8 Ansys Maxwell Jobs

The Electromagnetics Lead leads the design in Electromagnetic (Motor) solutions towards delivering state of the art Electric Powertrains which are best in class performance and energy efficiency. This role requires deep knowledge of Electromagnetic design, Motor design, Motor Controls combined with a strategic approach to project management. Experience: 5-7 Years Location: Ahmedabad Lead, mentor, and manage a team of EM (Motor) designers and engineers. Lead the design and development of electromagnetic motor systems, including but not limited to permanent magnet motors, induction motors, and synchronous motors for various applications. Utilize advanced simulation tools (e.g., ANSYS Maxwell, COMSOL, FEMM, MATLAB) to model, analyze, and optimize the electromagnetic performance of motors. Address issues such as torque production, efficiency, heat generation, and power density. Drive optimization efforts across motor design parameters, including electromagnetic field distribution, thermal management, and material selection. Ensure designs balance performance, cost, manufacturability, and sustainability. Prepare and maintain thorough documentation of design processes, test plans, results, specifications, and reports. Ensure clear communication of design and testing details to internal teams and stakeholders. Skills & Qualifications: Bachelors or masters degree in electrical engineering, Mechanical Engineering, or a related field. Proven experience with Electromagnetic analysis and Motor design for Automotive or similar applications. In-depth knowledge of electromagnetic theory and its application in motor design. Proficiency with motor simulation tools (e.g., ANSYS Maxwell, COMSOL, FEMM, MATLAB, or equivalent). Strong understanding of motor design principles, including torque generation, efficiency, thermal management, and power density. Hands-on experience with prototype development, testing, and motor performance evaluation. Interested Please send your resume to antara.paranjape@matter.in,

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.,

Role & responsibilities * Lead design and validation activities for Induction Motors, BLDC Motors, and specialized electrical machines. * Perform electrical design calculations using tools such as Ansys Maxwell, SPEED, and other motor design software. * Conduct performance, reliability, and efficiency testing as per IS & IEC standards. * Handle BIS certification, CE approvals, and compliance documentation. * Carry out verification & validation tests (routine and type tests) and ensure product performance. * Troubleshoot design and testing issues from R\&D, production, and customer end. * Collaborate with cross-functional teams for new product development and optimization projects. * Drive cost-saving initiatives, quality improvements, and 5S implementation. * Mentor and guide junior engineers in testing and validation activities. * Prepare test reports, technical documentation, and customer communication as required. Kindly send your updated resume to mounika@bvrpc.com

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

To support the simulation team at the customer location in analyzing their products with Ansys Maxwell/Motor-CAD. Duties: Perform 2D & 3D FE analysis of electrical and electronic devices and components. Providing online/offline training to customers on the Ansys tool, Maxwell, and Motor-CAD. Well-versed with 2D/3D Maxwell Pre/Solver/Postprocessors. Must be skilled in the following types of tools/simulations: RM xprt Maxwell 2D and 3D Maxwell Circuit Motor CAD BLDC motors Induction motor (single-phase and three-phase) Design optimization Perform the following with a focus on quality and delivery metrics: Finite Element Preprocessing (Geometry clean-up/de-featuring & meshing), Solving (Convergence, numerical stability, and accuracy). Post Processing (motor performance plot). Verification and Validation of Maxwell Results with test data/analytical data. Generation of FE Analysis Reports. Interact with customer teams for inputs and deliverables. Preparation of analysis summary for technical review meetings with the clients. Provide valuable recommendations and design suggestions to clients. Skills: Proven experience in Electromagnetic analysis with Ansys Maxwell. Demonstrated problem-solving skills with a passion for learning and teaching. Excellent understanding of Finite Element Analysis, Electrical machines, and Machine design. Self-starter with excellent verbal, communication, and interpersonal skills. Demonstrated ability in Maxwell simulation and clear presentation of simulation results. Strong ability to handle multiple projects. Keywords: RMxprt, Ansys Maxwell, Ansys Motor CAD. Motor simulation. Show more Show less

The role involves supporting the simulation team at the customer's location to analyze products using Ansys Maxwell/Motor CAD. You will be responsible for performing 2D & 3D FE analysis of electrical and electronic devices, providing training to customers on Ansys tools, and being proficient in Maxwell Pre/Solver/Post processors. Additionally, you should be skilled in RMxprt, Maxwell 2D and 3D, Maxwell Circuit, Motor CAD, BLDC motors, induction motors, and design optimization. Your focus should be on quality and delivering within set metrics. You will be required to handle Finite Element Preprocessing, Solving, and Post Processing tasks, ensure verification and validation of Maxwell results, and generate FE Analysis reports. Interacting with customer teams, preparing analysis summaries for technical review meetings, and providing design recommendations to clients are also part of the role. The ideal candidate should have proven experience in Electromagnetic analysis with Ansys Maxwell, possess strong problem-solving skills, and a keen interest in learning and teaching. A solid understanding of Finite Element Analysis, Electrical machines, and Machine design is essential. Effective communication, interpersonal skills, and the ability to manage multiple projects are crucial. Proficiency in RMxprt, Ansys Maxwell, and Ansys Motor CAD, along with motor simulation experience, is required for this position.,

You will be joining a leading electrical equipment manufacturing company focused on innovation and technology. Your role as an ANSYS Maxwell & Structural FEA Engineer will involve conducting ANSYS Analysis of 3D Designs with a Mechanical & Electromechanical perspective. You are expected to have 3-6 years of hands-on experience with ANSYS Workbench - Mechanical & Maxwell modules and proficiency with CREO. Experience in the Switchgear Industry is a plus. As a qualified candidate with a B.Tech/BE in Electrical/Mechanical Engineering, you should possess strong problem-solving and analytical skills. Excellent written and verbal communication skills are essential for effective collaboration in a team environment.,

As a member of the simulation team at the customer location, your primary responsibility will be to analyze electrical products using Ansys Maxwell/Motor-CAD software tools. This involves performing 2D & 3D Finite Element (FE) analysis on electrical and electronic devices and components. Additionally, you will provide both online and offline training to customers on Ansys tools, specifically Maxwell and Motor-CAD. You should be proficient in using 2D/3D Maxwell Pre/Solver/Postprocessors and have expertise in tools/simulations such as RMxprt, Maxwell 2D and 3D, Maxwell Circuit, Motor CAD, BLDC motors, and single-phase/three-phase Induction motors. Design optimization and verification/validation of Maxwell results with test data/analytical data are also key aspects of the role. Your duties will also involve generating FE analysis reports, collaborating with customer teams for project inputs and deliverables, preparing analysis summaries for technical review meetings, and providing valuable recommendations and design suggestions to clients. To excel in this role, you should have proven experience in Electromagnetic analysis using Ansys Maxwell, strong problem-solving skills, and a keen interest in learning and teaching. A solid understanding of Finite Element Analysis, Electrical machines, and Machine design is essential. Effective communication, interpersonal skills, and the ability to handle multiple projects simultaneously are also crucial for success in this position. Key Skills: - Electromagnetic analysis with Ansys Maxwell - Problem-solving skills - Finite Element Analysis - Electrical machines and Machine design - Strong communication skills - Ability to handle multiple projects Keywords: RMxprt, Ansys Maxwell, Ansys Motor CAD, Motor simulation,