15 Dcdc Converter Jobs

We are hiring a Sr. Engineer –Mechanical & Electrical with strong expertise in automotive product design using Unigraphics NX.The role involves end-to-end design, verification & development of chassis, body panels, and EV systems.

Role & responsibilities Design and develop power converter hardware and circuit architectures for industrial, healthcare, aerospace, and defence applications Select appropriate topologies and components for power conversion solutions Prepare schematics and provide PCB design guidance Perform low and high power board bring-up and functional testing Utilize schematic capture and PCB layout tools such as Xpedition, Allegro, Orcad, and PADS Design and evaluate magnetics and construction methods for power electronics Conduct pre-compliance and compliance testing, ensuring product meets standards Prepare design documentation including loss calculations, test plans, derating, FMEA, reliability analysis, and MTBF studies Use hardware tools like power analyzers, oscilloscopes, electronic loads, and function generators for testing and validation Collaborate with cross-functional teams and contribute to design for excellence practices including DFT, DFM, and DFA Maintain excellent communication with stakeholders and document all processes effectively Preferred candidate profile 5-10 years of experience in power electronics hardware design Hands-on experience with power converter topologies and design methodologies Expertise in schematic capture and PCB layout tools (Xpedition, Allegro, Orcad, PADS) Knowledge of magnetics design and compliance testing procedures Strong analytical, problem-solving, and debugging skills Familiarity with design documentation and reliability analysis Excellent verbal and written communication skills Experience in high power design and testing is an advantage

You will be responsible for defining and owning the technical vision, architecture, and roadmap for power electronics systems. This includes leading the design, simulation, prototyping, and validation of high-efficiency rectifier and DC-DC converter systems ranging from 10 kW to over 5 MW. Innovation in cost-effective, scalable, and high-efficiency power conversion for electrolyzer stacks will be a key focus. Collaboration with mechanical, thermal, and systems engineering teams will be essential to co-optimize packaging, cooling, and integration. You will also be tasked with recruiting, mentoring, and leading a multidisciplinary team of power electronics engineers and technicians. Managing relationships with component vendors, contract manufacturers, and external design partners will be part of your responsibilities. Ensuring compliance with relevant grid codes, EMC/EMI standards, UL, IEC, IEEE, or other regulatory frameworks is crucial. Working closely with Product, Manufacturing, and Operations teams to align technical goals with commercial requirements will be necessary. Supporting the development of internal and external IP strategy in power electronics and system design is also a key aspect of the role. You will guide the firmware architecture, coding standards, testing, and release processes to ensure high reliability and maintainability. Close integration of firmware co-development with hardware design for optimal system-level performance will be required. Collaboration with systems and stack engineering to align control strategies with electrolyzer operational requirements is another important aspect of this position. Desired candidates for this role should have a Masters or Ph.D. in Electrical Engineering or a related field with a focus on power electronics. A minimum of 18 years of industry experience in power electronics, including at least 5 years in leadership roles, is required. Deep understanding of AC-DC and DC-DC conversion topologies, especially in multi-kilowatt to multi-megawatt power classes, is essential. Experience with medium voltage systems and safe, reliable system design in those domains is preferred. Proven success in delivering modular, scalable, and high-efficiency electrical architectures under cost and performance constraints is highly valued. Hands-on experience with digital control systems, gate drivers, magnetics design, and thermal management will be beneficial. Strong familiarity with grid-connected systems, such as solar PV inverters, battery energy storage, or similar technologies, is an advantage. Excellent leadership, communication, and cross-functional collaboration skills are necessary for this role.,

The ideal candidate should possess experience in Analog and Mixed Signal Design, focusing on PMIC blocks such as DC-DC converter (BUCK, BOOST), LDOs, and clocking circuits. A strong foundation in CMOS design and active filter design is essential for this role. Responsibilities will include circuit design, validation, mixed signal validation, and reliability validation. Exposure to PMIC designs, high-speed digital circuit design, and analysis with timing and flow closure is required. Additionally, knowledge of digitally assisted analog circuits and techniques is preferred. The candidate will be entrusted with developing high-speed, low-power, and reliable analog and digital circuits for various PLL areas. Proficiency in control systems, Bandgap reference, bias, op-amps, feedback, and compensation techniques is necessary. Joining an expanding analog/mixed-signal circuit design team involved in cutting-edge foundry process development nodes, the selected candidate will be expected to focus on Analog blocks and clocking circuits. Proficiency in CMOS design, passive RC circuits, and switched-cap circuits is crucial for success in this role. Task responsibilities will encompass circuit design, validation, mixed signal validation, and reliability validation. Additionally, the candidate should be adept in high-speed digital circuit design and analysis with timing and flow closure, as well as digitally assisted analog circuit and techniques. The role will involve the development of high-speed, low-power, and reliable analog and digital circuits for various PLL areas, requiring a good understanding of control systems, band gaps, bias, op-amps, LDOs, feedback, compensation techniques, as well as experience in LC VCO/DCO design. Exposure to VCO performance parameters and complete PLL architecture is highly desirable.,

We have several openings in our R&D department for following roles. 1. Testing & Validation Engineer 2. HW Design Role 3. Embedded Software Design Engineer 4. EV Integration Engineer Interested candidates can apply. We prefer immediate joiners.

Greetings from eTeam! We are hiring " Hardware Design Engineer " for Bangalore Location with our client "Aptiv TCI" . Please go through the below JD for your reference and revert with your confirmation that you are interested in this opportunity. Job detailsMode of Hiring:- Permanent with eTeam, Deputed to Aptiv TCI. Exp:- 5-10Yrs Location:- Bangalore If interested, plz share your updaetd CV along with below deatils to pallaviam@eteaminc.com Total Exp: Relevant exp: Full Name: Date of Birth: Current CTC: Expected CTC: Current location: Preferred location: Notice Period: Reason for Job Change: Job Description:- Below are the skills expected: Experience : 5-7 years Responsibilities: Work independently on design tasks to lead the electrical hardware design Review customer specifications. Design and development of Automotive Products with Micro, SOCs, High speed memory, LVDS, FPD Link-III circuitry, high speed design for automotive applications Design and development of Microprocessor and DSP Digital Core, Audio, Camera and video signals, analog and digital control logic, linear and switching power supplies, for automotive applications Perform worst case analysis and simulations to ensure compliance to customer requirements Support product design reviews Create and maintain schematic and assembly drawings and release within the change management structure Develop and maintain electrical DFMEA Generate electrical information to ECAD for PCB layout and support ECAD designer Support hardware prototype builds Create product verification plan and perform testing Support EMC and validation testing Utilize structured problem solving techniques for test failure resolution • Present product design, analysis and testing to customer Basic Qualifications: BE degree minimum, ME preferred experience in electronics design experience in embedded, high speed (> 100 MHz) Micro-Controller design experience in high speed (>100 MHz) digital and serial interface design lab equipment experience with power supplies, oscilloscopes function generators and multimeters Internal Regards, Pallavi

Position: R&D Head (UPS, Inverter, Solar) Location: Rajpura, Chandigarh , MOHALI Punjab Industry: Electronics / Renewable Energy / Power Systems, Power electronics, Experience Required: Minimum 10 years Qualification: Diploma / B.Tech in Electronics & Communication, Electrical Engineering, or equivalent Job Summary: We are seeking a highly skilled R&D Engineer with deep expertise in Power Electronics and Instrumentation , especially in inverter technologies, energy storage, and solar systems. The ideal candidate should have hands-on experience in inverter design , BESS integration , servo/static stabilizer testing , and power conditioning systems . The position will play a key role in product development, simulation, validation, and root cause analysis. Technical Expertise Required: Hands-on experience in Battery Energy Storage Systems (BESS) , Online UPS , and PV Inverter design Knowledge of interaction between Inverters, PV modules, BESS, and the grid Ability to perform root cause analysis and provide corrective action solutions Roles & Responsibilities: Simulation and analysis of inverter control logic with PV, Battery, and grid connectivity Experience in PCB design , thermal management , and temperature rise calculations Strong knowledge of communication protocols and interface architecture Expertise in inverter modes of operation and hardware development for various applications Define and select BOM components , ensure regulatory compliance , and evaluate system-level suitability Lead root cause investigations and provide timely engineering solutions Design and test power electronics circuits including inverters, stabilizers (up to 50kVA) , and thyristor/IGBT-based converters Review and analyze technical specifications , vendor proposals, and hardware design documentation Carry out hardware verification and validation in real-time applications Identify technical enhancements and drive innovation in product design Involved in testing and commissioning of servo/static stabilizers and solar charge controllers (up to 100A, 240V+) Qualifications & Experience: Diploma or B.Tech in Electronics & Communication , Electrical Engineering , or related field 5 years of hands-on experience in: Power electronics and inverter/converter design Solar energy systems and BESS integration Testing and commissioning of power conditioning equipment Preferred Skills: Familiarity with compliance standards (CE, IEC, BIS, etc.) Experience in simulation tools like MATLAB/Simulink or PSIM Strong documentation and communication skills Ability to work independently and collaboratively across cross-functional teams Interested candidates may send their updated resume to: hr@spinoff.in

You will be responsible for the layout of Analog and mixed-signal modules in CMOS and Power Technologies, with a specific focus on DC-DC converters for power management ICs. This includes designing Analog and mixed-signal system resource blocks such as POR, Bandgap, LDO, Oscillator, amplifier, and power FET. You will also be involved in chip floor-planning, pad ring layout, power busing, bonding, and tape-out activities. Your role will require a deep understanding of layout verification processes like DRC, LVS, Latch-up, and Electro-migration. Additionally, you will collaborate closely with designers to define block layout requirements, match patterns, and ensure signal integrity. To qualify for this position, you should hold a Diploma, Bachelor's, or Master's Degree in Electrical/Electronic Engineering, Physics, or a related field with 7 to 10 years of relevant experience. Your expertise should include Analog and mixed-signal layout, especially in CMOS and Power Technologies. Strong analytical skills and a comprehensive understanding of Analog Layout are essential for this role. Familiarity with power switch layout, electro-migration, and thermal analysis would be advantageous. Proficiency in computer-aided design tools and methodologies is also required to excel in this position.,

Position: Analyst Developer Hardware - 6+ (15,00,000) Position: Development Lead - Hardware - 10+ (18,00,000) Position: Technical Architect - 13+ (25,00,000) Position: Principal Engineer - 15 + (32,00,000) Job Description We are looking for an experienced Analog Design Engineer with expertise in ADC selection, discrete circuit design, microcontroller integration, power supply design, and PCB design. Skill / Qualifications Education: Bachelor's degree in Electrical/Electronic Engineering or a related field. 7+ years of experience in analog circuit design, PCB layout, and power electronics. Analog Design Expertise: Knowledge of various ADC types and selecting suitable ADCs for AC signal measurement. Circuit Design: Hands-on experience with discrete circuit design using transistors, op-amps, and other components. Microcontroller Selection & Usage: Experience in selecting microcontrollers and utilizing their peripherals effectively. Power Supply Design: Expertise in SMPS design, DC/DC converters, and LDOs. Design for Manufacturability (DFM): Strong understanding of DFM principles and their application in product design. PCB Design: Experience in PCB layout with considerations for EMI/EMC compliance. Component Selection: Proficiency in selecting op-amps, microcontrollers, power switches, transistors, diodes, and capacitors. Quality Tools: Knowledge of 8D, FMECA, CAPA , and Why-Why analysis methodologies Product Reliability: Understanding of part and product reliability principles. EMI/EMC & Safety Standards: Practical knowledge of safety, EMI/EMC standards and their application. RF Design (Optional): Preferred for projects involving RF applications. Strong analytical and problem-solving skills. Excellent communication and teamwork abilities. Job Responsibilities Provide upfront technical architecture and high-level design to ensure manufacturability, serviceability, performance, reliability, cost, and feature requirements. Support Program Manager in overall program planning to ensure timely delivery of projects. Actively participate in requirement analysis and preparation of requirement artifacts during the definition phase. Ensure the design supports manufacturability and meets product cost targets by driving design innovation, selecting cost-effective components, and optimizing manufacturing, service, installation, and maintenance costs. Implement best practices such as design before implementation, unit testing, DFMA, FMECA/Fault Tree Analysis, and robust design methodologies to ensure first-time right designs. Accountable for pilot execution as per the program plan and ensure timely closure of pilot actions Benefits Competitive Market Rate (Depending on Experience)

Manager / Senior Manager Embedded Hardware Design Engineer About Lauritz Knudsen Electrical and Automation Lauritz Knudsen Electrical and Automation (A unit of Schneider Electric India Pvt. Ltd.) is a pioneering electrical and automation brand with a rich legacy of over 70 years in India. We offer comprehensive portfolio of low-voltage switchgear, medium-voltage switchgear, automation solutions, software, and services catering to diverse segments, including homes, agriculture, buildings, infrastructure, and industry. Work Location: Mahape, Navi Mumbai Education Qualification: BE (Electronics/ Electronics-communication/industrial) Experience: 5-10 years Key Responsibilities/Deliver: 1. Design and development of Electronics Hardware, & its testing 2. Power supply design SMPS topologies, DC-DC converters, High frequency transformer design. 3. Analog & Digital circuit design, its signal integrity Simulation in Pspice, LTSpice, ModelSI IGBT/MOSFET Gate Drivers design, PWM techniques, Snubber design 4. EMI-EMC Filter Design implementation in electronics circuit design, with compliance of Surge, EFT, ESD, CE,CS RE,RS etc. 5. Heatsink calculations, Components selections like Capacitors, LDOs, Inductors, X,Y Capacitors 6. Knowhow of various IEC, CE, UL, standards 7. PCB layout understanding, review. 8. Knowledge of various communication protocols like RTU, USB, CAN, TCP, Profibus, etc. from hardware design perspective. 9. Knowledge of various reliability testing like, HALT, ALT etc. Functional Competencies: 1. Embedded Hardware Design 2. EMI/EMC standard understanding 3. Simulation skills Desired Overall Skills: 1. Effective communication 2. Team player – Individual contributor 3. Creative and open to learn. Schneider Electric aspires to be the most inclusive and caring company in the world, by providing equitable opportunities to everyone, everywhere, and ensuring all employees feel uniquely valued and safe to contribute their best We mirror the diversity of the communities in which we operate and we ‘embrace different’ as one of our core values. We believe our differences make us stronger as a company and as individuals and we are committed to championing inclusivity in everything we do. This extends to our Candidates and is embedded in our Hiring Practices. You can find out more about our commitment to Diversity, Equity and Inclusion here and our DEI Policy here Schneider Electric is an Equal Opportunity Employer. It is our policy to provide equal employment and advancement opportunities in the areas of recruiting, hiring, training, transferring, and promoting all qualified individuals regardless of race, religion, color, gender, disability, national origin, ancestry, age, military status, sexual orientation, marital status, or any other legally protected characteristic or conduct.

Physical Design Engineer and Physican Design Lead positions for 3-5 years, 5-8 Years and 8-15 years of experience levels with hands on experience on technology nodes of 14nm, 28nm, 90nm, 180nm Must have Experience in Floorplanning, Power Grid Design, Placement, CTS, Routing, STA , Power Integrity Analysis, Physical Verification, Chip finishing. Should have experience on Physical Design Methodologies and sub-micron technology nodes of 14nm, 28nm, 90nm, 180nm Should have experience in Analog and Mixed Signal Design Should have experience on programming in Tcl/Tk/Perl to automate design process and improve efficiency. Must have hands-on experience on PnR Suite Strong experience on Static Timing Analysis (PrimeTime - SI) , EM/IR-Drop analysis (PT-PX, Redhawk), Physical Verification Understanding the practical application of methodologies and Physical Design Tools, Flow Automation, and Improvements Experience in complex SOC integration, Low Power and High-Speed Design and Advanced Physical Verification Techniques. Primary Location : Hyderabad ( candidates from across locations) Secondary : Bangalore (Only bangalore based candidates) Joining Time - 0-30 days (with Notice buyout options for higher notice period candidates)

Job Title: AMS Layout Design Engineer Job Description 90/130/150nm and higher node with PMIC layout experience. Performs layout and takes corrective actions in such a way that the final result meets all requirements as stated in the Design document, section layout, including all remarks from review, the customer and back annotation. Performs layout in such a way that the final result meets all general layout guidelines and matches 1-to-1 with parameter devices and hierarchy used in simulations. Create floorplan Performs DRC and takes corrective actions if needed until DRC is error free Performs LVS and takes corrective actions if needed until result is successful Performs layout in such a way that final result meets the foundry layout rules. Provides extracted netlist for back annotation to DE as specified in the Design document, section layout. Translates sub block schematics to sub block layouts, taking care of the same hierarchical build-up and respecting the guidelines of the Block review document, section layout. Adds extra useful information to the Block review document, section layout.

Role & responsibilities PCB Layout Design for Power Electronics: Design multi-layer PCBs for high-power motor controllers, DC-DC converters, inverters, and battery management systems (BMS). Optimize power planes, creepage & clearance distances, and thermal dissipation for high-voltage (>96V) and high-current applications. Ensure low-inductance routing, controlled impedance, and effective grounding strategies for high-power circuits. Select appropriate PCB materials (FR4, Rogers, Polyimide, etc.) for high-reliability applications. Implement EMI/EMC best practices, including shielding, filtering, and differential pair routing. PCB Layout for RF & High-Speed Designs: Design PCBs for RF modules, antennas, and high-speed signal transmission (GHz range). Implement micro strip, strip line, coplanar wave guides, and controlled impedance routing. Optimize layouts for minimum crosstalk, reflection, and insertion loss. Work closely with RF engineers for layout optimization, grounding, and signal integrity enhancements. Conduct EMI simulations and compliance testing to meet RF regulatory standards. PCB Layout for Analog & Mixed-Signal Circuits: Design low-noise, precision analog circuit layouts, including op-amps, ADCs, DACs, and sensor interfaces. Implement star-grounding, guard rings, and Kelvin sensing techniques for ultra-low- noise performance. Optimize high-precision data acquisition and mixed-signal PCB layouts. Ensure minimized parasitic capacitance and inductance in sensitive analog circuits. Thermal & Mechanical Considerations: Design thermal vias, heat sinks, copper pours, and metal core PCBs (MCPCB) for high-power applications. Work closely with mechanical engineers to optimize PCB integration within enclosures and cooling solutions. Work closely with CFTs to perform thermal simulations and power dissipation analysis for PCB heat management. Design Validation & Compliance: Perform DFM (Design for Manufacturability), DFA (Design for Assembly), and DFT (Design for Testability) analysis. Collaborate with fabrication and assembly vendors to ensure high-yield production. Ensure compliance with IPC standards (IPC-2221, IPC-600, IPC-6012), EMI/EMC regulations, and automotive/industrial safety norms. Preferred candidate profile Specific expertise required for functional domain: PCB layout tools: Altium Designer, Cadence Allegro, Mentor Xpedition, KiCad, Eagle, or OrCAD. Power electronics PCB design: High-voltage (>96V), high-current layouts, creepage/clearance design. RF PCB layout: Controlled impedance, high-frequency design, shielding, and SI/PI analysis. Analog circuit PCB layout: Low-noise routing, precision signal integrity, and EMI/EMC mitigation. DFM/DFA considerations: PCB stack-up design, material selection, thermal & mechanical integration. Simulation tools: Ansys SIwave, HyperLynx, LTspice, CST Studio, Keysight ADS for RF/mixed-signal analysis. Knowledge of PCB fabrication & assembly: HDI, flex-PCB, rigid-flex, metal core PCBs (MCPCB).

Job Overview: The RF Service Engineer is responsible for maintaining, repairing, and servicing RF jamming equipment. This includes troubleshooting issues, conducting tests, ensuring proper functionality, and providing post-sales support to clients. The role involves regular interaction with customers, offering technical solutions, preventative maintenance, and ensuring optimal equipment performance. Key Responsibilities: RF Component Testing: Use advanced testing instruments such as Network analysers, Signal Generators, Spectrum Analysers, and Noise Figure Meters to test individual RF components and full systems. System Testing & Optimization: Conduct comprehensive testing and tuning of RF modules to ensure they meet performance standards and customer requirements. Environmental & EMI/EMC Compliance Testing: Perform EMI/EMC tests to assess the environmental compatibility of RF equipment and ensure compliance with relevant regulations and customer specifications. Documentation & Reporting: Maintain detailed documentation of all test results, repairs, maintenance, and customer interactions. Update and create user manuals, maintenance, schedules, and technical reports. Preventative Maintenance: Develop and implement proactive maintenance strategies to reduce downtime and enhance the lifespan of RF equipment. Customer Support & Troubleshooting: Serve as a point of contact for customers, providing expert troubleshooting and solutions to technical issues. Ensure timely resolution of service requests and provide clear instructions to customers. Installation & Setup Assistance: Assist in the installation and configuration of RF equipment at client locations, ensuring proper setup and optimal performance. Quality Assurance & Safety Compliance: Perform regular quality assurance checks and ensure all installations and service procedures meet safety standards and operational excellence. Inventory Management & Procurement: Monitor inventory levels of essential parts and equipment, and coordinate reordering to ensure service continuity. Key Attributes: • A valid driving license and ownership of a two-wheeler are mandatory for attending within-city calls. • Customer-focused with a passion for delivering effective solutions and high levels of service. • Strong technical knowledge in RF systems, especially jamming technologies and related electronic components. • Skilled in managing client relationships, troubleshooting issues, and providing actionable insights for product optimization. • Proactive, organized, and able to handle multiple service requests while ensuring a high level of service quality.

As a Power Electronics Engineer, you will be responsible for designing, developing, and testing power electronic systems and components used in railway applications. You will work closely with cross-functional teams to deliver innovative solutions that meet the demanding requirements of the railway industry. Your role will involve both theoretical analysis and practical implementation, with a focus on reliability, efficiency, and safety. Key Responsibilities: Design and simulate circuits & topologies using design tools such as MATLAB, PSPICE, and ANSYS. Essential to have hands on experience in three phase circuit topologies e.g. Inverters, rectifiers and power supply circuits, DC-DC Converters e.g. buck, fly back. Select & Carry out device characterization of power modules (Si IGBT/MOSFET/SiC/Diode). Estimate power losses and predict thermal stress for various semiconductors using internal design tools or multi-physics simulation tools. Design magnetic (Transformers, Inductors) for various power converter topologies using tools like MATHCAD & PSPICE and realize design samples through vendor interactions. Design, simulate & realize analog/digital circuit (Operational amplifiers, logic gates etc.) perform various types of analyses and select appropriate components considering thermal & safety aspects. Guide team on carrying out EMC Tests as per relevant standards, debug and resolve EMI/EMC issues. Support design verification & product validation test activities as per applicable IEC/UL Standards. Review & provide guidance to the younger team members in design, prototyping, realizing and testing of the product. Work with a multi-disciplinary development team comprising of mechanical, embedded electronics, supply chain and product owners to deliver products. Lead activities like DFMEA and adhere Danfoss processes for product development. Work closely with supply chain to create test instruction for PCBAs & Units for production process control. Work with manufacturing & global suppliers to test & qualify components and assemblies during prototype development and resolve issues as needed. Qualifications: Bachelors or Masters degree in Electrical Engineering, Power Electronics, or a related field. Minimum of 10 years of experience in power electronics design and development, preferably in the railway or transportation sector. Hands-on experience with power converters, inverters, and motor drives. Skills: Proficiency in simulation tools (e.g., MATLAB/Simulink, PSpice, MATHCAD). Strong understanding of electromagnetic compatibility (EMC) and thermal management. Knowledge of railway standards and regulations is a plus. Excellent problem-solving skills and attention to detail. Strong communication skills and ability to work effectively in a team environment.