in Power Electronics and Controls at GE Aerospace, you will be at the forefront of cutting-edge technology, driving innovation in advanced electrical power conversion systems. Your mission: to design, model, analyze, and control power electronics that will power the next generation of hybrid and more electric aircraft. Join us in our commitment to sustainability, safety, and quality, and help us soar to new heights! Job Description Company Overview Working at GE Aerospace means you are bringing your unique perspective, innovative spirit, drive, and cu...

Department: Product Development (Power Electronics) Reports to: Technical Lead- Product Development (Power Electronics) Job Summary: Motivated and detail-oriented System Engineer to contribute to the development and integration of advanced EV charging solutions. The role involves working on system-level architecture, specification, validation and support for AC and DC EV chargers. The ideal candidate will possess a strong background in power electronics and embedded systems with hands-on experience in product development from concept to deployment. Key Responsibilities: System Design & Integration: Support architecture definition and technical specifications for EV charging systems (AC/DC). ...

"We're improving the way we live and work by intelligently connecting energy systems, buildings, and industries!! Smart infrastructure from Siemens makes the world a more connected and caring place- where resources are valued, where impact on the world is considered, where sustainable energy is delivered optimally and efficiently. It provides the flexible infrastructure to allow society to evolve and respond to changing conditions. Technology and the ingenuity of people come together to be at one with our environments and to care for our world. We do this from the macro to the micro level, from physical products, components, and systems to connected, cloud-based digital offerings and service...