7 Electromagnetic Simulation Jobs

As an Electromagnetic Simulation Engineer at Volvo Group in Bangalore, you will play a crucial role in the transition from conventional powertrains to electromobility. Your expertise will be focused on the Electrical Simulation domain for Energy Storage System Battery Packs, contributing to the development and implementation of electromobility products for Trucks & Buses. You will collaborate with a team of passionate individuals dedicated to driving the electromobility product portfolio and creating opportunities across various business areas within Volvo Group. Simulation is a key component in the product development life cycle of electromobility, and your role will involve performing 3D Finite element electrostatic and electromagnetic simulations for electric vehicle components. This includes Energy storage system, E-Motor, and DC-DC components. Your responsibilities will include modeling component CAD, conducting simulations, validating results against experimental data, and collaborating with system engineers to integrate electromagnetic designs with overall system requirements. You will also analyze simulation outputs to enhance designs, propose solutions, and develop new simulation methods and tools. To excel in this position, you should possess a strong background in Electrical/Electronics Engineering with post-graduate or equivalent education, coupled with at least 3+ years of experience in the electrical simulation domain within the automotive industry. Proficiency in simulation tools such as Ansys Maxwell and COMSOL, along with CAD tool experience, is preferred. Your excellent communication skills will be essential in conveying simulation outputs to global stakeholders effectively. Personal characteristics such as ownership, assertive communication, attention to detail, analytical thinking, problem-solving abilities, flexibility, and a leadership mindset are highly valued for this role. You will be part of a diverse and collaborative team that fosters knowledge sharing, openness, and a supportive work environment. By joining Volvo Group, you will be contributing to shaping the future of efficient, safe, and sustainable transport solutions. This opportunity offers you a chance to work with some of the most innovative minds in the industry and make a positive impact on society. Embrace the challenge of developing next-gen technologies and sustainable solutions that will benefit future generations while being part of a global team united by a culture of care, inclusiveness, and empowerment.,

ANSYS Maxwell Simulation Engineer (Remote) About Recharga Chargine Recharga Chargine is developing the next generation of high-efficiency, high-power-density generators for renewable energy systems, targeting wind, hydro, and hybrid applications. We are seeking a skilled simulation engineer experienced with ANSYS Maxwell to support our RADAX generator design and validation. Role Overview As an ANSYS Maxwell Simulation Engineer, you will: Lead electromagnetic simulation projects for our generator designs. Set up, run, and analyze simulations including eddy current, transient magnetic, magnetostatic, torque-speed, and back EMF simulations. Provide actionable insights for design optimization. Document findings with clear reports and present results to the technical team. This is a remote, contract-based role with flexible hours, ideal for an independent engineer or a consultant. Key Responsibilities Prepare and refine 3D models for simulation in ANSYS Maxwell. Assign materials, boundary conditions, and excitations accurately. Run a range of simulations: Eddy current analysis Transient magnetic simulations Magnetostatic simulations Torque vs. speed analysis Back EMF analysis Efficiency and loss mapping Interpret and summarize simulation results with clear technical documentation. Suggest design modifications based on simulation data. Participate in weekly technical check-ins to report progress and discuss insights. Requirements Proven experience with ANSYS Maxwell 3D. Access to a licensed copy of ANSYS Maxwell for performing simulations. Strong understanding of electromagnetic machine design (motors/generators). Ability to set up complex simulations with accurate material and excitation parameters. Experience analyzing and reporting on simulation outcomes. Familiarity with power electronics and renewable energy applications is a plus. Strong communication and technical reporting skills. Show more Show less

As an Electromagnetic Designer at Cell Propulsion, you will be an integral part of our dynamic engineering team dedicated to developing cutting-edge technologies in the electric mobility sector. Your primary focus will be on designing and optimizing advanced motor systems with a strong emphasis on electromagnetic design and analysis. Collaborating with cross-functional teams, you will play a crucial role in creating high-performance, efficient, and reliable motor systems for various applications. Your responsibilities will include designing and optimizing electromagnetic systems for advanced motor applications, conducting simulations and analyses to improve designs, collaborating with other engineering disciplines to integrate electromagnetic designs into overall system requirements, developing and validating electromagnetic models, staying updated on the latest trends in electromagnetic design and motor technologies, participating in the entire product development lifecycle, ensuring designs meet performance, cost, reliability, and manufacturability requirements, documenting design work, and providing technical reports and presentations. Additionally, you will be responsible for supporting the troubleshooting and resolution of electromagnetic-related issues in existing products. The ideal candidate will hold a Bachelor's or Master's degree in Electrical Engineering, Physics, or a related field, with a minimum of 2 years of experience in electromagnetic design, preferably in motor systems. Proficiency in electromagnetic simulation tools such as ANSYS Maxwell, JMAG, or COMSOL, a strong understanding of electromagnetic theory as applied to motor design, experience in designing for manufacturability, knowledge of thermal management in high-performance motors, excellent problem-solving skills, attention to detail, strong communication, and teamwork abilities are essential. Preferred qualifications include experience in the automotive or aerospace industry, familiarity with industry standards and regulations related to motor design, and project management experience. In return, you can expect a competitive salary and benefits package, opportunities for professional growth and development, a dynamic and innovative work environment, the chance to contribute to building advanced mobility systems, and complimentary snacks and beverages.,

We are looking for a skilled and innovative Simulation Engineer for the Research & Development team. The ideal candidate will be responsible for conceptualizing and designing mechanical components, performing advanced electromagnetic simulations, and supporting the production team on the shop floor. Key Responsibilities: Apply product design concepts and simulation techniques to support electromagnetic simulations. Conduct simulations using ANSYS HFSS; knowledge of mechanical and thermal integration preferred. Automate simulation workflows using Python or similar programming languages. Provide simulation support for various R&D projects. Analyze simulation results and optimize product design based on outcomes. Perform mechanical and thermal simulations, capacitor characterization, and thermal mapping. Collaborate with design and manufacturing teams to translate concepts into simulation models. Skills & Knowledge: Strong fundamentals in electromagnetic simulations. Hands-on experience with ANSYS HFSS, ANSYS Q3D, Solid Edge/SolidWorks. Knowledge of plastic injection molding, adhesives, stamping, and punching processes. Familiarity with FMEA, APQP processes. Understanding of material properties and testing methods. Knowledge of industry standards (ZVEI, AEC Q200, IEC, IATF, ISO). Good programming skills in Python, C#, or JavaScript. Soft Skills: Self-motivated and independent contributor. Strong analytical and logical thinking. Team player with flexibility and innovation mindset. Good communication, documentation, and reporting skills.

Looking for a challenging role where you can truly make a difference Join us at Siemens Energy and be a part of our mission to energize society and combat climate change. Our innovative technology is crucial, but it is our dedicated team of individuals that truly drive our success. If you are a proactive, caring, agile, respectful, and accountable individual who values excellence, then this role may be perfect for you. As an individual contributor at Siemens Energy in Kalwa, Navi Mumbai, India, you will be responsible for the electrical design of Power Transformers. You will play a key role in achieving design innovations and optimizing end products in alignment with Siemens Energy design standards, quality guidelines, cost objectives, and project timelines. Your main responsibilities will include performing electrical calculations for Power transformers, designing the parameters and dimensions of the active part of transformers to meet customer specifications, collaborating with various departments on technical topics, preparing technical specifications for ordering components, estimating quantities for offers, and engaging in technical discussions with customers. To qualify for this role, you should hold a Bachelor's or Master's degree in electrical engineering and have 2-8 years of experience as a design engineer in the field of Power Transformers. Strong conceptual knowledge and experience in calculations and designing of transformers are essential. Familiarity with American and international standards related to transformers, transformer components, and materials is required. Experience with 2D CAD software and knowledge of 2D/3D electromagnetic simulation and electrostatic analysis will be advantageous. Excellent written and verbal communication skills in English, self-motivation, the ability to work effectively with global engineering teams, and coordination with manufacturing, suppliers, and customers are key skills for this role. Experience with SAP is considered an added advantage. This position is based in Thane (Airoli), Maharashtra, offering you the opportunity to collaborate with diverse teams that are shaping the future of energy systems. Join us at Siemens, where we are committed to diversity and equality, and where all employment decisions are based on qualifications, merit, and business needs. Bring your curiosity and creativity, and together, let's shape tomorrow.,

The position at Padmini VNA e-Drive, a subsidiary of PVNA Mechatronics Limited, offers an exciting opportunity for a skilled Traction Motor Design lead to be a part of the dynamic engineering team dedicated to revolutionizing the electric vehicle (EV) industry through cutting-edge technology and sustainable solutions. As the Traction Motor Design lead, you will play a crucial role in designing, developing, and optimizing traction motors for electric vehicles. Your responsibilities will include conducting electromagnetic, thermal, and mechanical analysis to enhance motor performance, collaborating with cross-functional teams for seamless integration, conducting prototype testing and validation, and utilizing advanced simulation tools for design and analysis. Additionally, you will be responsible for maintaining detailed documentation, staying updated with industry trends, and providing technical support to team members. To excel in this role, you must hold a Bachelor's or Master's degree in electrical engineering, Mechanical Engineering, or a related field, along with at least 7 years of experience in motor design, preferably in the automotive or electric vehicle industry. Your technical skills should include knowledge of hybrid and electric vehicle systems, industry standards and regulations, project management, electromagnetic simulation tools like ANSYS or Maxwell, thermal management, motor control systems, power electronics, CAD software for mechanical design, and excellent problem-solving and communication abilities. If you are a motivated individual with a passion for high-performance motor design and a desire to contribute to the advancement of electric vehicles, we invite you to join our team at Padmini VNA e-Drive and be a part of the innovation in sustainable transportation.,

Role & responsibilities NPD Activities Compression Tech Work in Compression Technology Products with focus on motors (both fixed & variable speed) for hermetic compressors Understand Project & Work Scope, plan and deliver quality output / deliverables to meet the expected schedule and timeline Make effective use of software Ansys-RMxprt & Siemens-NX to design motors Lead document release activities of Product Design Thru RFES, build Inputs For Proto Manufacturing & Test inputs Prepare engineering documentation including motor specifications & bill of materials NPD Activities Units & Systems Work in Compression Technology Products with focus on motors (both fixed & variable speed) for hermetic compressors Understand Project & Work Scope, plan and deliver quality output / deliverables to meet the expected schedule and timeline Make effective use of software Ansys-RMxprt & Siemens-NX to design motors Lead document release activities of Product Design Thru RFES, build Inputs For Proto Manufacturing & Test inputs Prepare engineering documentation including motor specifications & bill of materials Value Engineering Work with Engineering VE team to develop new cost reduction ideas in electrical & electronic parts in both Compression Tech & Units products Preferred candidate profile Education and Professional Qualifications: Bachelors/Masters in Electrical Engineering Proficiency in CAD (Siemens-NX preferred); Electromagnetics simulation knowledge added advantage Basic knowledge of motors, controllers & contactors required Basic knowledge of HVAC & Compressors requiredRequirements and Attributes: • Customer focus • Planning & alignment • Tech-savvy