43 Electromagnetics Jobs

Summary We are seeking experienced Engineering experts to develop a set of original, high-level question & answer pairs, which must be multimodal - containing essential visual components. This project supports the evaluation and training of advanced AI systems through the creation of reasoning-intensive, graduate-level problems that are resistant to surface-level AI solutions. Project Overview Our goal is to build a challenging dataset that pushes the boundaries of current AI capabilities in question answering. The questions must test deep conceptual understanding, multi-step reasoning, and problem-solving physics. The questions must incorporate visuals (e.g., graphs, diagrams, models) that are essential to solving the problem. Each question will be tested against the latest AI model and must include a conversation log demonstrating the model’s performance with and without hints. Challenges Relevant fields include but are not limited to: Electrical Engineering – Circuit design, electromagnetics, signal processing, control systems. Mechanical Engineering – Thermodynamics, fluid mechanics, dynamics, material science, system design. Civil Engineering – Structural analysis, geotechnical engineering, transportation systems, construction planning. Chemical Engineering – Process engineering, chemical reactions, thermodynamics, materials and safety design. Biomedical Engineering – Medical device design, biomechanics, bioinstrumentation, tissue engineering. Environmental Engineering – Wastewater treatment, air quality control, environmental impact assessment, sustainability solutions. Computer Engineering – Embedded systems, hardware design, computer architecture, digital systems. Questions must be challenging for current AI models, requiring expert-level knowledge and reasoning. Questions should be "Google-proof", meaning they cannot be easily answered through simple web searches. Answers must be unambiguous and verifiable to ensure consistency in AI evaluation. Responsibilities Create high-difficulty questions (~graduate-level or upper undergraduate level) in your area of expertise. Write a detailed explanation and/or solution for each question. Ensure questions are original and not copied from textbooks or previous tests. Must be able to provide concise, informative hints designed to help advanced AI models reason through and answer the question correctly. Qualifications We are seeking individuals with the following profile: Education: A Master’s degree (or higher) is nice to have. Ph.D. holders are strongly preferred. Expertise: Deep academic or professional knowledge related field. Writing Skills: Excellent written English; ability to write clear, rigorous questions and explanations Reasoning Skills: Ability to craft problems requiring advanced, multi-step reasoning rather than rote recall. Image Design: Comfortable identifying or creating visuals (e.g., graphs, diagrams) that are crucial to solving problems. Compensation Competitive rates based on the number and quality of questions submitted. Opportunity for ongoing collaboration as we expand the dataset and undertake future projects. Why Join Us Help shape the next generation of AI by providing expert-level, original content. Contribute to a globally impactful project in AI research and STEM education. Collaborate remotely with a professional, motivated team. Enjoy flexibility and independence in your working hours.  Application Instruction To apply via LinkedIn, please submit: Your resume or CV, emphasizing your academic background and subject expertise. A sample of prior academic work, such as original questions, assessments, or published content (if available). Additional Notes This is a remote freelance role with flexible scheduling. All content will be reviewed and must pass originality and quality checks. Questions will undergo a review process to ensure they meet the dataset’s standards

As an Electrical R&D Engineer at our fast-growing Electromagnetic Relay manufacturing company located in Khed Shivapur, Pune, you will play a crucial role in designing and developing electrical relays and related components. Working alongside the mechanical design team, your responsibilities will include utilizing Electrical Engineering calculations to ensure that the products meet the company's performance and quality standards. You will be involved in developing test setups, executing test plans, and validating the functionality and reliability of relay products in accordance with applicable standards. Additionally, creating Specification sheets, circuit designs, schematics, and layouts for relays and raw materials will be a part of your routine tasks, along with preparing the Bill of Materials (BOM) for the relay in the ERP system. Prototyping and testing prototypes, troubleshooting issues, and optimizing relay performance will be essential to validate design concepts. Continuous improvement of relay designs for cost-effectiveness, reliability, and energy efficiency will be a key focus area. Collaboration with cross-functional teams, including quality assurance, manufacturing, production, and sales, will ensure a smooth transition from design to production. Your role will also involve providing application support to customers on the use of Electromagnetic relays, including product selection, driving methods, testing methods, and handling complaint redressal. Staying updated with industry trends, emerging technologies, and advancements in relay design will be crucial to incorporate innovative solutions into product development. To qualify for this role, you should hold a Bachelor's or Master's degree in Electrical Engineering and have proven experience in electrical relay/contact design and development. Proficiency in CAD software for circuit design and layout, strong knowledge of electrical engineering principles, and familiarity with industry standards related to relays are required. Excellent problem-solving skills, attention to detail, effective communication, and teamwork abilities are essential for success in this position. Preferred skills include experience with simulation and modeling tools, knowledge of design for manufacturability (DFM) and design for reliability (DFR) principles, familiarity with quality improvement methodologies like Six Sigma, and understanding of Root Cause Analysis Tools. If you are a dedicated and innovative Electrical R&D Engineer with a passion for developing cutting-edge relay products, we invite you to apply for this exciting opportunity. Join our young and energetic team as we continue to expand our manufacturing capacities and drive growth in the industry. Application Deadline: 20/12/2023 Expected Start Date: 09/12/2023 Job Types: Full-time, Permanent Benefits: - Provident Fund Schedule: - Day shift - Monday to Friday - Rotational shift Education: - Bachelor's (Required) Experience: - Total work: 3 years (Required),

Role: Electromagnetics / Motor Development Engineer The ideal candidate will be responsible for executing and leading the full design process from ideation to production of High Voltage Electric Motors. You will draw new designs and update our current designs. During the creation process, you will ensure that our designs meeting all necessary design responsibilities,. You will be working with Powertrain Engineers in an open plan workspace. You will be a part of the engineering team that will work on the development of the highest power density motor in the world and state-of-the-art gearboxes. Your involvement will be required in every step of the development process: definition of requirements, feasibility study, architecture design and simulations, system design, testing, validation, system optimization, and preparation for serial production. 1. Responsibilities: • Designing High Voltage(350-900V motors) for Electric Vehicles. • Analyzing the motors on the market, performing 2D and 3D electromagnetic simulations, performing tests on materials, testing different solutions and testing complete systems • Participating in the design of components which must be in compliance with the automotive industry standards, in terms of EMC, safety, noise and vibration, environment, and various other requirements • Working closely with Mechanical Engineers during the housing development process regarding the positioning, thermal analysis and mechanical strength • Providing support to production and assembly during the production of prototypes • Participating in the optimization process for prototypes and adopting them for serial production • Defining tests and conducting them at the in-house dyno room, external laboratory houses and performing field testing on test vehicles to validate design functionality • Defining Bill of Materials (BOM) documents, writing technical and integration documents and test reports 2. Requirements: • 3+ years of professional experience in electromagnetic field software for design and analysis of electric motors (using analytical methods and FEM analysis) such as Ansys motorcad / Maxwell, Altair FLUX or Infolytica MagNet/MotorSolve simulation tools • The candidate should have experience with hands-on motor testing • The candidate should have knowledge of motor control principles • The candidate should have experience in product development • The candidate should be able to understand and localize potential noises and interference sources and find solutions to minimize them • Experience with motor testing and automotive norms is an advantage • The candidate should be able to work in a multidisciplinary team with other Hardware, Software, Mechanical and System Engineers. • Basic understanding of overall vehicle components and functionalities • Degree in the relevant field of study

231/250 Demonstrate EMI/EMC simulation software capabilities to prospects Executing Benchmarks using EMI/EMC simulation software Required Skills 1-2 years exp in using EMI/EMC simulation software B.E/B.Tech/M.E/M.Tech in E&C/ MSc Electronics

Job_Description":" Must Have : FEA Fundamentals - Meshing skills, Contact modeling, Results interpretation; Report preparation Basic understanding on Strength of Materials, Fatigue assessments, Sructural Analyses, understanding of Electromagnetics fundamentals Nice to Have : Scripting/ automation skills ","

Job Description Summary Activities contributing to the design and development of products, solutions and systems. Includes activities linked to technical improvement of existing products and components Impacts quality of own work and the work of others on the team. Executes standard operational/technical tasks typically subject to instructions and work routines. There is latitude to rearrange the sequence to complete task/duties based on changing work situations. Job Description Roles and Responsibilities Defining the physical configuration optimized to convert inputs that develops an electrical system energized to produce electricity. Addressing the configuration of electrical apparatus and systems, especially of power electronics devices, switchgear, transformers, bus bars, cables, non-conducting materials and comprehensive system integration concepts. MV/LV VFD / Converter Engineering – Product Engineering , Power and Control cabinet design as per standards requirement. VFD Sizing , electrical / power electronics part selection/ design change as required for the project . Understand product / project specifications and realize requirements to design using calculations, modeling and simulations. Thorough understanding of electromechanical design concepts with respect to electrical, thermal, EMC, and structural requirements to complete product design. Design system/equipment to meet reliability, testing standards, manufacturability, material and cost guidelines Prepare & validate Design documents - Configurations, principles of operation, application guidelines, specifications, BOM, SLD & drawings as per project and product requirement. Converters parts design (Converter High power Transformer , reactor , capacitors, resistors, switchgears, cables and wires, power supply, terminals , bus bars and accessories) Verify functional performance of prototype hardware under all specified operating conditions. Conduct / Lead / Coordinate Type test, routine test according to standards requirement and close any certification requirements. Work across cross functional team to deliver the desired results. Support supply chain and manufacturing of equipment at Factory / Vendor facility Document functional test requirements and conduct test according to applicable standards (UL/IEC/NEC etc.…) /conduct project FAT’s. Lead product development / project execution on a continuous basis and update manager systematically . May require travel to global units / commission engineered projects as required. May have some autonomy to make decisions within a defined framework. Resolves issues in situations that require good technical knowledge and judgment within established procedures. Consults more senior team members for issues outside of defined instructions/parameters. A job at this level requires good interpersonal skills and may be required to lead a junior team. For customer facing roles, develops strong customer relationships and serves as the interface between customer and GE. Explains technical information to others. Required Qualifications Bachelor or Masters’ degree in Power Electronics or Electrical Engineering or Equivalent. Min. 3 - 8 years of Electrical and product design & testing expertise for industrial drives and its related components (Renewables / Oil & Gas / Marine / Metal Process Industrial knowledge preferred). Good understanding of converter design with respect to power electronics is required. In-depth knowledge of motors /drive control Systems with respect to application and also filter design and cable sizing. Experience/knowledge in Electrical design tools like AUTOCAD / E-Plan and MATLAB/Simulink experience required. Preferred simulation tools experience like ETAB, PSCAD, Ansys (Electromagnetics / Electronics, Altium/ORCAD. Lead , create and review electrical design documents complying to global standards and lead overall VFD/ Converter projects from Order to execution / Lead Product introductions for the market Desired Characteristics Strong oral and written communication skills. Ability to document, plan, market, and execute programs. Additional Information Relocation Assistance Provided: Yes

As a Junior Research Fellow under Anusandhan National Research Foundation-Inclusivity Research Grant project, you will be involved in the Implementation of Characteristic Mode Analysis in Designing Miniaturized Implantable Antenna for Biomedical Applications. This research position requires candidates with an M.E./M.Tech./M.Sc. degree in ECE/EEE or equivalent with a First class and a minimum of 60% or 6.5 CGPA from a recognized university/institute. Additionally, candidates must have qualified CSIR-UGC NET or GATE. Desirable qualifications for this position include having Electromagnetics/Antennas/Microwave Engineering as a subject in your Masters degree and knowledge of Computational Electromagnetic Solver. The project is scheduled to last for 36 months, and the selected candidate will receive a stipend of Rs. 37,000 per month plus HRA as per DST norms. If you are passionate about research and meet the essential qualifications, you are encouraged to apply by sending your CV along with all necessary certificates scanned copies (in a single pdf) to santoshkumarsingh@vrsiddhartha.ac.in before the deadline of 30th July 2025.,

Key Job Responsibilities Candidate will be responsible for:- Automotive Radar Sensors integration- Electromagnetic (EM) Simulations- Understanding new Radar Signal Processing- Electromagnetic modeling of RADAR sensors inside the Vehicle- Analyze Vehicle Integration effects of sensor packaging and identify solutions- Creating various meshed models for multiple observations- Training new team members- Project Tracking- Working in global interdisciplinary teams- Reports and presentation preparation of Simulation resultsEligibility Criteria Requirements:- Degree in Engineering/Technology or Postgraduate degree in Physics from reputed universities- FMCW, Radar Signal Losses- Sound knowledge of MATLAB/C++, SIMULINK/LABVIEW- Knowledge of analytical EM modeling and Experience on 3D EM simulation tools like FEKO, HFSS, CST etc.- Experience on antenna design, hardware development, and test- Experience with design for manufacturer of precision microwave assemblies that use high volume manufacturing technologies- Experience working in an interdisciplinary environment- Hands-on design experience through laboratory testing, system measurements, and troubleshooting skills Preferences:- German Language- Masters Degree in Electronics/Electrical Engineering + Experience of 2-10 Yrs- Experience of working on RADAR sensor design, simulation and measurement- Antenna software skills, Circuit design, RF components experience- Experience of working with/in OEM- Experience of working in International Environment- Knowledge of Radar Cross-section estimation/Radar Clutter Simulation/Multi-target multi sensor simulationQualifications - Internal Job Title : Radar RF Integration and Simulation EngineerJob Location : BangaloreKey Job ResponsibilitiesCandidate will be responsible for:- Automotive Radar Sensors integration- Electromagnetic (EM) Simulations- Understanding new Radar Signal Processing- Electromagnetic modeling of RADAR sensors inside the Vehicle- Analyze Vehicle Integration effects of sensor packaging and identify solutions- Creating various meshed models for multiple observations- Training new team members- Project Tracking- Working in global interdisciplinary teams- Reports and presentation preparation of Simulation resultsEligibility CriteriaRequirements:- Degree in Engineering/Technology or Postgraduate degree in Physics from reputed universities- FMCW, Radar Signal Losses- Sound knowledge of MATLAB/C++, SIMULINK/LABVIEW- Knowledge of analytical EM modeling and Experience on 3D EM simulation tools like FEKO, HFSS, CST etc.- Experience on antenna design, hardware development, and test- Experience with design for manufacturer of precision microwave assemblies that use high volume manufacturing technologies- Experience working in an interdisciplinary environment- Hands-on design experience through laboratory testing, system measurements, and troubleshooting skillsPreferences:- German Language- Masters Degree in Electronics/Electrical Engineering

Description We are seeking a dedicated and passionate Assistant Professor in Electrical Engineering to join our academic team. This role is ideal for freshers/entry-level candidates who are eager to contribute to teaching and research in the field of electrical engineering. Responsibilities Deliver high-quality lectures and tutorials in electrical engineering subjects. Guide and supervise undergraduate and postgraduate students in their projects and research. Participate in curriculum development and academic program assessment. Engage in research activities and publish findings in reputed journals. Collaborate with faculty members on departmental initiatives and research projects. Conduct examinations and evaluate student performance. Attend faculty meetings and contribute to departmental planning and strategy. Skills and Qualifications B.Tech . or M.Tech in Electrical Engineering or related field (for freshers, M.Tech is preferred). Strong theoretical and practical knowledge of electrical engineering principles. Familiarity with simulation software such as MATLAB, PSpice, or similar tools. Good communication and interpersonal skills to effectively convey complex concepts to students. Ability to work collaboratively in a team-oriented environment. Commitment to academic excellence and student development. Research experience in areas such as power systems, control systems, electronics, or signal processing is a plus.

About The Position The Quality Engineer is part of the Materials, Equipment, and Quality team within Chevron’s ENGINE Center and provides support to Capital Projects and Business Unit Operations. This role will ensure Nondestructive Evaluation (NDE) systems, tools, methodologies, governance, and assurance are operationalized to remain competitive, improve predictability, mitigate risk, and to help generate leading performance outcomes. This role provides subject matter expert level consulting services to project and business leaders and peers, to enable successful application of NDE tools and processes across the enterprise. Key Responsibilities Interface with downstream, upstream and projects worldwide in multiple time zones to provide guidance on advanced NDE methods in Ultrasonics, Electromagnetics and Radiography Perform on-site advanced NDE inspections for critical Fitness-for-Service evaluations and cost optimization at BU's and Projects globally Champion Non-Intrusive Inspections (NII) for manufacturing facilities and projects by providing guidance and performing advanced inspections for better turn around performance Facilitate within Business Units and Projects using a risk-based approach Chevron's Performance Demonstration Qualification (PDQ) for contractor NDE personnel. Provide detailed NDE procedure reviews and witness qualifications to applicable codes and standards Deliver NDE training to BU's and Projects and Project partners such as EPC's in NDE methods and provide certification support. Perform research and development on new and emerging NDE technologies that have a direct impact on process safety Participate and be a core member of Chevron's Community of Practice (CoP) and participate in regional JIP and Consortiums in NDE area. Develop and maintain risked based NDE management systems, plans, and tools with customers, and internal and external partners, and provide overall oversight and assurance to project and facility operations and turn around activities. Oversee and participate in NDE Assurance activities and participate on cross functional teams and on industry committees. International travel and working outside of normal business hours shall be required to support customers. Required Qualifications BS Engineering in one of the core disciplines - Chemical, Mechanical, Electrical from a recognized (AICTE) university Advanced Ultrasonic and Electromagnetic certifications in Phased Array, Time of Flight Diffraction, Eddy Current/Remote field Minimum of 3 ASNT or ISO Level III certifications Successful passing of Chevron Performance Demonstration (PDQ) Qualifications or equivalent ASNT – ISQ examination. Extensive knowledge of all applicable codes such as ASME, ISO, AWS, API, and DNV Experience performing advanced ultrasonic procedure qualifications (PAUT) to ASME and API codes Preferred Qualifications 10+ years’ experience in Non-destructive testing, Asset Integrity and inspection area. Previous representation and participation in industry committees such as API, ASME, and ASNT Demonstrated working knowledge of corrosion damage mechanisms and how they affect fixed equipment. Experience inspecting sub-sea pipeline welds utilizing automated ultrasonics and qualifying to industry standards Hands on expertise on critical issues leveraging all advanced inspection techniques including Ultrasonics, Electromagnetics, Radiography. Chevron ENGINE supports global operations, supporting business requirements across the world. Accordingly, the work hours for employees will be aligned to support business requirements. The standard work week will be Monday to Friday. Working hours are 8:00am to 5:00pm or 1:30pm to 10:30pm. Chevron participates in E-Verify in certain locations as required by law.

Job Description Summary We are seeking a Lead Electrical Designer to join our team at GE Vernoa Vadodara (Large Power trnasfromer India). The ideal candidate should have extensive experience in the design and development of power transformers, with a strong background in electrical design including internal connections, and layouts. The role involves working on cutting-edge transformer designs, ensuring adherence to international standards, and applying advanced analysis tools for failure detection and electromagnetic design optimization. Job Description Key Responsibilities: Lead the Electrical design process for power transformers and support internal connections, electrical layouts, and overall transformer design. Understanding magnetic fields, flux, permeability, and losses (hysteresis and eddy current). Design and optimize internal electrical connections and layouts to ensure maximum operational efficiency and safety of power transformers. Ensure compliance with international standards such as ISO, IEC, IEEE, and other relevant guidelines in transformer design and manufacturing processes. Apply advanced knowledge of electromagnetics to improve transformer performance and optimize design characteristics. Conduct and contribute to DFMEA assessments to identify potential design risks and implement mitigation strategies. Utilize failure analysis techniques like Root Cause Analysis (RCA),8D,5 Why & fishbone to investigate and address transformer failures or underperformance. Apply FEA tools, to simulate and evaluate electromagnetic fields, thermal behavior, and mechanical stresses in transformer designs. Work closely with engineering teams, production units, and external stakeholders to refine and improve transformer designs. 10 Maintain thorough design documentation, including specifications, test reports, and compliance records. Required Qualifications Bachelor's or master’s degree in electrical engineering. Minimum of 10+ years of experience in electrical design, specifically in power transformer design or related areas. Desired Skills And Attributes Strong problem-solving and analytical skills, with the ability to work in a fast-paced, multidisciplinary team environment. Excellent written and verbal communication skills, with the ability to present complex designs and findings to both technical and non-technical stakeholders. Strong attention to detail and quality control in all aspects of transformer design and development. Proactive and innovative mindset, with the ability to propose new solutions and improvements to existing transformer designs. Technical Expertise In-depth understanding of power transformer electrical design, internal connections, and layouts. Strong knowledge of international standards (ISO, IEC, IEEE, etc.). Proficiency with Lean concept i.e. Kaizans, 5S, problem solving tools etc. Expertise in electromagnetics and its application in transformer design. Proficiency in failure analysis techniques, particularly Root Cause Analysis (RCA). Experience with DFMEA and other risk management techniques in electrical design. Familiarity with international & national EHS norms. Tools Proficiency Familiarity with FEA tools for transformer design simulations. Proficiency in relevant electrical design tools and softwares. 2D autocad simulation. Language Skill Strong oral and written communication skills. Demonstrated ability to analyze and resolve problems. Ability to document, plan, market, and execute programs. Established project management skills. Additional Information Relocation Assistance Provided: Yes

Job Description Summary We are seeking a Lead Electrical Designer to join our team at GE Vernoa Vadodara (Large Power trnasfromer India). The ideal candidate should have extensive experience in the design and development of power transformers, with a strong background in electrical design including internal connections, and layouts. The role involves working on cutting-edge transformer designs, ensuring adherence to international standards, and applying advanced analysis tools for failure detection and electromagnetic design optimization. Job Description Key Responsibilities: 1. Lead the Electrical design process for power transformers and support internal connections, electrical layouts, and overall transformer design. 2. Understanding magnetic fields, flux, permeability, and losses (hysteresis and eddy current). 3. Design and optimize internal electrical connections and layouts to ensure maximum operational efficiency and safety of power transformers. 4. Ensure compliance with international standards such as ISO, IEC, IEEE, and other relevant guidelines in transformer design and manufacturing processes. 5. Apply advanced knowledge of electromagnetics to improve transformer performance and optimize design characteristics. 6. Conduct and contribute to DFMEA assessments to identify potential design risks and implement mitigation strategies. 7. Utilize failure analysis techniques like Root Cause Analysis (RCA),8D,5 Why & fishbone to investigate and address transformer failures or underperformance. 8. Apply FEA tools, to simulate and evaluate electromagnetic fields, thermal behavior, and mechanical stresses in transformer designs. 9. Work closely with engineering teams, production units, and external stakeholders to refine and improve transformer designs. 10 Maintain thorough design documentation, including specifications, test reports, and compliance records. Required Qualifications: Bachelor's or master’s degree in electrical engineering. Minimum of 10+ years of experience in electrical design, specifically in power transformer design or related areas. Desired Skills and Attributes: Strong problem-solving and analytical skills, with the ability to work in a fast-paced, multidisciplinary team environment. Excellent written and verbal communication skills, with the ability to present complex designs and findings to both technical and non-technical stakeholders. Strong attention to detail and quality control in all aspects of transformer design and development. Proactive and innovative mindset, with the ability to propose new solutions and improvements to existing transformer designs. Technical Expertise: In-depth understanding of power transformer electrical design, internal connections, and layouts. Strong knowledge of international standards (ISO, IEC, IEEE, etc.). Proficiency with Lean concept i.e. Kaizans, 5S, problem solving tools etc. Expertise in electromagnetics and its application in transformer design. Proficiency in failure analysis techniques, particularly Root Cause Analysis (RCA). Experience with DFMEA and other risk management techniques in electrical design. Familiarity with international & national EHS norms. Tools Proficiency: Familiarity with FEA tools for transformer design simulations. Proficiency in relevant electrical design tools and softwares. 2D autocad simulation. Language Skill: Strong oral and written communication skills. Demonstrated ability to analyze and resolve problems. Ability to document, plan, market, and execute programs. Established project management skills. Additional Information Relocation Assistance Provided: Yes

The Technical Architect in Analog Circuit Design plays a critical role in conceptualizing, designing, and delivering innovative solutions that align with defined standards and client requirements. This position is vital for guiding the architecture and development of analog circuit designs, ensuring high quality and performance while mentoring and developing the team to maintain a skilled workforce. (1.) Key Responsibilities 1. Architect And Design Robust Analog Circuit Solutions Through Leading The Team, Ensuring That Product Delivery Aligns With Industry Standards And Client Specifications. 2. Mentor And Develop Team Members In Analog Circuit Design Principles, Fostering A Culture Of Continuous Learning And Ensuring A Pipeline Of Skilled Professionals To Mitigate Delivery Risks. 3. Conduct Research On Emerging Technologies In Analog Circuit Design And Integrate Advanced Methodologies To Enhance Solution Quality And Relevancy To Client Needs. 4. Collaborate With Stakeholders To Gather Detailed Specifications And Deliver Tailored Analog Circuit Solutions That Meet Or Exceed Client Expectations, Demonstrating A Comprehensive Understanding Of The Domain. Skill Requirements 1. Expert Knowledge In Analog Circuit Design Techniques And Tools. 2. Proficiency In Simulation Software Such As Spice And Cad Tools For Circuit Design. 3. Strong Understanding Of Signal Integrity, Power Integrity, And Electromagnetics Principles. 4. Excellent Analytical And Problem-Solving Skills With A Strategic Mindset. Certification 1. Relevant Certifications Such As Certified Electronic Design Engineer (Cede) Or Similar Are Optional But Valuable. No. of Positions 1 Skill (Primary) Technical Skills (ERS)-Other Technical Skills-Analog Circuit Design Auto req ID 1583190BR Skill Level 3 (Secondary Skill 1) Technical Skills (ERS)-Product System-EMI/EMC Design

Key Responsibilities: 1. Conduct sales and marketing activities for Interpower Induction products in Rajkot and other cities across Gujarat and Pune, Maharashtra. 2. Provide after-sales technical support to customers as needed. 3. Visit potential clients, attend sales inquiries, and convert inquiries into orders. 4. Coordinate with the Head Office for quotation submissions and act as a communication bridge between customers and the company. 5. Travel frequently across India and occasionally abroad for customer visits, exhibitions, and technical discussions. 6. Engage in direct negotiations with clients and successfully close sales orders. 7. Work remotely and independently, while remaining self-motivated and accountable. Required Qualifications: • Bachelor of Engineering (B.E.) in: o Electrical Engineering o Electronics Engineering o Mechanical Engineering o Instrumentation Engineering o Mechatronics Engineering Technical Skills: • Strong foundational knowledge in electrical engineering is mandatory. • Additional expertise in the following areas is a significant advantage: o Reactive and Real Power o IGBT Inverters o RLC Resonance Circuits o Electromagnetics o Power Electronics & Automation Systems Soft Skills & Other Requirements: • Fluent in English – written and verbal. • Strong communication, negotiation, and interpersonal skills. • Confident, self-managed, resilient, and good at listening. • Willingness to travel frequently. Its a remote job.please contact me-7683028280

RF Engineer – Spaceborne RF Systems and Signal Processing Location: Ahmedabad, Gujarat Department: RF and Communication Systems About Azista Space Systems: Azista Space Systems is a leading player in the Indian space market and is rapidly establishing itself as a global force in the space industry. We specialize in providing vertically integrated solutions to our clients, covering a wide range of services and products, including satellites, satellite buses, payloads, sub-systems, and satellite communication equipment. What We Do: At Azista Space Systems, we offer comprehensive design, development, manufacturing, testing, and qualification services for spaceborne equipment. Our innovative and integrated approach ensures that we deliver top-quality solutions tailored to meet the unique needs of our customers. Role Summary: We are seeking a motivated and technically skilled RF Engineer to join our RF Group. The team is responsible for designing, developing, and characterizing RF systems including antennas, transceivers, LNAs, PAs, and RF circuits for spaceborne applications. The ideal candidate is passionate about electromagnetics and RF signal processing, and will contribute to spacecraft subsystem development and testing. Key Responsibilities: Design and Development: Design and develop active and passive RF circuits for space systems. Support the development of antennas, low-noise amplifiers (LNA), power amplifiers (PA), transceivers, and associated subsystems. Contribute to RF signal processing for LEO satellite communications. Testing and Characterization: Perform testing and characterization of RF subsystems using tools such as VSA (Vector Signal Analyzer), VSG (Vector Signal Generator), and VNA (Vector Network Analyzer). Assist in validating communication systems through detailed simulation and test campaigns. Modeling and Simulation: Work with electromagnetic and RF simulation tools including MATLAB, ADS, CST, and HFSS for circuit and system modeling. Collaboration and Innovation: Collaborate with interdisciplinary engineering teams to integrate RF designs into spacecraft systems. Stay current with industry advancements and contribute to technical innovation in satellite communication. Qualifications and Skills: Education and Experience: B.Tech/B.E. in Electronics & Communication Engineering, Electrical Engineering, or Electronics and Telecommunication with 2 years of experience; OR M.Tech/M.S. in a relevant field with up to 1 year of experience. Technical Skills: Hands-on experience with RF test equipment, including VSA, VSG, and VNA. Proficiency in RF design and simulation tools (MATLAB, ADS, CST, HFSS). Strong understanding of communication systems and digital signal processing. Soft Skills: Passionate about electromagnetics, radar systems, and satellite communication. Strong analytical skills and attention to detail. Ability to work independently and as part of a collaborative engineering team. Inclusion and diversity are critical to the success of Azista, and we actively encourage applications from people of all backgrounds. We are committed to providing equal employment opportunity without regard to race, colour, caste, religion, sex, sexual orientation, gender identity, age, national origin, disability, status as a protected veteran, or any other protected category.

Job Description This role involves designing innovative and efficient printed circuit boards that meet high performance, reliability, and manufacturing standards. Final output review and design documentation preparation. Design and develop printed circuit boards (PCBs) tailored to product performance, quality, and cost targets. Collaborate with cross-functional teams across different locations to ensure timely project execution. Work closely with hardware and firmware engineers to create schematic diagrams based on project requirements. Utilize advanced PCB design software to create precise and manufacturable board layouts. Perform component placement and routing with a focus on signal integrity and thermal management. Optimize board layout for manufacturability, assembly, and cost-efficiency. Symbol creation, schematic drawing, and footprint assignment. Board outline creation based on DXF or design drawings. Place components and route traces while accounting for signal integrity, power distribution, and thermal constraints. Identify and resolve layout-related design issues in collaboration with the engineering team. Support continuous improvement of internal design standards and workflows. Prepare designs for design reviews and manufacturing hand-off. Stay updated with the latest in PCB materials, processes, and IPC standards. Desired Candidate Profile Experience in designing high-density boards involving microcontrollers, mixed analog/digital circuits, and interfaces such as Ethernet, USB, I2C, SPI, etc. Proficiency in designing RF, analog, and mixed-signal PCBs. Skilled in PCB design tools such as OrCAD, Altium, or DipTrace. Understanding of impedance-controlled circuits, stack-up trade-offs, and panel optimization. Strong grasp of PCB layout best practices, signal integrity, and thermal management. Familiar with IPC standards and design for manufacturability principles. Knowledgeable in minimizing EMI/RFI and ESD through effective design. Capable of identifying and addressing mechanical challenges in PCB design. Detail-oriented with excellent verbal and written communication skills. A solid foundation in basic electronics and electromagnetics is essential. Work location: Ahmedabad, Gujarat Educational Qualification: Bachelor’s degree in Electrical Engineering, Electronics, or a related field (preferred). Industry : Electronics

Job Description This role involves designing innovative and efficient printed circuit boards that meet high performance, reliability, and manufacturing standards. Final output review and design documentation preparation. Design and develop printed circuit boards (PCBs) tailored to product performance, quality, and cost targets. Collaborate with cross-functional teams across different locations to ensure timely project execution. Work closely with hardware and firmware engineers to create schematic diagrams based on project requirements. Utilize advanced PCB design software to create precise and manufacturable board layouts. Perform component placement and routing with a focus on signal integrity and thermal management. Optimize board layout for manufacturability, assembly, and cost-efficiency. Symbol creation, schematic drawing, and footprint assignment. Board outline creation based on DXF or design drawings. Place components and route traces while accounting for signal integrity, power distribution, and thermal constraints. Identify and resolve layout-related design issues in collaboration with the engineering team. Support continuous improvement of internal design standards and workflows. Prepare designs for design reviews and manufacturing hand-off. Stay updated with the latest in PCB materials, processes, and IPC standards. Desired Candidate Profile Experience in designing high-density boards involving microcontrollers, mixed analog/digital circuits, and interfaces such as Ethernet, USB, I2C, SPI, etc. Proficiency in designing RF, analog, and mixed-signal PCBs. Skilled in PCB design tools such as OrCAD, Altium, or DipTrace. Understanding of impedance-controlled circuits, stack-up trade-offs, and panel optimization. Strong grasp of PCB layout best practices, signal integrity, and thermal management. Familiar with IPC standards and design for manufacturability principles. Knowledgeable in minimizing EMI/RFI and ESD through effective design. Capable of identifying and addressing mechanical challenges in PCB design. Detail-oriented with excellent verbal and written communication skills. A solid foundation in basic electronics and electromagnetics is essential. Work location: Ahmedabad, Gujarat Educational Qualification: Bachelor’s degree in Electrical Engineering, Electronics, or a related field (preferred). Industry : Electronics

Printed Circuit Board (PCB) Design Engineer 1 – 1.5 Years Experience Job Description · This role involves designing innovative and efficient printed circuit boards that meet high performance, reliability, and manufacturing standards. · Final output review and design documentation preparation. · Design and develop printed circuit boards (PCBs) tailored to product performance, quality, and cost targets. · Collaborate with cross-functional teams across different locations to ensure timely project execution. · Work closely with hardware and firmware engineers to create schematic diagrams based on project requirements. · Utilize advanced PCB design software to create precise and manufacturable board layouts. · Perform component placement and routing with a focus on signal integrity and thermal management. · Optimize board layout for manufacturability, assembly, and cost-efficiency. · Symbol creation, schematic drawing, and footprint assignment. Board outline creation based on DXF or design drawings. · Place components and route traces while accounting for signal integrity, power distribution, and thermal constraints. · Identify and resolve layout-related design issues in collaboration with the engineering team. · Support continuous improvement of internal design standards and workflows. · Prepare designs for design reviews and manufacturing hand-off. · Stay updated with the latest in PCB materials, processes, and IPC standards. Desired Candidate Profile · Experience in designing high-density boards involving microcontrollers, mixed analog/digital circuits, and interfaces such as Ethernet, USB, I2C, SPI, etc. · Proficiency in designing RF, analog, and mixed-signal PCBs. · Skilled in PCB design tools such as OrCAD, Altium, or DipTrace. · Understanding of impedance-controlled circuits, stack-up trade-offs, and panel optimization. · Strong grasp of PCB layout best practices, signal integrity, and thermal management. · Familiar with IPC standards and design for manufacturability principles. · Knowledgeable in minimizing EMI/RFI and ESD through effective design. · Capable of identifying and addressing mechanical challenges in PCB design. · Detail-oriented with excellent verbal and written communication skills. · A solid foundation in basic electronics and electromagnetics is essential. Educational Qualification Bachelor’s degree in Electrical Engineering, Electronics, or a related field (preferred). Salary Rs. 3 L to 3.6 Lakhs /- Per Annum (Take Home) Company Profile Atigo Enterprises Ltd is a leading technology company dedicated to innovation within the technology space. The company has expertise in IoT, AI/ML, Cloud computing, Electronics, Marine and Defence with its own manufacturing setup within India. The company has global presence with offices in the UK and India. Each department of Atigo is empowered with diversity in its people. We at Atigo celebrate that each individual is unique and brings in his/her unique experiences that enhance the experience of working and help bring better solutions to our customers. Diversity and culture of inclusiveness are at the core of Atigo values. Contact Details Call 9099901673 or email hr@atigo.in Job Types: Full-time, Permanent Pay: ₹25,000.00 - ₹30,000.00 per month Schedule: Day shift Fixed shift Ability to commute/relocate: Gota, Ahmedabad, Gujarat: Reliably commute or planning to relocate before starting work (Preferred) Education: Diploma (Preferred) Experience: PCB: 1 year (Preferred) Location: Gota, Ahmedabad, Gujarat (Preferred) Shift availability: Day Shift (Preferred) Work Location: In person

Printed Circuit Board (PCB) Design Engineer 1 – 1.5 Years Experience Job Description · This role involves designing innovative and efficient printed circuit boards that meet high performance, reliability, and manufacturing standards. · Final output review and design documentation preparation. · Design and develop printed circuit boards (PCBs) tailored to product performance, quality, and cost targets. · Collaborate with cross-functional teams across different locations to ensure timely project execution. · Work closely with hardware and firmware engineers to create schematic diagrams based on project requirements. · Utilize advanced PCB design software to create precise and manufacturable board layouts. · Perform component placement and routing with a focus on signal integrity and thermal management. · Optimize board layout for manufacturability, assembly, and cost-efficiency. · Symbol creation, schematic drawing, and footprint assignment. Board outline creation based on DXF or design drawings. · Place components and route traces while accounting for signal integrity, power distribution, and thermal constraints. · Identify and resolve layout-related design issues in collaboration with the engineering team. · Support continuous improvement of internal design standards and workflows. · Prepare designs for design reviews and manufacturing hand-off. · Stay updated with the latest in PCB materials, processes, and IPC standards. Desired Candidate Profile · Experience in designing high-density boards involving microcontrollers, mixed analog/digital circuits, and interfaces such as Ethernet, USB, I2C, SPI, etc. · Proficiency in designing RF, analog, and mixed-signal PCBs. · Skilled in PCB design tools such as OrCAD, Altium, or DipTrace. · Understanding of impedance-controlled circuits, stack-up trade-offs, and panel optimization. · Strong grasp of PCB layout best practices, signal integrity, and thermal management. · Familiar with IPC standards and design for manufacturability principles. · Knowledgeable in minimizing EMI/RFI and ESD through effective design. · Capable of identifying and addressing mechanical challenges in PCB design. · Detail-oriented with excellent verbal and written communication skills. · A solid foundation in basic electronics and electromagnetics is essential. Educational Qualification Bachelor’s degree in Electrical Engineering, Electronics, or a related field (preferred). Salary Rs. 3 L to 3.6 Lakhs /- Per Annum (Take Home) Company Profile Atigo Enterprises Ltd is a leading technology company dedicated to innovation within the technology space. The company has expertise in IoT, AI/ML, Cloud computing, Electronics, Marine and Defence with its own manufacturing setup within India. The company has global presence with offices in the UK and India. Each department of Atigo is empowered with diversity in its people. We at Atigo celebrate that each individual is unique and brings in his/her unique experiences that enhance the experience of working and help bring better solutions to our customers. Diversity and culture of inclusiveness are at the core of Atigo values. Contact Details Call 9099901673 or email hr@atigo.in Job Types: Full-time, Permanent Pay: ₹25,000.00 - ₹30,000.00 per month Schedule: Day shift Fixed shift Ability to commute/relocate: Gota, Ahmedabad, Gujarat: Reliably commute or planning to relocate before starting work (Preferred) Education: Diploma (Preferred) Experience: PCB: 1 year (Preferred) Location: Gota, Ahmedabad, Gujarat (Preferred) Shift availability: Day Shift (Preferred) Work Location: In person

At ABB, we help industries outrun - leaner and cleaner. Here, progress is an expectation - for you, your team, and the world. As a global market leader, we’ll give you what you need to make it happen. It won’t always be easy, growing takes grit. But at ABB, you’ll never run alone. Run what runs the world. This Position reports to: R&D Department Lead Your Role And Responsibilities This position is for multi physics research, with primary focus on leveraging multi physics modeling to enrich ABB’s offerings in various sectors. In this role, you will have the opportunity to explore emerging technologies, creates intellectual property, and strengthens existing and future ABB offerings. We also provide R&D consultancy services to ABB Divisions and reap the benefits of open innovation by collaborating with Universities and startup companies. You will work in dynamic and creative teams, with a wide range of experience and expertise, carrying out applied research projects developing software engineering techniques to build intelligent systems for process industries. The work model for the role is Hybrid. This role contributes to the India Corporate Research Center (INCRC), located in Bangalore. You will be mainly accountable for: Multiphysics modeling and validation: Detailed physics-based modeling (preferably using Finite Element or finite volume method) of complex and diverse physical phenomena like electromagnetics, fluid dynamics (CFD), species transport (gas mixtures), multiphase flow, heat transfer, and structural mechanics, relevant to specific products and applications. Integrating diverse physics phenomena to analyze complex interactions Scientific analysis and improvement ideas: Expert analysis of data obtained from models and/or experimentation to understand complex functioning of products and/or processes. Identifying challenges and scope for improvement. Proposing novel ideas to overcome challenges and enrich product functionality, for cost and energy savings, ensuring faster time-to-market and promoting sustainability Feasibility studies and research proposals: Preparing research proposals on novel ideas and securing buy-in from business leaders and global research managers. Performing proof-of-concept studies to demonstrate innovative solutions. Communication of project results to Technical experts and Management and sharing research outcome with global teams for expert feedback, possibility of collaboration, and expansion of research scope. Securing Intellectual property and publishing in scientific conferences and journals, travel to customer sites, ABB locations on a need basis and ensuring safety and contribution to lab infrastructure. Qualifications for the role: Ph.D. in Mechanical/ Electrical/ Chemical engineering with a strong publication and patent record, with a minimum of 2 years of experience; industrial research experience is preferred. Expertise in finite element (F.E.) and finite volume (F.V.) modeling, particularly computational fluid dynamics (CFD) and heat transfer analysis. Exposure to electromagnetism and structural mechanics. Expert in tools like ANSYS, FLUENT, COMSOL, CFX, ICEPAK. Expertise in complex 3D geometry for F.E/F.V. modeling and discretization of complex geometries using tools like ANSYS design modeler, SpaceClaim. Expertise in analytical calculations (development of heuristic formulations) to analyze physical phenomena. Expertise in testing, experimentation and using measurement tools/systems and software is preferred. Ability to communicate effectively in English with internal and external experts and academicians and exposure to machine learning tools relevant to multiphysics research. What's in it for you: We empower you to take initiative, challenge ideas, and lead with confidence. You’ll grow through meaningful work, continuous learning, and support that’s tailored to your goals. Every idea you share and every action you take contributes to something bigger. More about us: ABB a provides a comprehensive range of integrated automation, electrical and digital systems and services for customers in the process, hybrid and maritime industries. These offerings, coupled with deep domain knowledge in each end market, help to optimize productivity, energy efficiency, sustainability and safety of industrial processes and operations. #ABBCareers #RunwithABB #Runwhatrunstheworld We value people from different backgrounds. Could this be your story? Apply today or visit www.abb.com to read more about us and learn about the impact of our solutions across the globe. Fraud Warning: Any genuine offer from ABB will always be preceded by a formal application and interview process. We never ask for money from job applicants. For current open positions you can visit our career website https://global.abb/group/en/careers and apply. Please refer to detailed recruitment fraud caution notice using the link https://global.abb/group/en/careers/how-to-apply/fraud-warning.

Hical Technologies is seeking an Electromagnetics Design & Development Expert with a minimum of 3 years of experience in electromechanical design, new product development, and production handover . The ideal candidate will be responsible for the design, development, and testing of electromechanical components such as servo motors, sensors, actuators, and solenoids for aerospace, space, and defense applications . Candidates with expertise in electrical & magnetic design using FEM tools, analytical methods, and CAD software are highly preferred. Roles and Responsibilities: Electromechanical Design & Development: Design and develop servo motors, electromechanical actuators, solenoids, and sensors for specialized applications. Conceptualize, design, and detail components & Line Replaceable Units (LRUs) for aerospace actuation and autonomous systems . Perform electrical & magnetic design and analysis using FEM tools and analytical methods . Develop new designs from scratch , including manufacturing, assembly, and testing of motors, sensors, and actuators. Technology Transfer & Production Support: Develop and document assembly processes, work instructions, test procedures, and reports for smooth technology transfer to production teams. Support production teams in resolving technical challenges related to electromechanical product assembly and testing. Testing & Qualification: Build test rigs and develop automation solutions for performance testing. Conduct performance and qualification testing for aerospace and defense applications. Utilize servo electronics, data acquisition, and test automation tools such as LabVIEW or similar software . Software & Tools Expertise: Proficiency in Ansoft Maxwell 2D/3D FEA, RMXprt, Speed, AutoCAD, MotorCAD for CAD and FEM-based design. Experience in servo motor electronics, magnetic sensor testing, and automation tools . Key Expertise Areas: Motors: BLDC, PMSM, Stepper, Synchronous, Brushed DC, Induction. Sensors: Hall assemblies, LVDTs, RVDTs, Resolvers. Actuators: Electromechanical actuators, direct drive, gear drive. Solenoids: Push/Pull, Single/Multi-coil, Pressurized applications. Must-Have Skills: Ability to independently design and develop electromechanical systems. Strong electrical and magnetic design skills using FEM tools. Hands-on experience in BLDC and PMSM motor design . Innovative and analytical mindset for problem-solving and new technology development. Experience in aerospace, space, and defense industries . This role is ideal for professionals passionate about innovation in electromagnetics, precision engineering, and aerospace technology .

At ABB, we help industries outrun - leaner and cleaner. Here, progress is an expectation - for you, your team, and the world. As a global market leader, we’ll give you what you need to make it happen. It won’t always be easy, growing takes grit. But at ABB, you’ll never run alone. Run what runs the world. This Position Reports To R&D Department Lead Your Role And Responsibilities This position is for multi physics research, with primary focus on leveraging multi physics modeling to enrich ABB’s offerings in various sectors. In this role, you will have the opportunity to explore emerging technologies, creates intellectual property, and strengthens existing and future ABB offerings. We also provide R&D consultancy services to ABB Divisions and reap the benefits of open innovation by collaborating with Universities and startup companies. You will work in dynamic and creative teams, with a wide range of experience and expertise, carrying out applied research projects developing software engineering techniques to build intelligent systems for process industries. The work model for the role is Hybrid. This role contributes to the India Corporate Research Center (INCRC), located in Bangalore. You Will Be Mainly Accountable For Multiphysics modeling and validation: Detailed physics-based modeling (preferably using Finite Element or finite volume method) of complex and diverse physical phenomena like electromagnetics, fluid dynamics (CFD), species transport (gas mixtures), multiphase flow, heat transfer, and structural mechanics, relevant to specific products and applications. Integrating diverse physics phenomena to analyze complex interactions Scientific analysis and improvement ideas: Expert analysis of data obtained from models and/or experimentation to understand complex functioning of products and/or processes. Identifying challenges and scope for improvement. Proposing novel ideas to overcome challenges and enrich product functionality, for cost and energy savings, ensuring faster time-to-market and promoting sustainability Feasibility studies and research proposals: Preparing research proposals on novel ideas and securing buy-in from business leaders and global research managers. Performing proof-of-concept studies to demonstrate innovative solutions. Communication of project results to Technical experts and Management and sharing research outcome with global teams for expert feedback, possibility of collaboration, and expansion of research scope. Securing Intellectual property and publishing in scientific conferences and journals, travel to customer sites, ABB locations on a need basis and ensuring safety and contribution to lab infrastructure. Qualifications For The Role Ph.D. in Mechanical/ Electrical/ Chemical engineering with a strong publication and patent record, with a minimum of 2 years of experience; industrial research experience is preferred. Expertise in finite element (F.E.) and finite volume (F.V.) modeling, particularly computational fluid dynamics (CFD) and heat transfer analysis. Exposure to electromagnetism and structural mechanics. Expert in tools like ANSYS, FLUENT, COMSOL, CFX, ICEPAK. Expertise in complex 3D geometry for F.E/F.V. modeling and discretization of complex geometries using tools like ANSYS design modeler, SpaceClaim. Expertise in analytical calculations (development of heuristic formulations) to analyze physical phenomena. Expertise in testing, experimentation and using measurement tools/systems and software is preferred. Ability to communicate effectively in English with internal and external experts and academicians and exposure to machine learning tools relevant to multiphysics research. What's In It For You We empower you to take initiative, challenge ideas, and lead with confidence. You’ll grow through meaningful work, continuous learning, and support that’s tailored to your goals. Every idea you share and every action you take contributes to something bigger. More About Us ABB a provides a comprehensive range of integrated automation, electrical and digital systems and services for customers in the process, hybrid and maritime industries. These offerings, coupled with deep domain knowledge in each end market, help to optimize productivity, energy efficiency, sustainability and safety of industrial processes and operations. #ABBCareers #RunwithABB #Runwhatrunstheworld We value people from different backgrounds. Could this be your story? Apply today or visit www.abb.com to read more about us and learn about the impact of our solutions across the globe. #RunWhatRunsTheWorld Fraud Warning: Any genuine offer from ABB will always be preceded by a formal application and interview process. We never ask for money from job applicants. For current open positions you can visit our career website https://global.abb/group/en/careers and apply. Please refer to detailed recruitment fraud caution notice using the link https://global.abb/group/en/careers/how-to-apply/fraud-warning. 95900599

The opportunity Contribute significantly to successful project results in technology and/or product development by identifying, proposing and implementing innovative solutions. Use unique technical knowledge to oversee development tasks. How You’ll Make An Impact Demonstrate solid competence in technologies, tools and methods in our own specialist area through solving complex industrial problems. Maintain recognized expertise in specific areas by externally reviewing current technologies. Provide technical leadership in the design of transformers for R&D initiatives. Developing new ideas and supporting different technology projects with your electrical design expertise. Propose and develop new technologies, products, and processes for core type power transformers Contributing to the development of engineering standards and procedures for transformer design and manufacturing. Transfer your knowledge and findings by elaborating reports, specifications and/or participating in educational programs. Assess production processes and proactively identify gaps and areas of improvement. Support factories troubleshooting in your domain of expertise. Serve as a valuable R&D project member and, as a potential project or sub-project leader, ensure alignment with goals in time, cost, and quality. Coordinate activities with a strong grasp of R&D processes and tools. Actively participate in engineering networks to enrich your expertise and visibility within your targeted area. Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Your background Master’s degree in electrical engineering Minimum 10 years of experience in Power Transformers Electrical design. Strong understanding of electrical engineering principles, including electromagnetics, thermodynamics, and circuit analysis. Ability to perform calculations for transformer design, including dielectric, magnetic, and thermal analysis. Experience with numerical simulations (e.g. Electromagnetic & Electrostatic simulations), proficiency in the use of commercial simulations tools (e.g. Ansys, Magnet, MATLAB). In-depth knowledge of materials used in transformer construction, including core grades, winding copper, insulation components, and various accessories. Familiarity with international standards like IEEE, ANSI, and IEC, related to transformers and their components Hitachi Energy is a global technology leader that is advancing a sustainable energy future for all. We serve customers in the utility, industry and infrastructure sectors with innovative solutions and services across the value chain. Together with customers and partners, we pioneer technologies and enable the digital transformation required to accelerate the energy transition towards a carbon-neutral future. We employ around 45,000 people in 90 countries who each day work with purpose and use their different backgrounds to challenge the status quo. We welcome you to apply today and be part of a global team that appreciates a simple truth: Diversity + Collaboration = Great Innovation. Show more Show less

I am looking for Postdoc candidates through ANRF-NPDF with a background in Electromagnetics, Electrical, Electronics and Communication, and Physics to work in the area of Advanced Antenna Systems (AAS) and Base Station for 5G/6G Wireless Communication, Radar and Target Detection. Kindly share your CV to ramesh.patel@iittp.ac.in Lab. Website: https://lnkd.in/gGiD8SXf My profile: https://lnkd.in/g9eyPkQA Research group: RF & Microwave Application Deadline: June 30, 2025 Inside campus hostel and mess facilities. Show more Show less

Job Description The Senior Application Engineer role would require in depth interfacing with customers and prospects by a given set of accounts. This calls for technical diligence to be able to position a Multiphysics Portfolio in its holistic spread. This shall require an intact appreciation for customer business objectives, key business initiatives (KBIs), technical challenges and infrastructure configurations. Such role can span across physics involving Structural Mechanics, Fluid Dynamics, Optics, ElectroMagnetics, Systems Engineering, Data Management, AI/ML. While holding and honing the skills to directly exercise one of these areas, the Senior Application Engineer should be a decent generalist to identify technology opportunities across all relevant disciplines and drive them with an initial interfacing with the respective customer accounts. Requirements Establish a long term and sustainable relationship with the assigned accounts by aligning appropriate simulation technology solutions with the client’s KBIs reflecting the short term and long term requirements Partner with the Sales Account Manager (SAM) to develop account plan and growth strategy aligned with customer’s KBIs to create a win-win environment Plan and lead strategic long term and short-term technical activities working with SAM and the larger CADFEM teams (Presales, Support, Services, Marketing) to help achieve the overall sales goals Constantly work towards expanding the simulation footprint; identify areas of opportunity at the account to displace competition, add products, add users and expand adoption. Lead account-based foray strategy to drive technology proliferation campaigns including adoption and deployment. Review at the high level, all technical support activities and work with the local support manager to ensure follow-up and coaching for technical staff to ensure the quality goals are met. Develop trusted advisor relationships with key accounts, customer stakeholders and executive sponsors. Exercises judgment in the evaluation, selection, and adaptation of techniques and procedures Clearly communicate the progress of monthly/quarterly initiatives to internal and external stakeholders Desired Candidate Profile Master’s in an engineering discipline with a minimum of 4 years of experience in leveraging physics based simulations Ability to understand, represent and effectively communicate all technical activities associated with the accounts across all physics and product lines Demonstrated ability to foster collaboration and coordination with personnel distributed across multiple departments/locations Strong organizational and time management skills, possesses a sense of urgency Strong presentation, communication, and interpersonal skills Must have passion and drive for personal technical excellence and high performance Ability to travel domestically up to 25% of time Benefits Our motto "Simulation is more than software" enables a rejoicing and greater appreciation of diverse physics Varied tasks with responsibility and a steep learning curve. Work as part of a dynamic team of experts at the cutting edge of technology. A forward-looking environment with plenty of freedom and ongoing training resources for professional and personal development. Special attention to work-life balance. check(event) ; career-website-detail-template-2 => apply(record.id,meta)" mousedown="lyte-button => check(event)" final-style="background-color:#6875E2;border-color:#6875E2;color:white;" final-class="lyte-button lyteBackgroundColorBtn lyteSuccess" lyte-rendered=""> Show more Show less