272 Power Electronics Jobs

Responsibilities: Write technical specifications, define architecture •Handle complete product life cycle •Design and development of products comprising Battery Management Systems, On-Board Charger, etc. •Component selection, board development, module integration and validation •Lead test plan development, issue resolution, and board bring up, Validation and in-vehicle testing of power electronic systems. •Develop design with safety-critical features like charge control, thermal control, fault detection, and diagnostics on BMS •Testing the power electronics building blocks within the Requirements/ specifications (heat run tests, stress and behavior test etc.) •Ensure compliance with regulatory standards Skills: Design simulations, worst case circuit analysis/ Thermal Analysis •Strong fundamentals in electronic circuit design/development with microcontroller-based embedded systems. •DC-DC converter, PFC, Inverter design and development experience. •Deep understanding of MOSFET / IGBTs switching characteristic, loss and thermal modeling and analysis •Understanding of power electronic converter principles and multi-level converters, magnetic component designs •Experience on Battery charging design and development in BMS •8+ years experience in HW design, WCCA (Worst Case Circuit Analysis), Power calculations and stress analysis. •Problem-solving and troubleshooting •Innovative thinking and challenging status-quo to enhance product performance

Job Summary: We are seeking a highly skilled and motivated Solar and Wind Energy Engineer and also have knowledge in converting renewable energy from sugar factory waste etc. to join our Renewable Energy Division within the Civil & Engineering Department. The ideal candidate will be responsible for the design, implementation, and maintenance of solar and wind energy systems and also the renewable energy plant from factory waste. This role involves cross-disciplinary collaboration, including site evaluation, system modeling, infrastructure coordination, and technical support throughout the project lifecycle. Key Responsibilities: Conduct detailed site assessments and analyze meteorological and solar irradiance data to evaluate project feasibility. Design and optimize solar PV and wind energy systems, including component selection and layout. Design of renewable energy plant from the sugar factory waste etc. Develop energy yield assessments and system performance models using industry-standard tools. Supervise system installation and commissioning to ensure compliance with engineering standards and safety protocols. Prepare technical reports, feasibility studies, and financial analyses for internal and external stakeholders. Assist in securing environmental permits and managing grid interconnection processes. Coordinate with civil, structural, electrical, and environmental teams to ensure successful project delivery. Studying and proposing suitable techno commercial models to the end users. Remain current with industry advancements, renewable energy policies, and applicable codes and regulations. Qualifications: Bachelor's degree in Electrical Engineering/ Electronic/Mechanical Engineering , or a related field (Masters degree is an asset). Minimum 3 years of experience in solar and/or wind energy engineering; experience with both is highly preferred. Proficiency in tools such as AutoCAD, WindPRO , and GIS software ; familiarity with civil modeling tools is a plus. Solid understanding of electrical systems , power electronics , and grid integration principles . Basic knowledge of civil requirements for renewable installations (e.g., foundations, mounting systems, access roads). Strong analytical, problem-solving and project management skills. Excellent written and verbal communication abilities. Coordination with the local/District level MSEDCL authorities concern ULBs for completing required formalities of MSEDCL.

SUMMARY R&D Engineer Power Electronics Job Summary: We are in search of a highly motivated and detail-oriented R&D Engineer specializing in Power Electronics. The selected candidate will collaborate closely with senior engineers to provide support for design, simulation, and testing activities within the R&D team. Key Responsibilities: Assisting in the design and development of power electronic converters (DC-DC, AC-DC, DC-AC). Supporting simulation and modeling of power electronic circuits using tools like MATLAB, etc. Contributing to prototype development, PCB design, and hardware testing. Conducting performance testing, analysis, and validation of new products. Documenting design processes, test results, and technical reports. Collaborating with cross-functional teams (design, testing, manufacturing) to enhance product performance and reliability. Staying updated with emerging trends and technologies in power electronics and renewable energy systems. Requirements Requirements: M.Tech in Electrical Engineering with specialization in Power Electronics. 0 1 year of relevant academic or industrial experience. Strong understanding of power electronic devices (IGBTs, MOSFETs, etc.) and converter topologies. Familiarity with simulation and design tools such as MATLAB. Basic knowledge of embedded systems and control strategies for power converters is a plus. Good analytical, problem-solving, and communication skills. Passion for research and innovation in the field of energy and power electronics.

Define HILS specifications for Body controllers, Powertrain controllers, Electric Vehicle controllers & Display Audio System. Procurement & Commissioning of HILS. Prepare HILS set up (Plant Model, Wiring harness, I/O interfacing etc.) for Body, Powertrain, Electric Vehicle & Display Audio controllers. Creating Test Scenario, Test Case, Test Coverage Analysis, Test Procedure & Test Script from specification document with coding exposure. Electrical Components Hardware & Software Evaluation on HILS. Electronic Controller HILS testing with electrical/electronic troubleshooting. Automation framework through dSPACE automation desk, Capl., python. Report generation & analysis. Competency Requirements: Technical/Functional Knowledge of Hybrid & Electric Vehicle, Powertrain, Body, Display Audio systems (Architecture, modeling, simulations & design considerations). Knowledge of HILS systems (Architecture, Setup preparation, Plant modeling & simulations, Data logging & debugging, Design considerations) Controller development expertise & deep insight of controller hardware & software knowledge. Experience in HILS plant model design & development in MATLAB. Communication protocols Knowledge of Hybrid & Electric Vehicle, Powertrain, Body, Display Audio systems (Architecture, modeling, simulations & design considerations). Knowledge of HILS systems (Architecture, Setup preparation, Plant modeling & simulations, Data logging & debugging, Design considerations) Controller development expertise & deep insight of controller hardware & software knowledge. Experience in HILS plant model design & development in MATLAB. Software Control desk, Configuration desk, Automation desk & model desk (dSPACE HILS). SIMULINK & STATEFLOW modeling, MATLAB modelling & scripting. Model verification on Virtual Simulation platform: HILS. Capl., Vtest studio, Python Hardware Micro-controller / Micro-processor architecture. Micro-controller hardware I/O configuration. Behavioral Proactive Excellent analytical capability

Role & responsibilities : Defining Hardware architecture, designing & developing PCB for new products, troubleshooting hardware issues, qualification & testing of PCBs for DQA, providing technical support to service for system issues, introducing and conceiving new technologies/new ideas and assisting in testing/QA team in hardware related issues. Skills: Proficiency in designing analog, digital & mixed signal designs, expert in schematic design , high speed PCB design, component selection, understanding of EMI/EMC standards & regulations, Signal Integrity & thermal management, Ability to debug PCB/embedded system using oscilloscope, logic analyser and spectrum analyser, communication interfaces & protocols - Ethernet, WiFi, Bluetooth, CAN, UART, I2C, SPI and USB, Experience in design & process FMEA. Knowledge and experience of EV chargers is a plus. Expertise: Schematic design, Layout design, Altium, Kicad

Proficiency in electrical circuit design, power conversion, control theory, and simulation tools • Strong knowledge in PFC, Resonance converters, Inverters, and Magnetics design • Experience in analog and digital circuit design and schematic design. Required Candidate profile Electronics Passionate

- Candidate must possess sound knowledge of various power conversion topologies: Converter, Inverter, rectifier configurations, buck-boost designs, power factor control & related. - Must have hands on experience in designing of low/medium power Switch Mode Power Supplies- SMPS- AC/DC and DC/DC converters and testing procedures - Candidate must have thorough understanding on the selection criteria & key specifications of all electronic components and should be able to independently select based on the design requirements - Must be capable of interpreting the electrical parameters in the device data sheets - Must have worked on PCB layout design software. - Candidate must have strong working knowledge in the design of analogue and mixed signal circuits. - Must have handled test equipments like AC/DC Power sources, electronic loads, temperature probes, Oscilloscopes etc - Must have sound knowledge / understanding of Magnetic materials, transformer and inductor designs for SMPS and must be familiar with thermal analysis and estimation of heat sink requirements in the design - Should be familiar with EMI/EMC Standards, testing procedures, and designing for the same

Role: Hybrid and Electric Vehicle Traction Motor/Inverter Control Engineer Responsibilities: Define HEV/EV Traction Inverter Electrical System Architecture Drives functions and Control algorithms such as State transition Diagram Conditions, Torque control (Protection restriction), Thermal behavior estimations management, Vehicle Adhesion Controls Inverter Controls Software Verification and Validation ISO 26262 compliance for Traction Inverter ECU, DFMEA Work with System team to identify the electrical interfaces calibration Functional Testing, System/Component Benchmarking Technical/ Functional: Knowledge of Power electronics in Electric Vehicle and its Components Knowledge of Electric drivetrain systems (Architectures, modeling and simulations and design considerations) Modeling, analysis and design of Inverters, Motor drives and its topology (Vector control Direct Control systems) Vehicle dynamics using MATLAB/Simulink or any other tool. Knowledge of ISO 26262 Exposure to Hybrid / Electric Powertrain Control Design, development, Verification and Validation. Familiarity with on board diagnostics. Experience in testing at controller level (HIL), Motor bench and vehicle level Exposure to Regulations, and Standards of HEV/EV such as AIS 041, AIS038, AIS102 Behavioral Proactive Excellent analytical capability Should be able to work in large teams and dedication for timely completion of projects Should be open to posting anywhere as per the job requirement Education Qualifications: Essential : B.E / B. Tech in Electrical Electronics/ Electronics Communication Minimum 60 % marks Desirable: Academic/Industrial Project experience related to Traction Motor/Inverter design or simulation/testing M.E. / M. Tech Course with relevant electives Traction Control System for Electric Vehicles (EV) Power Electronics and Drivers Controls Control System Engineering

Good know how on Analog design, Power supply design(all topologies and compensation techniques), designing circuits using PMICs and knowledge on Microcontrollers and Microprocessors Working experience with Verification / Simulation tools (preferrably Pspice / Orcad / Mathcad / Matlab / Saber) Good automotive domain knowledge and knowledge on the various Automotive standards Good knowledge on Functional safety and ISO26262 standards, FMEA, FMEDA Experience in design, development, testing and maintenance of Analog circuits and Power Supply circuits preferred Experience in using the Lab equipments, measuring equipments and Testing of HW circuits in the lab is an added advantage Know how of product development life cycle, design for manufacturing Good presentation skills, oral and written communication skills, good attitude to work in a team and good interpersonal skillsCircuit design, Worst Case Calculations, Simulations and VerificationRequirements development, Analysis and management , Design Documentation Performing FMEA, FMEDA Preparing Test Specification Participation in design / integration reviews Coordination with project teams and other stakeholders, Component Suppliers

Role & responsibilities WhatsApp at 8076971094 Conduct in-depth discussions with research scholars for suggesting new and novel topics of research. Develop new ideas which can serve as topics for researchers. Critique and review technical articles on cloud computing, big data, and networking technologies, Computer Science, EEE, EXTC Stay updated with major journals (IEEE, Scopus, Springer, etc.) to ensure content meets academic standards. Provide substantial feedback and support during the preparation and defense of academic theses, ensuring significant contributions to their fields. Preferred candidate profile Bachelor's OR Master's degree in Computer Science, IT, ECE, Extc or EEE. Clear with concepts and good English grammar is preferred; open to fresh B.E B.Tech or M.E or M.Tech graduates as well. Strong understanding of academic research and journal publication process. Perks and benefits Salary Range > Rs 3 to 5 LPA Retiral benefits Monthly Grocery Vouchers Full-time, permanent position with day shifts. Opportunities for professional development in a dynamic academic environment.

Job Description: Ensuring quality of design as per job manual & QA checklist requirements Proven ability to execute within the Project time-lines and work with least supervision. Demonstrate expertise for modeling using various 3D tools, like SP3D, etc and takes ownership and sense of responsibility to deliver within the project time schedule. Modeling and layout detail design work related to discipline specific deliverables Generates various layouts, installation drawings, MTOs based on the engineering discipline workflow. Checking drawings and MTOs. Review of vendor drawings related to plant design. HSE, QA/QC Executes applicable scope of work in compliance with the requirements of the Ensures that the documentation is prepared, checked and approved according to Project Quality Plan. PROJECT CONTROL / COORDINATION Communicates to the Lead Engineer status and progress of projects schedule deliverables. Communicates man-hour spent. Records and communicates all changes to original scope. Contributes to Change Management. Extraction from 3D model for generation of Cable Routing Layout, Earthing Layout & Lighting Layout Substation layout design, Cable Cellar Tray arrangement & section drawing, substation transformer & cutout input to civil, Panel installation drawing Single Line Diagram preparation in AutoCAD Effective Communication skills with proactive coordination to manage interdiscipline workflow. Ability to identify cost optimization opportunities during project execution . IDC for Civil foundation and tray support drawing Street Lighting Layout and underground conduit input to civil Job Requirement : Education: ITI/Diploma In Engineering Discipline Electrical Work Experience: Experience in EPC or Detail design engineering company in the engineering discipline for execution of projects in various sectors like Oil & Gas, Air Separation, Energy, Refining, Petrochemicals. Experience range: Senior Designer: 10 - 20 years and above Experience in Layout engineering including Cable Routing (above & underground) & cable length estimation, Conduit & Tray Sizing, Earthing/Grounding Layouts, Lighting Layouts & Circuiting, Lightning Protection Layouts, Hazardous Area Layouts, Modeling of Trays, bends and accessories, tray supports, and other electrical fixtures in SP3D environment, participate in model reviews, clash report generation & resolve and extraction of Bulk MTO from 3D model, Tool proficiency - Smart Plant 3D - SP3D , Auto-CAD

Design of DC-DC High Frequency Switching Power Supplies using ADI s large portfolio of Power Management Integrated Circuits. New DC-DC Monolithic (Integrated Power and Controller) Power Products definition. Validation of the new generation Power Management Integrated Circuits. Full product life-cycle ownership - Definition, Validation and Market Introduction. Responsibilities include: Development of product evaluation kits and system reference design boards Circuit schematic design and PCB layout creation Performance optimization and characterization in application circuits Validate new products, creating new test methodologies. Data collection for datasheets and release notes Collate results with design and test engineers. Technical support to key customers and field engineers Simulation of Power Electronics Converters Minimum Requirements: Masters degree in Power Electronics At least 4+ years of hands-on experience in developing switching power supplies. Basic understanding of transistor-level analog circuit design Strong written and verbal communication skill

*Must have worked in any electronics product company as Application Engineer *Successfully handled more than 10 customers for at least 5 products from product application aspects Required Candidate profile *Must have excellent communication skills. *Must have capability to thoroughly demonstrate respective products to the customer

Job Description He/She will be part of the Corporate Communications team and will be responsible for supporting the development and execution of various communication initiatives. These efforts will aim to enhance engagement among current and prospective Danfoss India employees and stakeholders, thereby strengthening their understanding and perception of the Danfoss brand. Job Responsibilities Responsibilities of this position include, but are not limited to, the following. Create and adapt content for internal channels and social/digital media platforms Contribute ideas and support the planning and execution of communication campaigns and employee engagement initiatives Ensure adherence to Danfoss corporate branding and communication guidelines to maintain consistency in tone, language, and visuals across all platforms Collaborate with internal stakeholders to identify and source success stories, achievements, and initiatives to be featured across communication mediums Liaise with internal stakeholders to understand communication needs and translate briefs into creative outputs Develop innovative ideas for campaigns, contests, and platform specific content Prepare weekly and monthly reports analyzing the performance of digital media initiatives Monitor engagement metrics, identify trends, and suggest improvements to enhance the reach and effectiveness of communication initiatives. Background & Skills The ideal candidate possesses these skills. Strong verbal and creative writing skills in English are essential Ability to tailor content for different platforms such as intranet, LinkedIn, Yammer, newsletters, and other digital media University-level degree (UG/PG) in Mass Communication, Communicative English, Journalism, or related fields with a strong emphasis on media writing is preferred Degrees in English Literature, Visual Communication, or similar disciplines are also considered 1 2 years of experience in a communications related role, including internships or freelance projects in content creation or digital media, is desirable Passion for corporate communications, with a creative approach to storytelling and a drive to explore innovative communication strategies Positive attitude with excellent interpersonal skills, a collaborative mindset, and the ability to work effectively across teams and hierarchies Flexibility, eagerness to learn, and a proactive approach to taking on new challenges. Strong organizational, planning, and time management skills with the ability to manage multiple tasks and meet deadlines. Danfoss Engineering Tomorrow At Danfoss, we are engineering solutions that allow the world to use resources in smarter ways - driving the sustainable transformation of tomorrow. No transformation has ever been started without a group of passionate, dedicated and empowered people. We believe that innovation and great results are driven by the right mix of people with diverse backgrounds, personalities, skills, and perspectives, reflecting the world in which we do business.

Job Description Danfoss Drives is looking for an Engineer/Senior Engineer Control Electronics to join our diverse team at their Oragadam/Chennai Campus, India. Job Responsibilities Responsibilities include Design, selection, specification, and validation of critical components (e.g. MCUs, FPGA, DSP, Communication ICs, etc. Analyses failures seen on the product and find root cause and implement improvements. Participate in idea generation on cost down possibilities Support Testing Personals during the Product testin Familiarity with Product Life cycle change management process and documentatio Provide technical clarification of designs with suppliers and manufacturin Work with a multi-disciplinary engineering development team that includes application engineering, controls engineering control hardware design, and test / validation Work with supply chain teams and qualify components and assemblies during implementations and resolve issues as needed to maintain product and project quality, cost and deliverable Assist in solving critical customer cases. Background & Skills An ideal candidate, B.E (EEE/ECE) and ME /M.Tech on Embedded Systems/Applied Electronic Experience of 4 to 7 years on Working knowledge on Control electronics devices (MCUs, FPGAs, DSP, Communication ICs etc..) Experience in memories like Flash, SRAM, SDRAM and DDR Experience in Signal Integrity Experience in various communication medial and protocols like wired, wireless, RS-485, RS-232, RS-422, Profibus/MODBUS/Ethernet IP/EtherCAT etc. Experience with analog electronics such as ADC, operational amplifiers, Comparators, multipliers, signal conditioning, filters etc Experience in designing low voltage power supply LDO/Buck/Flyback etc. Demonstrated ability in usage of measurement equipment like high-speed oscilloscope and packet decoding / SI compliance testing Demonstrated ability to meet goals and objectives Effective technical documentation skill Familiarity with IEC, UL, and CSA regulatory standards Experience in Analog and Digital circuit design and development EMI/EMC design, EMI/EMC test/debug, reliability test and system integratio Experience in using Cadence for PCB Board layout , PCB fabrication, assembly, and testing. Teamwork, Planning & organizing, Quality Focus, Customer focus, Business Focus, Communication, Result oriented, Interpersonal skills, Networking. Danfoss Engineering Tomorrow At Danfoss, we are engineering solutions that allow the world to use resources in smarter ways - driving the sustainable transformation of tomorrow. No transformation has ever been started without a group of passionate, dedicated and empowered people.

Transport is at the core of modern society. Imagine using your expertise to shape sustainable transport and infrastructure solutions for the future? If you seek to make a difference on a global scale, working with next-gen technologies and the sharpest collaborative teams, then we could be a perfect match. About the Role: We are seeking a passionate and technically curious ExcelHer to join our Advanced Powertrain and Electrification Division. The focus of this internship is to assist in the development, testing, and optimization of battery energy transfer systems between electric trucks and electric construction equipment (such as loaders, diggers, and cranes). This includes both static and dynamic charging concepts, bi-directional energy flow, and smart load balancing strategies. Key Responsibilities: Support the design and modeling of battery-to-battery (B2B) energy transfer systems across heavy-duty electric platforms. Assist in the integration of vehicle-to-vehicle (V2V) and vehicle-to-equipment (V2E) energy systems using DC fast-charging standards and high-voltage safety protocols. Participate in simulation and prototyping of energy management systems (EMS) for intelligent energy routing and load sharing. Contribute to the development of real-time monitoring and control systems , including CAN communication and BMS interoperability. Assist with lab and field testing , collecting and analyzing performance data from trucks and equipment under real-world duty cycles. Research global standards (e.g., ISO 15118, CHAdeMO, CCS, SAE J1772) applicable to construction and transport electrification. Collaborate with electrical engineers, firmware developers, and systems architects to iterate and improve system reliability and efficiency. Document progress, test results, and technical learnings in structured formats for internal knowledge and IP development. Preferred Qualifications: Pursuing or recently completed a Bachelor s/Master s in Electrical Engineering, Power Electronics, electronics , or a related field. Basic understanding of Li-ion battery systems, BMS, DC charging protocols, and power electronics . Hands-on experience with MATLAB/Simulink, LTspice, Python, or similar simulation and prototyping tools. Familiarity with CAN bus , data logging, and diagnostic tools for electric vehicle platforms. Passionate about sustainability, renewable energy, and electric mobility solutions. Excellent communication, problem-solving, and collaboration skills. Bonus Skills (Nice to Have): Exposure to construction machinery electrification trends . Knowledge of thermal management and SOH/SOC estimation algorithms . Experience working with prototype builds , hardware integration, or test benches. What You ll Gain: First-hand experience working on cutting-edge energy transfer technologies for next-generation electric fleets. Cross-domain exposure: mobility, construction, energy storage, and power electronics. Opportunity to work in a fast-paced R&D environment with mentorship from experienced engineers. Potential pathway to full-time employment based on performance and project success.

Power electronics engineer shall provide technical support and subject matter expertise on power electronics, circuit design and analysis, electrification architecture & Motor controls. Develop power systems designs for spacecraft applications using modelling, simulation, and statistical design methods. Perform detailed component-level analysis to identify locations and operating conditions of high electromagnetic / thermal / mechanical stresses. Survey and investigate advanced circuit topologies component / board / packaging / manufacturing technologies to further improve circuit performance, fault-tolerance, and to reduce overall cost, weight, sizes. Collaborate with manufacturing engineers and suppliers to convert designs to production. Design, implement, and test new power electronic control software to meet documented requirements for power conversion products (drives, transformers, DC-DC converter) and programmable electronic fuses. Be responsible for technical direction and decisions for assigned product development projects. Work with a multi-disciplinary engineering development team that includes controls engineering, power conversion design, mechanical design, control hardware design, and Integration / Test. Test and debug of prototype and production power supply assemblies. Design verification testing of completed products. Develop mixed-mode circuits for power electronics applications, to achieve high accuracy, robustness, and low power consumption. Relevant degree such as Bachelors and Masters Degree in Electrical Engineering, Electronics, Power electronics Engineering, Electrical & Power Engineering. Power electronics circuit control and motor drive. Strong understanding of power electronics fundamentals is a must. Familiar with electromagnetic field measurement chambers and equipment. Hands-on experience designing, manufacturing, developing, or testing power electronic systems. Calculation and design of power chokes, inductors, and transformers. Calculation of power losses and efficiency optimization. Knowledge about different circuit test methods. It is preferrable to have experience with power conversion technologies (e.g., DC-DC converters, solar arrays, batteries) used in spacecraft power systems. Experience in designing power distribution and management systems for small satellites or CubeSats will be an added advantage. Familiarity with radiation-hardened electronics and mitigation strategies is desirable. Previous work experience involving spacecraft power systems is highly desirable. Proficiency in using simulation tools (e.g., SPICE, MATLAB/Simulink) for power electronics analysis and simulation Experience in designing and optimizing power distribution and management systems within spacecraft, including load sharing, fault tolerance, and redundancy strategies, is beneficial. Strong problem-solving skills and a proactive approach to innovation and optimization are highly valued. Experience in collaborating with cross-functional teams and interfacing with professionals from various disciplines (e.g., electrical, systems, mechanical engineering) is beneficial. Excellent working experience with Scopes, DVMs, Network Analyzers Strong understanding of conducted and radiated noise sources and their mitigation techniques in power electronic and analog systems. Experience in supervision of PCB layout for minimal stray parameters, power/signal plane definition for EMC optimization. Knowledge of Power Electronic Control algorithms including Matlab/Simulink Application.

for all electrical design of semiconductor-based solutions for AC and DC used in our HVDC transmissions. As part of your daily tasks, you will coordinate the work within calculations of HVDC and SVC valves, including voltage design, as well as loss and thermal calculations.Co-ordinating with cross functional teams globally to ensure the delivery of the project. Provide technical trainings to the customer while delivering the projects. How you ll make an impact: You will be responsible for electrical design of semiconductor-based solutions for AC and DC used in HVDC transmissions and responsible for the design of the optical current transducers. You will be coordinating the work within calculations of HVDC and smart valves including voltage design as well as loss and thermal calculations. Understanding and design of electrical power systems Specifying, testing and ensuring execution is according to current standards and customer specifications. Design of power converters used in applications like HVDC/Flexible AC transmission system/Power Quality etc. Responsible to create the specification, technical reports and related documents in accordance with the requirements, established formats and the general instructions. Responsible to create the cost calculation and design for the products based on the request from the customers. Review and analyze a variety of engineering data, Customer Specifications, documents & reports. Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background: A bachelor s degree in electrical engineering and Master of Engineering with specialization in Power Electronics. You should have minimum 1 to 3 years of experience in Power Electronics, Optical measurement devices and Power equipment s. You must have knowledge in HVDC system design, Converter design, IEC/IEEE standard, semiconductor and its functional features and design and FACTS. You must have e xperience of tools such as MATLAB, PSCAD, Mathcad and LTspice. Preferred with script language like Python Extensive knowledge of Power Electronics & Power system equipment and firmware knowledge is plus. Strong communication and interpersonal skills, with the ability to collaborate effectively with cross-functional teams. Attention to detail and a commitment to delivering high-quality digital solutions. .

Job Area: Engineering Group, Engineering Group > Systems Engineering General Summary: Qualcomm is looking for an experienced Chipset Power System Engineer who is passionate in solving power challenges and develop innovative solutions for optimizing power for next generation Snapdragon chipsets of various platforms in applicator processor, modem, automotive, AR/XR, compute and machine learning. The engineer is expected to work with cross-functional engineering teams to model SOC/chipset power and come up with innovative solutions to optimize hardware and software to enhance SOC and chipset and achieve world-class chipset low power consumption. In this position, the engineer will support the existing tools and methodologies while defining the long term strategy in the areas below. Power Modeling and Methodology Drive the engineering process to gather requirements, design, prioritize and track derived tasks, test, and deliver tools and methodologies to the power community Maintain existing power modeling tools and methodology. Define and deliver API's to the power community as required. Create block-level and system-level power models as required. Integrate and port power models from IP teams into the existing framework. This involves working closely with contributing teams and aligning power modeling requirements and negotiating power model deliverables for framework integration. Drive and participate in cross-functional power modeling collaborations which includes hardware, systems, architecture, software, and post-silicon teams Track technology changes with the enhancement to the power modeling methodology by incorporating new low power techniques, algorithms, power management schemes, etc. Power Analysis Collaborate to assess use case power impact in areas such as thermal and formfactor variance, architecture changes, IP changes, low power techniques Understand and perform block & chip-level power analysis and ensure methodologies satisfies the requirements to enable these activities Enable other teams to leverage the tools and methodologies and perform technology specific power analysis. Minimum Qualifications: Bachelor's degree in Engineering, Information Systems, Computer Science, or related field and 2+ years of Systems Engineering or related work experience. OR Master's degree in Engineering, Information Systems, Computer Science, or related field and 1+ year of Systems Engineering or related work experience. OR PhD in Engineering, Information Systems, Computer Science, or related field.

Role & responsibilities Design and develop power electronic circuits and systems, including AC/DC, DC/AC, and DC/DC converters and inverters. Conduct schematic creation and PCB layout design for electronic systems. Test, debug, and maintain electronic hardware and resolve technical issues during development and deployment. Collaborate with the engineering team to develop efficient and scalable power converters and analog/digital circuit solutions. Perform system-level testing and validation to ensure product quality and reliability. Document design specifications, test procedures, and results in a clear and organized manner. Work closely with cross-functional teams including R&D, manufacturing, and quality assurance. Stay updated with the latest developments in electronics and embedded hardware design. Required Qualifications Bachelors degree in Electronics & Communication Engineering (ECE), Electrical & Electronics Engineering (EEE), or a related discipline. 1–4 years of experience in electronics hardware design and testing. Solid understanding of circuit design, control systems, and power electronics. Experience with schematic and PCB design tools (e.g., Altium, Eagle, OrCAD). Proficient in using testing equipment like oscilloscopes, multimeters, power analyzers, etc.

The opportunity: Engineering authority in design studies and performance evaluation studies for projects/tenders for Flexible A. C. Transmission Systems (FACTS) technology aligned with Power Quality Solutions (PQS) Business. How you ll make an impact: Define topology and single line diagram for FACTS solution based on customer requirement. Specify main circuit components such as Power Transformer, Power Electronics Valves, Reactors, Capacitors, CT, VT, Breaker etc. based on customer specification and international standards. Co-ordinate with suppliers for optimal design of components mentioned in the point above. Evaluate their design and test record documents. Perform design studies such as harmonic performance, protection design, insulation coordination including TOV/ TRV/ lighting studies, loss evaluation and Reliability study. Create and validate power system equivalents in RMS (PSSE/ DIgSILENT) and EMT (PSCAD/EMTP) software packages. Develop understanding of control algorithms and keep one-self updated with new control methodologies for FACTS application. Perform dynamic performance studies, in RMS and EMT software packages, with FACTS devices integrated in power system networks. Develop FACTS solution models in multiple RMS and EMT software packages. Coordinate and communicate with other disciplines involved in project and tender deliveries. Close coordination and involvement into research and development activities as per business requirement. Participate in customer discussions and Support Project Management/ Product Management/ Application Engineering team in customer acquisition and consultation Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background: PhD in Power Systems and with relevant work Experience of 1-3 years. M. Tech, Power Systems and with relevant work Experience of 2-5 years. B. E/B. Tech, Electrical Engineering and with relevant work Experience of 5-10 years In-depth understanding of basics of power system steady state, dynamic and transient behavior. Experience with specifying power system components and evaluation vendor documents and/or Experience with grid integration studies for power electronics converter-based applications such as FACTS, HVDC, wind, solar and battery energy storage plants. Knowledge on Simulation tools like PSCAD/PSSE /DIgSILENT/EMTP/RTDS/MATLAB. and/or Knowledge on in depth understanding of international standards (i. e. , IEEE/IEC/GIGRE) for specifying power system components/ solutions. Good team player with ability to work effectively in multi-disciplinary and multi- cultural teams. Good communication skills and well-organized individual. Good focus on attention to details. Ambitious, creative thinker and problem solver. Ability to work effectively in fast paced and highly fluctuating workload environment Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. .

The Opportunity: We are looking for a skilled and motivated engineer to join our team of R&D Engineers. A person interested in the field of power electronic converters and contribute towards global R&D projects. How you ll make an impact: You bring broad knowledge in the field of controls design, power electronics as an experienced control engineer for power electronics. Development of control/Protection software in MACH control platform and MATLAB Simulink. Documentations for control software like concept documents, test reports and other supporting documents part of development. Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background: Master s degree in electrical engineering with an emphasis on Power Electronics and control system. Should have 5+ years of experience. Industry experience with power converters, control systems design and real-time control software. Control software design experience in MACH control platform, MATLAB/Simulink, or other control platforms. Proficiency in the use of simulation tools such as MATLAB/Simulink, PSCAD would be an advantage. Python programming would be an advantage. Team spirit with the capacity to work independently, complemented by a quick intellect and well-developed analytical skills. Experience working in an Agile development team would be an advantage. Eagerness for learning and innovation, the readiness of mind for the use of various new tools for developments tasks but also for collaborating with the team efficiently. You like to work in multicultural/international environment. Proficiency in both spoken & written English language is required. Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. .

The opportunity: Engineering authority in design studies and performance evaluation studies for projects/tenders for Flexible A. C. Transmission Systems (FACTS) technology aligned with Power Quality Solutions (PQS) Business. How you ll make an impact: Define topology and single line diagram for FACTS solution based on customer requirement. Specify main circuit components such as Power Transformer, Power Electronics Valves, Reactors, Capacitors, CT, VT, Breaker etc. based on customer specification and international standards. Co-ordinate with suppliers for optimal design of components mentioned in the point above. Evaluate their design and test record documents. Perform design studies such as harmonic performance, protection design, insulation coordination including TOV/ TRV/ lighting studies, loss evaluation and Reliability study. Create and validate power system equivalents in RMS (PSSE/ DIgSILENT) and EMT (PSCAD/EMTP) software packages. Develop understanding of control algorithms and keep one-self updated with new control methodologies for FACTS application. Perform dynamic performance studies, in RMS and EMT software packages, with FACTS devices integrated in power system networks. Develop FACTS solution models in multiple RMS and EMT software packages. Coordinate and communicate with other disciplines involved in project and tender deliveries. Close coordination and involvement into research and development activities as per business requirement. Participate in customer discussions and Support Project Management/ Product Management/ Application Engineering team in customer acquisition and consultation Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background: PhD in Power Systems and with relevant work Experience of 1-3 years. M. Tech, Power Systems and with relevant work Experience of 2-5 years. B. E/B. Tech, Electrical Engineering and with relevant work Experience of 5-10 years In-depth understanding of basics of power system steady state, dynamic and transient behavior. Experience with specifying power system components and evaluation vendor documents and/or Experience with grid integration studies for power electronics converter-based applications such as FACTS, HVDC, wind, solar and battery energy storage plants. Knowledge on Simulation tools like PSCAD/PSSE /DIgSILENT/EMTP/RTDS/MATLAB. and/or Knowledge on in depth understanding of international standards (i. e. , IEEE/IEC/GIGRE) for specifying power system components/ solutions. Good team player with ability to work effectively in multi-disciplinary and multi- cultural teams. Good communication skills and well-organized individual. Good focus on attention to details. Ambitious, creative thinker and problem solver. Ability to work effectively in fast paced and highly fluctuating workload environment Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. .

Position Title: Power Electronics Engineer Company: Evolve Location: Pune, Maharashtra Experience Required: Minimum 6 Years in Power Electronics Design Joining Timeline: Immediate Joiner Only About Evolve Evolve is a technology-led MSME and a proud Make in India company, leading innovation in X-ray imaging, baggage scanners, and digital dental systems . We are Indias first to indigenously design and manufacture X-ray Monoblock (160 to 180 KV), digital detectors, and embedded control systems all under one roof. Role Overview We are looking for an experienced Power Electronics Engineer to join our R&D and product engineering team. This is a hands-on role involving the design, development, testing, and validation of high-voltage power electronics systems for advanced imaging and scanning equipment. Key Responsibilities Design and develop high-voltage DC converters , SMPS , and power supply units for industrial and medical applications. Work with Power ICs, MOSFETs, and IGBTs , including thermal and protection design. Design and simulate analog and digital circuits , including ADC, DAC, signal conditioning , and isolation techniques. Conduct EMI/EMC analysis and implement mitigation techniques to ensure compliance with standards. Perform PCB design, testing, debugging , and validation of circuits for real-world operating conditions. Collaborate with firmware and mechanical teams for product integration. Document circuit designs, test procedures, and validation reports. Candidate Profile B.E. / B.Tech / M.Tech in Electronics / Electrical / Power Electronics . Minimum 6 years of experience in power electronics design (preferably in medical or industrial electronics). Strong knowledge of: High-voltage circuit design DC-DC converters MOSFETs and IGBTs EMI/EMC design and troubleshooting Analog and digital circuits Power IC integration and testing Familiarity with: Circuit simulation tools (e.g., PSpice, LTSpice) PCB design tools (e.g., Altium, Eagle) Signal processing techniques , ADC, DSE, and power measurement Hands-on experience with testing and debugging lab tools (oscilloscopes, multimeters, power analyzers, etc.) Immediate availability is mandatory. Why Join Evolve? Be part of Indias leading indigenous product company in X-ray imaging and embedded systems . Work with a multi-disciplinary team on real R&D and product development. Shape the next generation of medical and security electronics . Fast-paced environment with deep tech exposure and innovation-first culture. To Apply:

A minimum of 2 years experience as a hardware design engineer or similar. Mastery of digital and analogue circuitry with astrong foundation in electronics design Working knowledge of electronics tools Strong mathematical skills, particularly in the areas of circuitry and processing Design, plan, document and develop new hardware products from initial requirements through prototypes to production ready Maintain existing designs and develop new variants of existing products to add new features, deal with component end-of-life, etc. Work collaboratively and diligently with your fellow Hardware team members, Product Management, Software Engineering and Manufacturing to produce reliable, standards compliant, world-class products. Collaborating with software engineers to ensure software compatibility and integration with the hardware components. Testing hardware prototypes and analyzing and interpreting performance data. Troubleshooting and diagnosing errors and suggesting suitable repairs or modifications. Overseeing the manufacturing process of electrical components to ensure they meet the design specifications. . Designing for EMI/EMC compliance system. Resolving issues during EMI/EMC testing Micro Controller Design