施耐德Power Electronics Hardware, Experienced Design Engineer

We are seeking an experienced Power Electronics Hardware Manager to lead the power electronics engineering team, overseeing the design, development, and implementation of power electronics converters and systems. The ideal candidate will possess strong technical expertise in power electronics, exceptional leadership skills, and a proven track record in managing cross-functional teams to deliver high-reliability projects. The role requires driving technical strategy, ensuring project execution, and fostering innovation to enhance system efficiency and reliability. Responsibilities: Lead and manage a team of power electronics engineers, providing technical guidance, mentoring, and performance oversight. Develop and execute technical roadmaps for power electronics converters (e.g., DC microgrid applications, Interlink Converters, Battery Storage systems, Solid State Circuit Breaker) aligned with business objectives. Oversee the full product lifecycle, from feasibility studies and design evaluation to prototyping, testing, and commercialization. Collaborate with cross-functional teams (e.g., embedded software, mechanical engineering, product management) to integrate power electronics into overall system designs. Review and approve system specifications, circuit diagrams, technical drawings, and simulation results to ensure design validity and compliance with standards. Manage project resources, timelines, and budgets, ensuring on-time delivery of high-quality solutions. Drive research and implementation of emerging technologies to improve product efficiency, reliability, and cost-effectiveness. Ensure compliance with electrical standards and regulations (e.g., UL, CE) across all projects. Represent the team in technical discussions with stakeholders, clients, and international partners, fostering effective communication. Identify and resolve critical technical issues during design, verification, and production phases. Develop training programs and promote knowledge sharing to enhance team expertise.

As an industry leader of energy management - low voltage switchgear and control gear in the world, we are innovating and creating the advanced technology, products and solutions for power/motor protection and controlling, protection. In Schneider Electric Shanghai R&D Center, you will work as an innovative Electronic Design Engineer to: - Find solutions in accordance with the whole project objectives of Marketing, Quality and Industrialization. - Understand all the technical constraints (drawing, specification, assembly conditions and interchangeability requirement), provide technical support to plants worldwide (Asia, Europe, North America etc.); - Define component & product verification/validation plan and lead the implementation of product evolution; - Lead the implements of technical corrective/upgrade actions; - Lead technical complexity breakthrough per project requirement to achieve technical and business targets; - Propose creative and constructive electronic resolution by deeply understand real customer needs;

Role： Tesla Energy is looking for a motivated Firmware Integration Engineer to bring the next generation of Residential and Industrial charging products to the market. As a member of the Firmware Integration team, you will be responsible for delivering high quality firmware, software, and hardware to the manufacturing line. You will architect the software solutions for manufacturing quality Energy products (e.g. Powerwall, Megapack) in our factories. Rethink manufacturing processes and test equipment dependency with our in-house product and design teams. Engineer a software stack capable of ultra-high volume production capacity across our entire supply chain. Ensure flexibility within our product design and manufacturing test functionality to achieve critical business objectives. You will have the opportunity to solve challenging problems on the production line and in the field. Collaborate closely with hardware, manufacturing, and service engineering to design firmware and automation solutions for a seamless commissioning experience. You will show outstanding organizational and communication skills and an eagerness to learn in an ever-evolving environment. Manage your projects with a positive attitude and be a team player in a collaborative work environment. Responsibilities： · Develop, enhance and debug new and existing software in C, Python, or Golang. · Perform hardware and firmware integration of current and next generation Tesla charging systems. · Author product test specification of home and commercial charging products for optimal coverage at each step in the assembly process. · Design robust and exhaustive test procedures for high voltage power electronics, battery modules, thermal systems, and solar product assemblies. · Contribute to software architecture design, development of software applications, and integration into manufacturing processes and production lines. · Track and communicate project status and risks to the wider organization. Interact with engineers from multiple teams. · Hands-on with hardware bring up, debug issues and devise solution paths. · Provide technical and leadership excellence for the team. You will make critical decisions and lead from the front with support from experienced engineers. · The position duties may require travel to Tesla and/or supplier factories.

In this role you will partner with controls systems developers, motor, actuation, sensor and power electronics engineers to develop and manufacture systems, test stations and evaluation benches for pre-production hardware. You will work on the cutting edge of Apple’s latest motion system endeavors and build high visibility prototypes that lead to production systems! - Control system integration, analysis, and testing for actuators - Prototype, develop, bring-up, debug and characterize new control techniques on real hardware. - Perform tuning & calibration on one off actuated systems - Communicate progress multi-functionally (written, verbal, and presentation) - Perform failure analysis and problem solving - Develop measurement methods and equipment that are repeatable, reproducible, and automated to enable validation coverage of actuators and sensors - Travel to supplier facilities and manufacturing sites for production validation and issues resolution