22 Dcdc Converters Jobs

As an Electrical Design Engineer at our company, you will be responsible for developing and designing electrical panels for various industrial applications. You should have 2-4 years of experience in electrical panel design, Bill of Materials (BOM) creation, and technical documentation. You must possess in-depth knowledge of power electronics, including components like IGBT, MOSFET, AC-DC converters, and DC-DC converters. Proficiency in using AutoCAD for design purposes is also required. Your key responsibilities will include developing electrical panels in compliance with technical specifications and industry standards, preparing detailed Bill of Materials (BOM), generating technical documentation like wiring diagrams and electrical schematics, applying power electronics knowledge to support design, selecting appropriate components, ensuring design verification, collaborating with cross-functional teams, utilizing AutoCAD for precise designs, and recommending improvements based on industry trends. To be successful in this role, you should have 2-4 years of hands-on experience in electrical panel design, BOM creation, and technical documentation. Additionally, you should have a strong understanding of power electronics concepts, advanced AutoCAD proficiency, knowledge of electrical components, excellent communication skills, problem-solving abilities, and a Bachelor's degree in Electrical Engineering or a related field. Preferred skills for this position include experience with design software other than AutoCAD, knowledge of regulatory standards like IEC and UL, and experience in prototyping and testing electrical systems. We offer a competitive salary based on experience, health insurance, professional development opportunities, a friendly work environment, and fun Friday activities. Please note that this job description is a summary and not an exhaustive list of responsibilities or working conditions, and management may modify job requirements as needed.,

We are looking for a Senior Electronics Hardware Engineer in our team. In this role, you are expected to have hands-on experience in hardware design and development of digital and analogue electronics, analogue and mixed domain circuits solutions. As a core member of the Electronics system design team, you will drive microprocessors/ microcontrollers, SoC-based processing unit design and peripheral interface control, power electronics for power supply, power distribution, battery charging management, and embedded systems bring-up, integration, and qualification. Core Responsibilities: Design and develop new hardware platforms for multiple projects. Partner with the embedded software team for hardware/ firmware co-design and development; optimization. Ability to make sense of complex functional requirements and build appropriate electronics hardware-based solutions. Create a reliable and modular design and qualify the integrated design with respect to the performance requirements. Requirements & Skills: Must to have: 6 to 8 years of experience in low-power circuit design, system bring-up, engineering-build integration, and debugging performance issues in the integrated product. 4 to 8 years of experience driving design development from component selection, schematic capture, PCB layout, assembly, and integration with other modules of the product. 5+ years of experience in the development of Multi-layer, mixed-signal board-level design in Altium/ Eagle. Experience in embedded Linux-based SOCs design along with microcontrollers. Experience in power supply topologies: DC-DC, Flyback Converters, LDOs, etc. Experience of battery charger design, signal conditioning, sensor interface; protection circuits. Hands-on experience in hardware implementation of embedded system data communication protocols such as 1-wire, I2C, SPI, UART, USB, TCP/ IP, wireless, BLE. Experience of BDC/ BLDC or stepper motors, motor driver circuit design, and its working principles. Diverse experience in microcontroller/ microprocessor-based circuit design and bring-up. Ideally from ST/ TI/ NXP/ Renesas and sensor interface on PCBA level. Ability to interface sensors like current-voltage, Time-of-Flight, Proximity, Position, ALS, etc., on a PCBA level. Knowledge about Design calculations/ Worst-case performance analysis, Design Documentation during Product Development Life-Cycle milestones. Knowledge of EMI/ EMC/ ESD standards and practices is preferred. Good to have: Strong communication and documentation skills and ability to operate independently. Experience with portable, battery-operated designs and power budgeting. Knowledge about Wi-fi/ Bluetooth/ RF/ Antenna Technologies. Experience with RTOS. Experience with ESP32 and ESP-IDF. Experience of Microphone and Speaker circuit design is a plus. Familiar with PCB fabrication technologies, Rigid-Flex PCBs, Flex Cables. Hands-on experience of the manufacturing process including DFM and DFT for consumer products at scale. Familiar with sensor interface, MIPI Camera CSI and DSI; display Modules and their communication protocols applications; Power Supply design and distribution for low power applications, motor drive control design, Pwm, DMA control, and Audio signal Processing interface. Job Types: Full-time, Permanent, Fresher Benefits: Health insurance, Paid sick time, Paid time off, Provident Fund Schedule: Fixed shift, Monday to Friday Application Question(s): Which project have you worked on that has a microcontroller and sensor instrumentation What was your role and responsibility in that project What exposure do you have in schematics design and PCB development tools Have you participated in Requirement Specification creation and drafting Work Location: In person,

You will be joining Jaguar Land Rover, an innovative, trusted, and pioneering company known for its performance, luxury, and excellence across all products. As a Sr. Power Electronics Semiconductor Application Engineer, you are expected to have 6-12 years of experience and possess certain skills, experience, and qualifications: - Demonstrate in-depth knowledge of power electronic components and principles. - Expertise in power semiconductor device characterization, with the ability to evaluate device performance. - Experience with Si, SiC MOSFETs/JFETs, GaN, and other wide bandgap devices preferred. - Proficiency in simulating power semiconductor devices for power electronics applications. - Deep understanding of power modules/discretes, including die construction, packaging, materials, and parasitics. - Design gate drivers optimized for performance, cost, and modularity. - Hands-on experience in designing and preparing power stacks for prototypes. - Develop test benches for functional evaluation of power modules/discretes. - Build and model high-voltage power electronics systems within an electrical powertrain. - Experience in electrical modeling, including inverters, DC-DC converters, OBC, BMS, and power supplies. - Solve power electronics quality issues for xHEV and BEV vehicles. - Proficiency in simulation tools such as PSpice, LTSpice, MATLAB, or PSIM. - Hold a Bachelor's degree in Electrical or Electronics Engineering. Desirable qualifications include: - Master's degree in Electrical or Electronics Engineering. - 5+ years of experience in semiconductors and power electronics design. - Solid understanding of power semiconductor devices and their physics. - Experience in power loss calculations, parameterization, and 1D thermal modeling. - Work experience in high-voltage and high-current systems. - Familiarity with e-circuit breakers, e-fuses, and DC-DC converter design. - Hands-on experience with inverters, DC-DC converters, OBC, BMS, and power supplies. - Knowledge of EMI/EMC considerations in power electronics design. - Understanding of high-voltage and high-current PCB design. Key Interactions will involve collaborating with various teams such as HV Design & Test Team, LV Design & Test Team, Product Owners & Scrum Master, Systems Engineering Team, Embedded SW Team, Mechanical Design Team, Thermal Team, HV System Team, and Materials Team. In terms of personal profile, you should: - Have a customer-first mindset and deliver personalized, transparent, and dependable experiences. - Be results-driven and able to deliver operational plans in a demanding environment. - Possess a passion for continuous technical improvement and creating differentiating products. - Follow accurate and robust working practices. - Prioritize workload effectively. - Communicate complex ideas clearly. - Be an effective collaborator and support team members. Desirable traits include being resilient, enthusiastic, able to deliver results under pressure, excellent communication and people skills, with strong influencing and engagement abilities.,

You will be part of the Mid-Vin Buck (MVB) team at Mid-Voltage Regulators, which focuses on delivering optimized power package solutions for enhanced performance, reliability, and throughput in response to the growing demand in various industries such as Enterprise, Industrial, Personal Electronics, Artificial Intelligence, and Autonomous Driving. Your role as a Validation Engineer will involve working hands-on to develop and validate power solutions that meet customer and market needs. Your responsibilities will include: - Developing validation boards, schematics, and layouts tailored to customer use cases and applications, ensuring modularization, mixed-signal compatibility, scalability, and alignment with customer EVMs. - Creating and documenting comprehensive validation plans, considering the device and system environment. - Defining the Validation Strategy encompassing Hardware, Software, and Instrumentation. - Generating and executing validation test cases using scripting languages like Python, Test stand, and Labview. - Conducting system-level and parametric tests with a focus on comprehensive analysis and problem-solving. - Collaborating closely with design and Firmware teams to address customer requirements, implement custom features, and resolve device-related issues. - Leading and mentoring junior engineers, fostering a collaborative and supportive team environment. Minimum Requirements: - Bachelor's degree in Electrical Engineering or related field - 10+ years of relevant experience Preferred Qualifications: - Experience in validation engineering of analog products - Proficiency in hardware debugging - Strong time management and communication skills - Knowledge of simulating and designing inverters and/or DCDC converters - Familiarity with semiconductor power switches like MOSFET, IGBT, and SiC MOSFET - Expertise in tools such as Simplis, Matlab, Altium, PSPICE, LabView, and Python - Experience in schematic and PCB layout design using Altium - Ability to manage physical layout, signal grounding, and routing optimization - Demonstrated ability to handle complex design tasks effectively and efficiently - Attention to detail to ensure high-quality results - Collaboration skills to work effectively with colleagues and customers to create a positive working environment.,

Job Description About TI Texas Instruments Incorporated (TI) is a global semiconductor design and manufacturing company that develops analog ICs and embedded processors. By employing the worlds brightest minds, TI creates innovations that shape the future of technology. TI is helping about 100,000 customers transform the future, today. Were committed to building a better future from the responsible manufacturing of our semiconductors, to caring for our employees, to giving back inside our communities and developing great minds. In TIs Power Products, were developing breakthrough technology to power the worlds future innovations as well. Put your talent to work with us change the world, love your job! Why Mid-Vin Buck (MVB) Enterprise, Industrial, Personal Electronics, Artificial Intelligence and Autonomous Driving are just a few of the trends driving the need for high current mid-voltage regulators. The Mid-Vin Buck product line is focused on bringing to market the optimized power package solution for improved performance, reliability, and throughput. The Mid-Vin Buck team actively collaborates with TIs advanced technology, packaging, and research and development teams to deliver the highest power density solutions for the power level. About The Job At TI, Validation Engineers leverage strong technical knowledge working hands-on to bring differentiated power solutions to our customers globally. Validation Engineers also partner closely with Design, Test, Systems and Application engineers to ensure our power solutions are both meeting customer and market requirements and are technically and cost-wise optimized. The validation engineer in MVB has to evaluate the system-level performance also for enterprise computing. About The Role And Team Develop validation board, schematics and layout, matching it with customer use-case & applications. The validation boards include - modularization of the Val board for generic flow, solving mixed-signal challenges, scalability of HW for a large number of setups and most importantly closeness to the customer EVMs. Build, design, and document the full validation plan. The validation plan needs a detailed understanding of not only the device but also the system environment. Define the Validation Strategy in terms of Hardware, Software and Instrumentation Building Validation test cases and implementing them on different scripting languages. (i.e. Python, Test stand, Labview etc.) Bring the device on the bench; Perform system level and parametric test on the bench with a strong break-the-part mentality. Work with design and Firmware team to support customer needs, and implement custom features in FW. Close collaboration with FW and application teams to understand the device issues and bugs and find the FW-level workaround for the fix. Debug device and setup-related issues and drive the issue to closure independently Engaging on customer issues and fixes with application engineers, to help them understand the device better, help to fix the issues and provide modifications if any tweaks are needed. This is done in collaboration with application engineers. Team leading skillset along with mentoring and guiding junior engineers in the team. Qualifications Minimum requirements: Bachelors degree in Electrical Engineering or related field of study 5+ years of relevant experience; 8+ preferred. Preferred Qualifications Experience in validation engineering of analog products Demonstrates hardware debugging skills. Excellent time management; Strong written and verbal communication skills Experience in simulating and designing inverters and/or DCDC converters Knowledge of semiconductor power switches like MOSFET, IGBT, and SiC MOSFET Expertise in tools e.g. Simplis, Matlab, Altium, PSPICE, LabView, Python Schematic and PCB layout design in Altium. Physical layout management, signal grounding and routing tradeoffs, optimization Must budget time, manage schedule and complete complex design tasks on time Must have depth of experience and meticulous approach to ensure high-quality results Must account for limitations of system-level specifications, testability, and debug Must work well with colleagues and customers to foster a highly creative, interesting, productive, and fun working environment About Us Why TI Engineer your future. We empower our employees to truly own their career and development. Come collaborate with some of the smartest people in the world to shape the future of electronics. We&aposre different by design. Diverse backgrounds and perspectives are what push innovation forward and what make TI stronger. We value each and every voice, and look forward to hearing yours. Meet the people of TI Benefits that benefit you. We offer competitive pay and benefits designed to help you and your family live your best life. Your well-being is important to us. About Texas Instruments Texas Instruments Incorporated (Nasdaq: TXN) is a global semiconductor company that designs, manufactures and sells analog and embedded processing chips for markets such as industrial, automotive, personal electronics, communications equipment and enterprise systems. At our core, we have a passion to create a better world by making electronics more affordable through semiconductors. This passion is alive today as each generation of innovation builds upon the last to make our technology more reliable, more affordable and lower power, making it possible for semiconductors to go into electronics everywhere. Learn more at TI.com . Texas Instruments is an equal opportunity employer and supports a diverse, inclusive work environment. If you are interested in this position, please apply to this requisition. About The Team TI does not make recruiting or hiring decisions based on citizenship, immigration status or national origin. However, if TI determines that information access or export control restrictions based upon applicable laws and regulations would prohibit you from working in this position without first obtaining an export license, TI expressly reserves the right not to seek such a license for you and either offer you a different position that does not require an export license or decline to move forward with your employment. Show more Show less

Orbitt Space is in the process of developing sustainable satellite platforms that utilize cutting-edge electric propulsion technology to support long-duration missions in Ultra Low Earth Orbit (ULEO). As a Power Electronics R&D Engineer at Orbitt Space, you will play a crucial role within our core engineering team. Your primary responsibilities will involve designing high-efficiency, high-voltage DC-DC converters and overseeing the development of the Power Processing Unit (PPU) for our proprietary propulsion system. This includes tasks ranging from initial concept creation to testing under space-grade conditions. In this role, you will be expected to: - Design, simulate, and test high-voltage (up to 2kV), high-power (1kW+) DC-DC converters tailored for space applications. - Take charge of schematic design, PCB layout (using tools such as Altium, Cadstar, or Allegro), and prototyping. - Implement effective thermal and EMI/EMC strategies to ensure optimal converter performance and reliability. - Develop control systems for both digital and analog regulation of power electronics. - Validate and qualify systems to meet the demanding requirements of extreme environments and space standards. - Engage in collaborative efforts with propulsion, embedded systems, and integration teams to achieve project goals successfully. Ideal candidates for this position should possess: - ME/MTech/PhD in Power Electronics or Electrical Engineering. - At least 3-4 years of experience in the design of high-voltage, high-efficiency converters. - Proficiency with tools like Altium, Cadstar, Allegro, or similar software. - A strong understanding of hard/soft switching topologies. - Hands-on experience with PCB layout, thermal management, EMI/EMC considerations, and lab testing. - Knowledge of space/aerospace-grade electronics would be advantageous. - A deep interest in space technology and a proactive, problem-solving approach. Joining Orbitt Space offers exciting opportunities, including: - Working on groundbreaking satellite technology for Ultra Low Earth Orbit missions. - Taking full ownership of PPU development, a role with significant impact. - Competitive salary, equity options, and performance bonuses. - Contributing to shaping the future of in-orbit propulsion technology.,

You are a Senior Electrical and Electronics Engineer specialized in PCB Design Engineering, sought after by a top 5 industrial AI startup in Coimbatore, Tamil Nadu, India. Your pivotal role involves designing and analyzing cutting-edge AI-based industrial products to meet international standards of robustness and reliability. Your primary responsibilities will include designing, simulating, and prototyping analog and digital circuits for industrial applications. You will collaborate closely with firmware and mechanical teams to deliver integrated hardware solutions. Testing and debugging will be crucial to ensure adherence to industry standards, while also optimizing designs for cost and performance efficiency. Staying abreast of the latest electronic component advancements is integral to your role, alongside developing hardware schematics and Bills of Materials (BOM) using EDA tools. Additionally, you will conduct worst-case analysis to guarantee the reliability of your hardware designs and review PCB layouts for thermal management and EMI/EMC compliance. Your role will extend to collaborating with the functional safety team on FMEDA activities, performing hardware functional testing, and troubleshooting issues arising from EMI/EMC, thermal, and electrical testing. Your expertise will require a minimum of 10 years of hands-on experience in hardware design, with a focus on analog and digital electronics, including experience with DC/DC converters, Op-Amps, and critical analog circuits. You should possess a deep understanding of EMI/EMC considerations and their impact on hardware design and performance, as well as proven expertise in worst-case analysis for hardware reliability across various operating conditions. Strong communication skills, critical thinking, problem-solving abilities, and a proactive attitude towards challenges are essential soft skills that will complement your technical proficiency. Your ability to work effectively in team environments, engage with clients and stakeholders, and deliver high-quality results will be highly valued. Preferred qualifications include a Bachelor's or Master's degree in Electronics/Electrical/Instrumentation Engineering or a related field, experience in automotive, industrial, or high-reliability sectors, familiarity with functional safety standards, and proficiency in design tools such as Altium Designer, OrCAD, or equivalent. Hands-on experience with PCB design, testing equipment, and debugging tools, along with strong analytical and problem-solving skills, will further enhance your candidacy for this role. If you meet these requirements and are excited about this opportunity, please send your profiles to krithishk4@gmail.com. For further inquiries, reach out to 9789692884.,

As a Senior Electrical and Electronics Engineer (PCB Design Engineer) at a top 5 industrial AI startup in Coimbatore, Tamil Nadu, India, you will be a key member of the dynamic client team dedicated to developing advanced AI technology-based products. Your primary responsibility will involve designing and analyzing innovative industrial products with a focus on ensuring robustness, reliability, high performance, and adherence to international standards. Your tasks will include designing, simulating, and prototyping analog and digital circuits for industrial applications, as well as collaborating closely with firmware and mechanical teams to deliver integrated hardware solutions. You will conduct testing and debugging processes to guarantee reliability and compliance with industry standards, while also optimizing designs for cost-effectiveness, manufacturability, and performance. To excel in this role, you must stay updated on the latest advancements in electronic components, develop hardware schematics and Bills of Materials (BOM) using EDA tools, and conduct worst-case analysis to ensure robust and reliable hardware designs. Additionally, you will review PCB layouts to ensure proper thermal management and compliance with EMI/EMC standards, as well as collaborate with the functional safety team on FMEDA activities. Your professional expertise should include at least 10 years of hands-on experience in hardware design, with a strong focus on analog and digital electronics. You should possess extensive knowledge and practical experience in areas such as DC/DC converters, Op-Amps, and other critical analog circuits. Technical proficiency in EMI/EMC considerations, worst-case analysis, and soft skills like effective communication and problem-solving capabilities are essential for success in this role. Ideally, you should hold a Bachelor's or Master's degree in Electronics, Electrical, Instrumentation Engineering, or a related field. Experience in automotive, industrial, or high-reliability sectors, familiarity with functional safety standards, and proficiency in design tools like Altium Designer or OrCAD will be advantageous. Strong analytical and problem-solving skills, along with the ability to work collaboratively in team environments, are critical for delivering high-quality results. If you are a proactive and positive individual with a passion for cutting-edge technology and a desire to contribute to the development of innovative AI-based products, we encourage you to send your profiles to murugesh@vsupportsolutions.in or reach us at 8220014457 to explore this exciting opportunity further.,

The job requires you to be part of the Hardware team involved in the complete product engineering life cycle. You should have a minimum of 3+ years of experience in system-level design, encompassing circuit design, system bring-up, integration, and debug. Your expertise should include low-power circuit design, DC/DC converters, power management methods, analog design, digital circuit design, and familiarity with communication protocols like I2C, UART, SPI, USB. Additionally, you should have experience in mixed-signal board-level design and integrating RF technologies such as GSM, WIFI, BT, GPS, among others. It is essential to have proficiency in driving design development from schematic capture and PCB layout to assembly, along with experience in battery-operated designs and power management solutions. You are expected to be independent, self-motivated, and possess the ability to collaborate effectively with the Software team and Product team. The job type is Full-time, and the work location is in person at Veeriampalyam, Coimbatore - 641048, Tamil Nadu. Relocation or reliable commuting is required. The preferred education qualification is Diploma, and a minimum of 1 year of total work experience is mandatory. For further discussions, please contact R.Thanaselvan at 9833395772.,

As an ideal candidate for this role, you should have expertise in Power System related aspects including AC-DC, DC-DC Converters topologies & controls. You should be familiar with Power up to 440 Vac, 3P & up to 1000Vdc systems. In addition, knowledge of International EV charging standards and communication controllers would be beneficial for this position.,

As an Electrical Design Engineer at our company, you will play a crucial role in designing electrical panels for various industrial applications. With 2-4 years of experience, you will be responsible for component selection for MCC panels, PCC panels, APFC panels, and automation panels. Your in-depth knowledge of rectifiers, inverters, and UPS systems will be essential in ensuring the efficiency and quality of our designs. Your key responsibilities will include identifying and selecting appropriate components such as IGBTs, MOSFETs, transformers, and capacitors for panel designing. You will develop and design electrical panels in compliance with technical specifications and industry standards. Additionally, you will prepare detailed Bill of Materials (BOM) for electrical panel components and maintain comprehensive technical documentation including wiring diagrams and electrical schematics. To excel in this role, you should have hands-on experience in designing electrical panels using AutoCAD and possess technical knowledge about rectifiers and inverters. A bachelor's degree in Electrical Engineering or a related field is required. Knowledge of regulatory standards, industry codes, UPS systems, converters, motor control panels, and power distribution panels will be advantageous. In return, we offer a competitive salary based on experience, health insurance, and various other benefits. You will have opportunities for professional development and growth in a friendly and supportive work environment. Join us and be part of our team where we also engage in fun Friday activities. Please note that this job description provides essential information about the position and is not exhaustive. Management reserves the right to modify duties and job requirements as needed to meet our evolving needs.,

You will be responsible for developing microcontroller-based products, analog & digital circuits, DC-DC converters, SMPS, power electronics, and various communication protocols (both wired and wireless). In addition, you should have knowledge of schematic drawing & layout design, various simulation tools, EMC compliance testing, and end-to-end product development including an understanding of the Product Development Life Cycle. The ideal candidate for this position should have 6-9 years of experience and hold a degree in BE Electronics, E&TC, Msc Electronics, or equivalent. It is essential to have a strong proficiency in the mentioned technical areas to excel in this role.,

As an Analog Mixed Signal IC Designer with 4-10 years of experience in Bangalore, you will be responsible for designing, implementing, and verifying analog/mixed-signal IC designs for various motion sensor products. Your role will involve mentoring junior engineers in all areas of product design and evaluating system-level trade-offs for next-generation sensor interfaces. Collaborating with the MEMS design team, you will identify IC architectures to meet performance requirements. Additionally, you will interface with digital design engineers to define and optimize sensor architectures and digital signal processing circuits. Providing guidance to layout engineers on physical design and reviewing layouts for optimal design will be part of your responsibilities. Ensuring timely tape-out of designs adhering to required specifications is crucial. You will evaluate and validate designs in the lab, identify any deviations from requirements, and implement corrective actions. Performing any other duties or tasks assigned from time to time is also expected. The ideal candidate should hold a minimum of a Bachelors/Masters in EE with at least 4 years of industry experience in analog or mixed-signal CMOS circuit design. You should have a thorough understanding of analog and mixed-signal systems, micro-architecture trade-offs, and the ability to develop micro-architectures and high-level Matlab system models. A proven track record in designing low-power, low-noise, precision CMOS analog circuits for high-volume manufacturing is essential. Strong skills in designing various analog/mixed-signal blocks such as MEMS sense amplifiers, Bandgap References, Regulators, Charge pumps, ADCs, Oscillator circuits, and PLLs are required. Experience as an IC lead on at least one project with demonstrated success is preferred. Knowledge of design for test approaches and the development of characterization and production test plans is beneficial. Proficiency in lab and test equipment skills for the debug, characterization, and validation of designs is expected. Being diligent, detail-oriented, and proactive in process and flow improvements are qualities that will contribute to your success in this role. Your responsibilities will also involve developing DACs, Headphone, Line, and Speaker drivers, Proprietary Low-Voltage Line Drivers, DC/DC Converters, and various supporting circuitry in advanced CMOS processes. You will participate in all aspects of the design, from concept to production silicon. Involvement in the specification, architectural development, transistor-level design, SPICE, Matlab, and Verilog modeling and simulation, layout supervision, post-layout simulation, chip-level verification, and lab validation is part of the job. Specifically, you will develop PLL and low-jitter filters and gain hands-on experience with Audio CODEC applications and circuits across different CMOS processes and geometry nodes.,

You should have a strong understanding of power electronics fundamentals and sound knowledge of electrical & electronic design, especially in Inverter and converters design. You will be responsible for supporting the development of technical product roadmaps, design standards, and procedures. Your role will involve experience in the full hardware development life cycle, including requirements management, design, development, verification & validation, qualification & certification testing. Additionally, you should have experience in designing and implementing different AC-DC, DC-DC converters & motor inverters for various applications, with an understanding of magnetics, including the selection of switching devices, gate driver selection, modulation techniques, and filter design. Expertise in modeling, simulation, and control of power electronics converters is essential. You are expected to have knowledge of Drives, VFD, motor controls, & modulation techniques for three-phase inverters. Experience in power electronic design & development for 1.5KV and 4000 A product lines is required. You will design, implement, and test new power electronic control software to meet documented requirements for power conversion products like Wind, Solar, Drives. Your responsibilities will include developing FMEA and risk mitigation plans, integrating power electronic systems into larger electrical systems, troubleshooting power electronic systems, conducting failure analysis, and implementing corrective actions to enhance product reliability. Awareness of UL and CE electrical safety requirements and EMC requirements relevant to power converters, as well as high voltage switching power supply test and development, will be part of your role. You will also be involved in test and debug of prototype and production power supply assemblies, design verification testing of completed products, and supporting bid and proposal activity by leading feasibility assessments and concept development. You will work with a multi-disciplinary engineering development team that includes controls engineering, power conversion design, mechanical design, control hardware design, and Integration / Test. You will interface with test technicians, assembly personnel, engineers, customers, and suppliers, providing direction to design or technical staff and potentially leading a team of professional staff. Qualifications required for this role include a B. Tech/M.Tech in Power Electronics & Electrical Systems Engineering, Electrical Power Distribution.,

You will be responsible for translating complex schematics into optimized PCB layouts, ensuring high-current traces, controlled impedance, and effective thermal management. Your role will involve integrating key components such as high-power converters, switching regulators, EMI filters, inductors, and capacitor banks into cohesive designs. Additionally, you will be developing detailed schematics for high-power charging systems, which includes AC/DC and DC/DC converters, pre-charge circuits, and protection circuitry. This is a full-time, permanent position that requires your expertise to be applied in person at the work location.,

You are Charcoal, a company dedicated to transforming everyday products through innovative design and engineering. Your mission is to elevate mundane items into functional and aesthetically pleasing essentials that enhance our daily lives. By combining creativity and technical expertise, you aim to revolutionize consumer and industrial-grade hardware that has remained unchanged for centuries. As a versatile PCB Design Freelancer at Charcoal, you will be responsible for driving schematic-to-layout workflows independently. Your role will involve creating compact, manufacturable, and robust 4-layer PCB designs, focusing on analog component selection, harness design, and power electronics. Attention to detail, design sensibility, and a profound understanding of electronics are essential for excelling in this technical freelance position, which requires your presence in Bangalore. Key Responsibilities: - Transform schematic diagrams into optimized PCB layouts, including 4-layer boards, with meticulous stack-up planning. - Select analog and power components based on application requirements, availability, cost considerations, and electrical performance. - Develop resilient power supply circuits such as buck/boost converters, LDOs, and protection mechanisms. - Define harness routing and connector positioning to ensure both electrical safety and mechanical compatibility. - Create and manage all necessary deliverables for fabrication and assembly, including Gerber files, BOM, Pick-and-Place files, and 3D views. - Apply Design for Manufacturing (DFM) and Design for Assembly (DFA) principles and engage with vendors during fabrication as needed. Required Skills: - Proficiency in PCB design tools like Altium Designer, KiCAD, Eagle, OrCAD, or EasyEDA. - Sound knowledge of analog circuit behavior, grounding techniques, and noise mitigation strategies. - Experience in harness and connector design, encompassing power, data, and control cabling. - Demonstrated expertise in multi-layer PCB stack-ups, particularly 4-layer designs for power, analog, and digital applications. - Strong understanding of DC-DC converters, battery charging circuits, and load protection mechanisms. - Ability to select components based on thermal, electrical, and mechanical specifications. - Familiarity with IPC standards, EMC/EMI best practices, and thermal management techniques. Nice to Have: - Familiarity with automotive or industrial harness standards (e.g., Molex, JST, TE connectors). - Experience in coordinating with PCB manufacturers and harness vendors, particularly in India or China. - Understanding of mechanical integration constraints within product enclosures. Deliverables: - Native PCB design files - Gerber and drill files - Bill of Materials (BOM) - Pick-and-Place files - Assembly notes - Optional 3D model - Harness diagrams or cable schedules if required Join Charcoal on its journey to redefine everyday products with exceptional design and engineering solutions. Your expertise in PCB design and electronics will play a crucial role in bringing innovation to life.,

The ideal candidate for this position should hold a B.E./BSc/ Diploma in Electronics with 1-4 years of experience. This role is specifically for males and involves designing SMPS, DC-DC Converters, AC-DC Converters, Inverters, and UPS. The responsibilities include day-to-day tasks such as tracking new and old designs, designing schematics, and working on Power-based circuits from requirements to testing and debugging. The candidate should have expertise in power devices like Thyristors, MosFETs, IGBTs, interface circuitry, and troubleshooting noise and other issues. Preferred candidates will have experience in 3PH, 1PH design and operation in Power circuits. Desirable skills include experience in PCB layouts, type testing of units, and proficiency in using test equipment like DMMs, DSOs, etc. While travel is not a regular requirement for this role, occasional travel may be necessary for debugging or project trials on site.,

As a Young, dynamic graduate with strong skills in servicing all types of PCB's, you have the opportunity to join our team driven by core values that guide our interactions with stakeholders and business operations. Our core values include Integrity, Excellence, Respect, Teamwork, Focus, and Social Responsibility. Integrity is at the heart of everything we do, working with honesty and accountability. We constantly strive for Excellence, aiming for the highest quality and performance. Respect is key in our work environment, valuing every idea, opinion, and expression without prejudice. Teamwork is essential as we work towards achieving common goals of excellence and promoting diversity in the workforce. Our Focus is on bringing maximum satisfaction to our clients in all business aspects. Moreover, we are strongly committed to Social Responsibility, focusing on community development, empowerment, and supporting welfare measures within our company. We are looking for Male/Female Graduates with 0 to 1 year of work experience in the same field to join as Engineer within the Power Electronics team of High Power Drives and Solutions. Your responsibilities will include service and testing with documentation, knowledge in Analog & Digital Circuit Designs, leading the Hardware and Embedded team, analyzing product requirements, selecting components meeting cost requirements, designing circuits & schematics, modeling, simulating, and analyzing circuits/systems, reviewing PCB layout design, bringing up the board to testing, and designing Power converters/Inverters for High Power Drives and Power Quality Energy Efficient solutions. Key responsibilities also include designing quickly and accurately, familiarity with simulation and analysis tools such as Dynamic system simulators, experience in designing SMPS AC-DC, DC-DC converters, High KVA Inverters, IGBT Designs, power electronics knowledge, complete product development cycle exposure, EMI/EMC understanding, multitasking ability, meeting deadlines, strong debugging and error-finding skills. Essential personal characteristics we are looking for include teamwork, planning & organizing, quality focus, communication skills, result-oriented mindset, initiative-taking, presentation skills, and interpersonal skills. This position is based in Coimbatore and requires 0 to 1 years of experience.,

As an Electronics Engineer in Ahmedabad on a full-time basis, you will be responsible for designing and optimizing low-noise analog front-end (AFE) circuits and efficient DC-DC power supply circuits. Your tasks will involve selecting and integrating high-resolution ADCs, precision op-amps, and mixed-signal conditioning circuits. Additionally, you will develop bias voltage circuits for detectors and work towards minimizing thermal drift. PCB layout for low-noise analog systems, including shielding, grounding, and EMI/EMC mitigation, will be part of your responsibilities. Collaboration with the FPGA team for sensor calibration and data acquisition is also expected. To excel in this role, you should have at least 5 years of experience in analog/mixed-signal design, preferably for sensors and imaging. Any previous work experience with ISRO would be a plus. Hands-on experience with low-noise pre-amplifiers, high-resolution ADCs, PCB design tools, DC-DC converters, LDOs, power sequencing, thermal electric cooler (TEC) drivers, thermal simulation tools, and low pass filters is essential. Familiarity with thermal IR detectors and knowledge of thermal stability techniques are desirable qualifications. Your educational background should include a B.Tech/M.Tech in Electronics Engineering or a related field. As an Embedded Systems Engineer (FPGA & Digital Design) in Ahmedabad on a full-time basis, you will be responsible for FPGA-based image processing, implementing real-time algorithms for imager on FPGA using VHDL/Verilog. You will optimize high-speed sensor interfaces for detectors and implement data compression/streaming using protocols like GigE, USB3, or custom protocols. Additionally, you will integrate microcontrollers (ARM Cortex, RISC-V) for system control, design digital logic circuits for peripheral interfacing, and collaborate on embedded firmware for real-time operation. System integration tasks will include bridging FPGA + MCU communication and debugging mixed-signal PCB designs. To succeed in this role, you should have at least 3 years of experience in FPGA + Embedded Systems, with a preference for imaging/sensor applications. Proficiency in VHDL/Verilog and experience with high-speed serial protocols is required. Hands-on experience with ARM Cortex, RISC-V, or PIC MCUs, along with familiarity with digital interfaces such as I2C, SPI, UART, and PWM, will be beneficial. Your educational background should include a B.Tech/M.Tech in ECE/Embedded Systems/Digital Electronics.,

As a highly skilled and experienced Hardware Design Engineer, you will be an integral part of our Embedded Team, contributing to the design and development of our next-generation hardware system. You should have a strong background in simulation tools, power electronics system design, motor driver development, MCU architecture, and hardware architecture planning. Your responsibilities will include showcasing a deep understanding of power electronics and analog electronics components, such as optocouplers, power MOSFETs, thyristors, power diodes, and various types of converters like DC/DC and AC/DC. You will be expected to design and optimize circuits for power management and control, as well as proficiently analyze and troubleshoot analog and digital signals to ensure the integrity of hardware designs. Additionally, you will be required to demonstrate expertise in the electrical parameters associated with various types of motors, design motor control systems, select appropriate drive components, and optimize motor performance for specific applications. You will also lead the development of Field-Oriented Control (FOC) motor drivers for precise and efficient motor control applications. Having a strong understanding of Electromagnetic Interference (EMI) and Electromagnetic Compatibility (EMC) principles is essential, as you will need to design hardware with EMI/EMC considerations to meet regulatory compliance standards. Qualifications: - Experience in hardware design with a focus on power electronics and hardware architecture - Proficiency in simulation tools such as LTSPICE and PSPICE - Comprehensive knowledge of electrical parameters related to motor operation - Understanding of safety considerations in motor control systems, especially in industrial and automotive applications - Proficiency in designing and analyzing power stages, including switching converters, voltage regulators, and motor control circuits - Experience with power loss analysis and thermal management for power electronic components - Ability to develop and test analog circuits for signal conditioning, amplification, and filtering - Familiarity with optocoupler applications in isolation and feedback circuits - Expertise in selecting and driving power MOSFETs, thyristors, and power diodes for specific applications Good To Have: - In-depth knowledge of EMI/EMC mitigation techniques - Proficiency in using PCB design software like Altium and Eagle - Experience with high-speed digital design and signal integrity analysis - Experience in signal integrity analysis and simulations to optimize high-speed and mixed-signal PCB designs - Experience in implementing DFM principles in PCB layouts - Experience in incorporating DFT features into PCB layouts to facilitate testing and troubleshooting during production and maintenance,

As a BESS Technical Expert for Utility-Scale Projects, you will be responsible for leading and supporting all technical activities related to Battery Energy Storage Systems (BESS) in utility-scale renewable energy projects, with a specific focus on DC-coupled and containerized systems. Your key responsibilities include: BESS Technical Evaluation: - Evaluating LFP and equivalent battery technologies at cell, pack, and container levels - Assessing BMS, thermal management, and fire safety systems - Conducting lifecycle cost, degradation, warranty, and performance risk analysis - Ensuring compliance with relevant standards such as IEC/UL/IS standards PCS/Inverter & EMS Evaluation: - Evaluating Power Conversion Systems (PCS) and Energy Management Systems (EMS) - Reviewing EMS features, SCADA compatibility, and grid compliance - Recommending optimal system topologies Sizing & Design Optimization: - Sizing BESS based on tender requirements and grid services - Performing solar + BESS dispatch planning - Simulating BESS round-trip efficiency and state of charge profiles Technical Due Diligence & Vendor Evaluation: - Leading evaluation of technical bids from BESS OEMs, EPC contractors, and system integrators - Preparing technical comparison matrices and compliance checklists - Participating in FAT, SAT, and project commissioning support - Evaluating integrated solutions such as PV + BESS + EMS Preferred Qualifications: - B.E./B.Tech or M.Tech in Engineering - Minimum 10-15 years of experience, with 3+ years in hands-on BESS utility-scale projects - Familiarity with Indian and global grid codes, MNRE/CEA standards, and utility requirements - Experience with DC-coupled architecture is a strong plus Desirable Traits: - Proactive problem-solving and system-level thinking - Cross-functional collaboration with project, procurement, and commissioning teams - Ability to engage with international BESS OEMs and negotiate technical compliance - Capability to work as an individual contributor without a team If you are passionate about driving technical excellence in utility-scale BESS deployment and possess the required qualifications and traits, we encourage you to get in touch for this high-budget position in Gurgaon. Contact us at 7976457434 or email suresh.b@synapone.com.,

Location: Hyderabad Job Description Svaya Robotics is seeking an Lead Engineer in Power Electronics to lead design and development of high-performance power electronics for implementation in our robotic systems. Ideal candidate will have hands-on experience implementing board level power electronics designs and solutions. You will closely work with other hardware and firmware engineers for planning and completing the physical integration and as well as carrying out end-to-end implementation and validation in real world conditions. Job Responsibilities Responsible for development of mixed signal electrics and electronics for low and high-level drive controls and power systems for Svayas robots and automation systems. You will play a pivotal role in rapidly iterating electronics hardware design concepts, and in helping realize them from lab to real world with utmost reliability. Collaborate with engineers from other disciplines and communicate design priorities and/or approach and provide constructive guidance. Identify and coordinate with key suppliers for procurement and lead technical discussions to help understand Svayas product priorities. Required Skills and Experience 6+ years of hands-on experience in design and development of power electronics hardware. Experience in digital circuits design (I2C, SPI, UART, EtherCAT, Ethernet), Mixed signal circuit design (ADC, DAC) and high-speed circuit designs (HDMI, USB, DDR4, ARM) etc. Experience in Analog Circuits (OP-AMP), Power Board (DC-DC Converters) Experience in working with simulation tools P-Spice, LT Spice, TI-Workbench etc. Experience with design and implementation of redundant and reliable electronic circuits. Experience in evaluating off-the-shelf electrical/ electronic components and systems for development prototypes & Production. Proven track record of released products in the field. Passion for good engineering practices. Desire to work in a fast-paced startup environment. Willingness to take on new challenges and solve unfamiliar problems. Desired Skills Knowledge of DC motors and drive control concepts is a plus Understanding of design challenges, such as low-noise electronics in a mixed-signal environment, high-speed and low-power design, process variation / mismatch Experience with Altium is a plus. Electrical wiring, cabling design/harnessing (Low Voltage/High Voltage) and SMT soldering Experience in qualification and passing EMI and EMC Education BE or MTech (desirable) in the field(s) of Electrical Engineering or related field.,