5 Electromagnetic Theory Jobs

Job Title: Senior Scientist Energy Systems & Materials Location: Hyderabad Experience: 10+ Years Employment Type: Full-time About the Role A highly skilled scientist is sought to join a pioneering research and development team in Hyderabad, operating at the intersection of materials science and power electronics. This position drives innovation in energy harvesting, storage, and generationespecially through experimental development of advanced solutions for transforming fusion output into efficient electricity. The role is ideal for a leader eager to shape the next generation of energy systems through interdisciplinary research and a strong command of both materials and electromagnetic theory. Key Responsibilities • Lead the design, development, and validation of advanced energy conversion prototypes, such as: Electronic systems for efficient energy management Next-generation material-integrated devices Thermoelectric generators (TEGs) Electrochemical and fuel cells • Oversee material selection, device fabrication, and high-precision system assessments. • Direct simulation and modeling efforts using platforms like COMSOL, ANSYS, MATLAB to study electromagnetic and energy conversion phenomena. • Guide cross-functional teams spanning materials science, electrical engineering, and related disciplines to deliver integrated energy solutions. • Evaluate experimental and simulation data, analyze efficiency and bottlenecks, and implement optimization strategies for maximizing electricity generation from fusion output. • Prepare research reports, patent documentation, and publications to advance organizational and scientific objectives. • Monitor global advancements in materials, electronics, and energy conversion to inform ongoing R&D initiatives. Required Qualifications • PhD in Materials Science with a strong background in Electronics or Power Electronics. • Minimum 10 years of research and experimental experience in energy systems, electronic materials, or electromagnetic applications. • Expertise in electromagnetic theory and advanced materials for high-efficiency energy applications. • Proficient with device fabrication, thin film deposition, and semiconductor methods. • Demonstrated command of leading simulation tools (COMSOL, Ansys, MATLAB) and data analysis software (Python, Excel, Origin). • Track record executing independent R&D projects and leading multidisciplinary teams. • Experience working with nano-structured, composite, or innovative high performance materials. • Recognized scientific publications and/or patents in the field of advanced energy technologies. Additional Preferred Qualifications • MSc or BSc in Physics, Energy Engineering, Mechanical/Electrical Engineering, or closely related fields. • Deep understanding of energy conversion principles, thermodynamics, and strategies for improved system efficiency. • Direct experience with high-impact cleanroom protocols and advanced instrumentation. • Active engagement with industry standards and current technological trends.

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,

You will be responsible for DDR and LPDDR design and analysis, as well as high-speed serial IO design and analysis for interfaces such as PCIE, USB, UFS, CSI/DSI/MIPI. Power Integrity analysis will also be a significant part of your role, utilizing SI/PI tools including Ansys HFSS/SIwave, Cadence/Sigrity, Keysight ADS, HSPICE, as well as spreadsheets and similar productivity tools. You will also work with Mentor or Cadence board design tools. Your primary focus will be on performing SI/PI analyses to address signal and power integrity challenges. Collaboration across organizational boundaries will be crucial, along with effectively documenting and presenting results. You will work closely with an experienced SI engineer, applying established PSIG methodologies and contributing to the evolution of analysis methodologies. Key responsibilities include conducting various IO analyses using established methodologies, covering DDR memory interfaces and a range of serial interfaces. You will analyze and provide design guidance for DIE floor plans, IC packages, and PCB power distribution networks. Furthermore, you will be responsible for documenting, distributing, and presenting results at relevant meetings. To be successful in this role, you should have at least 4 years of work experience in areas such as electromagnetic theory and transmission lines, basic signal and power integrity concepts, commercial 3D electromagnetic field solver, commercial SI or RF simulation and analysis tools, and SPICE transient simulation including the use of IBIS models. At GlobalLogic, we prioritize a culture of caring where people come first. You will experience an inclusive environment focused on acceptance and belonging, fostering connections with collaborative teammates, supportive managers, and compassionate leaders. We are dedicated to your continuous learning and development, offering various opportunities to enhance your skills and advance your career. You will engage in interesting and meaningful work, collaborating on impactful projects that challenge your problem-solving skills. We believe in balance and flexibility, providing different career areas, roles, and work arrangements to help you achieve a harmonious work-life balance. As a high-trust organization, we value integrity and trust, ensuring a safe, reliable, and ethical environment for our employees and clients. GlobalLogic, a Hitachi Group Company, is a leading digital engineering partner to top global companies. Since 2000, we have been driving the digital revolution by creating innovative digital products and experiences. Collaborating with clients worldwide, we focus on transforming businesses and industries through intelligent products, platforms, and services.,

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.,

As a Principal Product Development Engineer at TE Connectivity, you will be responsible for focusing on the electrical design, simulation, and verification-validation testing of high-speed products in cable assemblies aimed at high-speed communications and connectivity within data centers and wireless infrastructure. Your role will involve working independently on projects related to hardware design and validation for products, system design encompassing modeling, simulation, testing, and circuit board layout. Collaboration within a diverse cross-functional team including mechanical, manufacturing, and operations will be essential for executing cutting-edge product designs. You will serve as the subject matter expert for the electrical performance of a product/platform, starting from initial analysis through prototype fabrication and evaluation to production verification testing, while also addressing challenging design problems using simulation tools to guide complex designs towards success. Your key responsibilities will include: - Demonstrating expertise in high-speed data, electronics design, simulation, and validation activities throughout product development cycles - Defining electrical design performance and functional requirements for new products - Leading the product development of high-speed cables assemblies from concept to manufacturing - Conducting component selection, schematic design, PCB layout, and product validation testing while verifying SI test results - Providing actionable recommendations based on design reviews and simulation results - Making data-driven decisions regarding product functionality and areas for enhancement To qualify for this role, you should have the following skills and experience: - Bachelor's degree in electrical or electronics engineering, with a preference for a master's degree - Minimum of 10 years of work experience in a high-speed hardware engineering role - Proficiency in electronic design and analysis tools such as Altium PCB, ADS, Ansys Designer, and Ansys HFSS - Expertise in cable/cable assembly designs, high-speed test equipment, power integrity, PDM analysis, signal conditioning techniques, component selection, schematic capture, PCB design, fabrication, assembly, electromagnetic theory, and electrical circuit behavior - Strong analytical capabilities to interpret simulation and lab data, identify issues, and provide solutions - Experience in project leadership across design, development, and manufacturing teams - Excellent verbal and written communication skills - Ability to work in a global environment, collaborate across geographies, and accommodate varying time zones - Highly motivated, quick learner, and able to work independently Additionally, familiarity with SFF/IEEE specifications for high-speed cable assemblies, PAM4/8 and other higher-order modulation techniques, and Six Sigma methodologies or strong data analytics background would be advantageous. TE Connectivity values integrity, accountability, inclusion, innovation, and teamwork.,