施耐德Electronics Hardware, Principal Technical Expert

1. Responsible for the overall architecture design and planning of the chassis by wire, and formulate technical routes and programs; 2. Work closely with hardware engineers and software engineers to design the electrical and electronic architecture, and develop control strategies and algorithms to realize the intelligent control of the chassis by wire system; 3. Conduct safety analysis based on chassis by wire functional architecture and definition, develop safety requirements at function level , and participate in the safety design of each function; 4. Be responsible for data collection and analysis during the testing process, timely detection and resolution of problems during testing, and optimization and improvement of the system; 5. Participate in fault diagnosis and troubleshooting of chassis by wire system, establish the FMEA system, and formulate the corresponding fault response measures; 6. Participate in the discussions of chassis by wire regulations or technical standards in Europe and globally, translate the content into system or safety design requirements, and into the software and hardware design of EMB. Represent Li Auto in the regulatory or technical standard discussions to propose suggestions or comments.

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.

We are seeking a motivated Power Electronics Engineer to design, develop, and implement power electronics converters. The ideal candidate should be proficient in using design software to create circuit diagrams and system layouts, and have a deep understanding of electrical power systems, control theory, and analog and digital electronics. Responsibilities: · Design and develop power electronics converter for DC microgrid application such as Interlink Converter (AC/DC) and Battery Storage (DC/DC). · Perform feasibility studies and design evaluations to ensure system functionality and reliability. · Create system specifications and technical drawings using design software. · Conduct simulations and tests to verify the performance of designed systems. · Collaborate with embedded software engineers to develop control strategies for power converters. · Assist in the creation of technical specifications, reports, and documentation for power converter. · Research and implement new technologies to improve system efficiency and reliability. · Ensure compliance with electrical standards and regulations. · Collaborate with other engineers and teams to integrate power electronics into overall system designs. · Resolve any issues or malfunctions that may occur during design verification.

1) Strong interpersonal skills is a must. The position requires closely working with eCADs, Mechanical CADs, software, certification, Industrialization, validation, internal Schneider Plant as well as outside vendors (EMS plant etc.). 2) Digital/Analogue embedded system design capability. Mandatory: - Familiar with Mentor or Cadence tools. - Experience with high speed embedded hardware system design. - Experience with analogue signal chain design, data acquisition design. - Familiar with solving EMC/EMI related issue. - Experience with Blank PCB/PCBA manufacture. - Strong lab skills with hands on soldering components, operating oscilloscopes, logic analyzers, signal generators etc. Optional: - Experience with power supply design is a plus. - Be a main designer in one or more project is a plus. - Familiar with uboot/Linux Porting based on POWER PC or SOC is a plus. - Deep knowledge of complex processor embedded system design is a plus. - Familiar with Design of Current/Votage Transformer is a plus 3) FPGA design capability Mandatory: - RTL(Register Transfer Level) design, familiar with ISE, Quartus, Modelsim tools; - Test bench development and design simulation; Optional: - Experience with System on chip (SOC) and NIOS II design is a plus. 4) Must be a self-motivated team player with good oral and written English communication skills, and strong sense of ownership. 5) BS, MS(Preferred) in Electrical Engineering, at least 3 years for dedicated hardware development, board bring-up experience.