5 Magnetics Design Jobs

As a Power Electronics Engineer at ESA-ESS-DIT, you will play a vital role in the design, development, and testing of hardware projects for Power Quality products in the Electrical Domain. Your responsibilities will include collaborating with global teams to drive project execution, supporting customer needs, and enhancing existing features. You will participate in technical design, architectural planning, and product launch coordination, ensuring that innovative solutions are developed to give our business a competitive advantage. Your duties will involve designing power electronic circuits and control systems for products like 1 phase UPS, ePDU, ATS, and network cards. Additionally, you will contribute to establishing design requirements, performing verification testing, and resolving integration issues. By working closely with various stakeholders throughout the product development lifecycle, you will ensure that high-quality products are delivered to solve customer problems effectively. To qualify for this role, you should hold a Master's degree in Electronics/Electrical Engineering and have 1-3 years of experience in designing power electronics and mixed signals circuits. Strong expertise in power electronics, power converter topologies, and magnetics design is essential, along with hands-on experience in analyzing, troubleshooting, and programming microcontrollers based design circuits. Proficiency in using tools such as oscilloscopes, power analyzers, and simulation software like PSpice and LTSpice is required. Ideal candidates will possess knowledge of UPS, ePDU, or similar products system design, control, and communication boards. Excellent communication skills, problem-solving abilities, and the capacity to work in ambiguous situations are highly desirable. If you are a self-starter who can operate effectively with minimal supervision and are passionate about driving technical innovations, we encourage you to apply for this exciting opportunity.,

As a member of our team, you will contribute to the development of custom design solutions for all NPD Power Electronics projects, focusing on Electrical & Firmware requirements for Power supplies, UPS, and Inverters. Your primary responsibilities will include developing specifications, conducting complete Worst Case Analysis (WCA), comparing datasheets, testing products against set specifications, managing Bill of Material (BOM) ownership, and conducting reliability testing. Your role and responsibilities will involve: - Developing custom design solutions for all NPD Power Electronics projects - Defining Electrical & Firmware requirements - Creating Subsystem specifications and selecting components - Conducting Worst Case Analysis, comparing datasheets, and identifying alternate components The ideal candidate should possess the following skills and experience: - Bachelor's or Master's degree in Electrical Engineering with a focus on power electronics (BSEE, MSEE) - 5-10 years of industrial experience in Industrial Inverters, Solar Inverters, and UPS systems - Proficiency in Power Supply, UPS Systems, Drives, and Switched-Mode Rectifiers (SMRs) - Knowledge of Digital circuits, Analog circuits, ADCs, DACs, OPamps, microprocessors, microcontrollers, and DSPs - Strong design knowledge and experience with PFC converters, Inverters, Devices, and Gate Drive design - Experience in Magnetics design including Low and High-Frequency Transformers, Inductors, Current Transformers (CTs), and Potential Transformers (PTs) - Understanding of Control Loop design, Gain and Phase Margins, and Stability analysis - Familiarity with Regulatory requirements for Power Supplies and/or UPS products - Experience using software analysis tools such as P-spice, Saber, Matlab, and Mathcad If you are passionate about power electronics, have a solid background in electrical engineering, and enjoy working on challenging projects, we encourage you to apply for this exciting opportunity to join our dynamic team.,

The primary responsibility of this role is to master a strategic technology domain in Power Conversion, actively develop and deploy related innovations and expertise, such as research, platforming, standardization, trends, partnerships, intellectual property, and reference documents. You must have a deep understanding of typical power conversion product development processes to actively engage in technical interactions with end-customers and problem-solving related to offer issues. As the Overall Technical Project Lead for a Complex power conversion product with multiple Power Conversion Sub-systems like UPS/Solar Inverters, you will play a crucial role in influencing the technical direction within one line of business or across multiple Lines of Business when in a "central" function. You will be expected to perform the following technical activities with very minimal supervision and guidance: - Design and simulate proposed architectures using popular design tools such as Mathcad, Matlab, and SPICE, with hands-on experience in topologies like PFC, Neutral Point Clamped Inverters, and Power Supply circuits like Forward and Flyback. - Design magnetics (transformers, inductors) for various power converter topologies and interact with vendors to obtain appropriate design samples. - Estimate power losses and thermal stress for various semiconductors (IGBTs, MOSFETs, diodes) for typical power conversion topologies using design tools like Mathcad or Spice. - Conduct worst-case stress analysis and tolerance analysis on various Power Topologies, Signal Conditioning circuits containing both passive and active components. - Analyze circuit behavior for both analog and digital circuits like Operational Amplifiers, Logic gates, etc. - Possess working and debugging knowledge of EMI/EMC guidelines for power conversion products and related debugging skills. - Support FMEAs and FTA activities in accordance with the organizational quality process. - Assist in embedded firmware development for control, monitoring, and communication purposes. - Perform root cause analysis and guide younger team members in adopting systematic methodologies for root cause determination. - Support Design Verification Testing (DVT) activities and review them as per requirements in terms of Performance and Customer needs. - Efficiently address work processes, implement optimization methods, and utilize risk management tools to achieve successful project completion according to stakeholders" requirements. - Provide guidance to the younger team in sub-system and system-level testing, while also reviewing their design deliverables and acting as the Overall Project Technical Champion. Qualifications/Requirements: - ME/M. Tech in Power Electronics/Control Systems/Embedded Systems (Mandatory) - Minimum 10+ years of experience in Power Conversion full-time role after Masters Education - Good oral and written communication skills in English - Self-organizing under challenging circumstances - Good team player and able to manage diverse stakeholders This is a full-time position with the job requisition number: 009GKU.,

As a Sr Engineer/ Lead Engineer specializing in Power Electronics with 6 to 10 years of experience, you will be responsible for managing power converter design and development projects. You will work on hardware such as AC to DC, PFC, DC to DC, DC to AC ranging from a few watts to around 50KW. Your role will involve driving technically and overseeing all stages of the project development lifecycle. Your expertise in different topologies for power conversion will be crucial for this role. You should have hands-on experience in power converter designs, including topology selection, schematics preparation, component selection, and PCB design guidance. Additionally, experience in low or high power board bring up and functional testing is required. Proficiency in tools like Xpedition, Allegro, Orcad, PADS for magnetics design and construction methods is essential. You should also have practical experience in pre-compliance and compliance testing. Your responsibilities will include preparing design documentation such as loss calculations, test plans, detailed design specifications, derating, FMEA, reliability, and MTBF. Experience with hardware tools like Energy/Power Analysers, Oscilloscopes, Electronic loads, and Function generators will be beneficial. Collaboration skills are key as you will be working in a diverse, cross-functional team environment. Knowledge of Design for Excellence principles including DFT, DFM, and DFA is desired. To qualify for this role, you should have a Graduation/Post graduation in Electrical & Electronics/Power Electronics or equivalent. Strong written and oral communication skills are necessary to effectively communicate within the team and with stakeholders.,

You will be responsible for defining and owning the technical vision, architecture, and roadmap for power electronics systems. This includes leading the design, simulation, prototyping, and validation of high-efficiency rectifier and DC-DC converter systems ranging from 10 kW to over 5 MW. Innovation in cost-effective, scalable, and high-efficiency power conversion for electrolyzer stacks will be a key focus. Collaboration with mechanical, thermal, and systems engineering teams will be essential to co-optimize packaging, cooling, and integration. You will also be tasked with recruiting, mentoring, and leading a multidisciplinary team of power electronics engineers and technicians. Managing relationships with component vendors, contract manufacturers, and external design partners will be part of your responsibilities. Ensuring compliance with relevant grid codes, EMC/EMI standards, UL, IEC, IEEE, or other regulatory frameworks is crucial. Working closely with Product, Manufacturing, and Operations teams to align technical goals with commercial requirements will be necessary. Supporting the development of internal and external IP strategy in power electronics and system design is also a key aspect of the role. You will guide the firmware architecture, coding standards, testing, and release processes to ensure high reliability and maintainability. Close integration of firmware co-development with hardware design for optimal system-level performance will be required. Collaboration with systems and stack engineering to align control strategies with electrolyzer operational requirements is another important aspect of this position. Desired candidates for this role should have a Masters or Ph.D. in Electrical Engineering or a related field with a focus on power electronics. A minimum of 18 years of industry experience in power electronics, including at least 5 years in leadership roles, is required. Deep understanding of AC-DC and DC-DC conversion topologies, especially in multi-kilowatt to multi-megawatt power classes, is essential. Experience with medium voltage systems and safe, reliable system design in those domains is preferred. Proven success in delivering modular, scalable, and high-efficiency electrical architectures under cost and performance constraints is highly valued. Hands-on experience with digital control systems, gate drivers, magnetics design, and thermal management will be beneficial. Strong familiarity with grid-connected systems, such as solar PV inverters, battery energy storage, or similar technologies, is an advantage. Excellent leadership, communication, and cross-functional collaboration skills are necessary for this role.,