Power Semiconductors Jobs in Bengaluru

Position: Electrical Engineer Location: Bengaluru, Karnataka, India Reporting To: Project Manager Industry: Semiconductor / Automation Qualifications: Education: Bachelor of Engineering (BE) in Electrical Engineering (Mandatory) Experience: 2 to 5 years in related fields (Control Panels, Power Calculations, Circuit Breakers) Software: Proficient in AutoCAD Electrical 2018 or later Candidate Profile: Preferably from Semiconductor Industry or Automation Sector. Hands-on experience in electrical design and control panel schematics. Essential Skills and Experience: Minimum 1 year experience creating detailed point-to-point schematics for Control Panels, Motor Control Centres, Power Distribution Panels. Minimum 2 years of electrical design experience including: Power calculations Component selection Schematic and Bill of Materials (BOM) creation I/O list creation Wire, cable, and harness selection/design Sensor selection (voltage, current, arc, temperature, etc.) Working knowledge of circuit components such as circuit breakers, contactors, relays, protection relays, push buttons, indicators, connectors, terminal blocks, cable routing accessories, and sensors. Desirable Skills: Familiarity with various process sensors: pressure, vacuum, flow, distance, displacement, proximity, limit, rotary and linear position sensors. Knowledge of EMI/EMC principles and panel design. Working knowledge of motor control systems. Responsibilities: Conduct professional electrical engineering research, design, development, modification, and testing related to electrical systems and power distribution/generation. Collaborate with a multidisciplinary engineering team (electrical, mechanical, software, technical support, productivity engineers, suppliers) on design and modifications. Maintain and develop process checkpoints to ensure compliance with design standards and project schedules. Drive process improvements in collaboration with leadership peers. Create electrical schematics and systems based on requirements; generate and release engineering drawings and BOMs. Assist in developing and refining functional specifications for electrical systems and power distribution. Qualification : Bachelor of Engineering (BE) in Electrical Engineering (Mandatory)

ASIC Engineer, Implementation Location: Bangalore, India Full Time Company: Meta Meta is hiring ASIC Frontend Implementation Engineers within our Infrastructure organization. We are looking for individuals with experience in front-end implementation from RTL to netlist, including RTL Lint, CDC analysis, timing constraints, and synthesis to build efficient System on Chip (SoC) and IP for data center applications. Successful candidates must remain in the same role within the team in India for a minimum of 24 months before being eligible for a transfer to another role, team, or location. ASIC Engineer, Implementation Responsibilities: Run Logic/Physical Synthesis using advanced optimization techniques and generate optimized Gate Level Netlist for timing, area, and power. Debug timing/area/congestion issues and collaborate with RTL and Physical Designers to resolve them. Perform Power Estimation at both RTL and Gate Level and identify power reduction opportunities. Run Formal Verification checks between RTL and Gate level netlist and debug issues such as aborts, inconclusive, and logic equivalency failures. Perform RTL Lint and work with designers to create necessary waivers. Perform RTL DFT Analysis and improve coverage for Stuck-at faults. Conduct Flat and Hierarchical Clock Domain Crossing (CDC) and work with designers to analyze complex clock domain crossings and sign-off. Conduct Flat and Hierarchical Reset Domain Crossing (RDC) checks and develop reset sequences for RDC in collaboration with Design and Firmware teams. Develop Timing Constraints for RTL-Synthesis and PrimeTime-STA for blocks and top-level SoC designs. Analyze inter-block timing and generate IO budgets for partition blocks. Develop Power Intent Specification in UPF for multi-Vdd designs. Develop automation scripts and methodology for all FE-tools including Lint, CDC, RDC, Synthesis, STA, and Power. Work closely with Design Engineers, DV Engineers, and Emulation Engineers to support handoff tasks. Collaborate with Physical Design Engineers to provide timing and congestion feedback. Minimum Qualifications: Bachelor's degree in Computer Science, Computer Engineering, or a related technical field, or equivalent practical experience. 5+ years of experience in Design Integration and Front-End Implementation. Experience with RTL Synthesis and design optimization for Power, Performance, and Area. Knowledge of front-end and back-end ASIC tools. Experience with RTL design using SystemVerilog or other HDLs. Experience managing multiple design releases and working with cross-functional teams to support and debug timing, area, and power issues. Proficiency with EDA tools and scripting languages (Python, TCL) for building complex toolflows. Experience communicating and collaborating with internal teams and vendors. Preferred Qualifications: Knowledge of Clock Domain Crossing, Reset Domain Crossing, and LEC. Background in Synthesis, Timing Constraints Development, Floorplanning, and STA. Experience with RTL coding using Verilog/System Verilog. Familiarity with Timing/physical libraries, SRAM Memories. Experience with Power, Performance, Area analysis techniques for power reduction. Experience with Low Power design and tools like Design Compiler, Spyglass, PrimeTime, Formality, or equivalent tools. Strong programming and scripting skills using Perl/Python, TCL, and Make. About Meta: Meta builds technologies that help people connect, find communities, and grow businesses. When Facebook launched in 2004, it revolutionized how people connect. Apps like Messenger, Instagram, and WhatsApp have empowered billions globally. Meta is now advancing beyond 2D screens into immersive experiences like augmented reality and virtual reality, shaping the future of social technology. Meta provides an opportunity to be part of creating a future where digital connection transcends screens, distances, and even the rules of physics. Equal Employment Opportunity: Meta is proud to be an Equal Employment Opportunity employer. We do not discriminate based on race, religion, color, national origin, sex (including pregnancy, childbirth, reproductive health decisions, or related medical conditions), sexual orientation, gender identity, gender expression, age, status as a protected veteran, status as an individual with a disability, genetic information, political views or activity, or other legally protected characteristics. Qualification : Bachelor's degree in Computer Science, Computer Engineering, or a related technical field, or equivalent practical experience.

Company: Qualcomm India Private Limited Job Area: Engineering Group, Engineering Group > Hardware Engineering General Summary: As a leading technology innovator, Qualcomm pushes the boundaries of what's possible to enable next-generation experiences and drives digital transformation to help create a smarter, connected future for all. As a Qualcomm Hardware Engineer, you will plan, design, optimize, verify, and test electronic systems, bring-up yield, circuits, mechanical systems, Digital/Analog/RF/optical systems, equipment and packaging, test systems, FPGA, and/or DSP systems that launch cutting-edge, world class products. Qualcomm Hardware Engineers collaborate with cross-functional teams to develop solutions and meet performance requirements. Minimum Qualifications: Bachelor's degree in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 4+ years of Hardware Engineering or related work experience. OR Master's degree in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 3+ years of Hardware Engineering or related work experience. OR PhD in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 2+ years of Hardware Engineering or related work experience. Experience in micro architecture and requirements/implementation for automotive designs (focused on functional safety) and their Safety Analysis work products like concept FMEDA, DFA, DFMEA, FTA, FMEDA, etc. including FuSa compliant IP development and third-party IP compliance/deliverables/DIA. Responsibilities shall include the following: Developing a system level safety concepts and requirements for ADAS and IVI use cases with customer implementations in mind and to integrate Qualcomm s hardware in leading Automotive OEM and Tier 1 safety critical systems. Work in collaboration with 3rd party, Customer, and Automotive Stack suppliers, Hardware component suppliers (PMIC, DRAM, Sensor, etc) to ensure all aligned customer system level requirements are met Work with IP and SoC teams on the implementation of Technical Safety Concepts (TSCs) on Qualcomm s Snapdragon automotive hardware. Work with various technology teams on architectural features that would enable targeted safety levels (ASIL B to ASIL D, depending upon the technology team and system level requirements) to meet customer targets Conducting safety analyses, both quantitative and qualitative, fault campaigns on automotive hardware designs and identify areas of improvement. Responsibilities will include leading functional safety related activities for SoC development and ensure ISO 26262 compliance with respect to SoC architecture, development processes and work products. Work closely with SoC Design and IP teams, Software team, Quality teams, the functional safety manager(s) as well as customers to ensure the functional safety process is executed and documented. Working with vendors and partners to ensure functional safety requirements are fulfilled by the components that they provide Work with internal and external functional safety assessors to ensure compliance with ISO 26262 Create functional safety collateral for customers viz. Functional Safety Manual, Safety Analyses Reports, dedicated application notes etc. Supporting customer assessments of our safety features and recommending HW and SW based solutions that meet overall system targets. Working closely with customers and supporting them on various functional safety related aspects Minimum Qualifications Bachelor s degree in engineering, Information Systems, Computer Science, or related field. 8+ years Systems Engineering, SoC Integration, Verification, or related work experience. Collaborative work experience with good communication skills involving customers, vendors, and internal development teams. Structured problem-solving capability and ability to work with teams on root cause analyses. Preferred Qualifications 5+ years Automotive experience and familiarity with Safety work products, experience with Functional Safety Hardware and/or Software development in semiconductor industry meeting IS0 26262/ IEC 61508 standards. Prior automotive experience in ADAS and self-driving systems preferred. System level Functional safety analysis experience on Hardware/Software components integration preferred SoC/IP integration or verification with good understanding of SoC Architecture and IP design experience preferred Requirements Management Tools and establishing traceability for functional safety requirements e.g. DOORS, etc. Familiarity with Failure Modes and Effect Analysis (FMEA) and Fault Tree Analysis (FTA) is required experience using tools to perform FMEA, FTA preferred Familiarity with hardware failure rate calculation (FMEDA) experience using Siemens 29500 and/or IEC 62380 preferred Relevant Safety Certification is desired e.g. CFSE, CFSP Qualification : Bachelors degree in engineering, Information Systems, Computer Science, or related field.

Software Engineer Power/Thermal Software Products Team Company Qualcomm India Private Limited Job Area Engineering Group > Software Engineering General Summary As a leading technology innovator, Qualcomm pushes the boundaries of what's possible to enable next-generation experiences and drive digital transformation to help create a smarter, connected future for all. As a Qualcomm Software Engineer, you will design, develop, create, modify, and validate embedded and cloud edge software, applications, and/or specialized utility programs that launch cutting-edge, world-class products that meet and exceed customer needs. You will collaborate with systems, hardware, architecture, test engineers, and other teams to design system-level software solutions and obtain information on performance requirements and interfaces. Minimum Qualifications Bachelor's degree in Engineering, Information Systems, Computer Science, or related field and 2+ years of Software Engineering or related work experience. OR Master s degree in Engineering, Information Systems, Computer Science, or related field and 1+ year of Software Engineering or related work experience. OR PhD in Engineering, Information Systems, Computer Science, or related field. 2+ years of academic or work experience with Programming Languages such as C, C++, Java, Python, etc. Job Description Job Overview: The Power/Thermal Software Products Team at Qualcomm focuses on delivering industry-leading power, thermal, and limit software management solutions across Qualcomm s Mobile, Automotive, Compute, IoT, and AR/VR chipsets. In this role, you will work with cross-functional teams to: Identify power optimization and performance tuning opportunities. Perform thermal/limits hardware tuning, characterization, and risk assessment. Develop optimized solutions and mitigation strategies. Conduct system-level analysis of power/thermal use cases. Collaborate with Architecture, Hardware Design, Performance, Power/Thermal Systems, and various Software teams to create optimal system-level power/thermal software solutions. Develop tools and methodologies for competitive analysis to understand competitors strengths and weaknesses. Design and implement thermal mitigation schemes that are best in the industry. Preferred Qualifications 3+ years of experience with Programming Languages such as C, C++, Java, Python, etc. Strong systems/hardware background with a solid understanding of microprocessor architecture and common SoC hardware blocks (interconnects, display, graphics, etc.). Good understanding of operating system concepts including scheduling, memory management, process management, interrupt handling, and device drivers. Experience using debug tools such as JTAG debuggers, oscilloscopes, and logic analyzers. Experience developing power/thermal management software. In-depth knowledge of embedded systems, microcontrollers, SoC power, modems, multimedia, wireless communications, and system-level debugging/analysis for SoC power optimization. Equal Opportunity Employer Statement Qualcomm is an equal opportunity employer. If you are an individual with a disability and need an accommodation during the application/hiring process, Qualcomm is committed to providing an accessible process. You may email [email protected] or call Qualcomm s toll-free number found on their website. Upon request, reasonable accommodations will be provided to support individuals with disabilities during the hiring process. Qualcomm is also committed to ensuring its workplace is accessible to individuals with disabilities. (Please note that this email address is exclusively for accommodation requests. Qualcomm will not respond to requests for application status updates or resume inquiries via this email.) Recruitment Policy Qualcomm s Careers Site is only for individuals seeking employment directly with Qualcomm. Staffing and recruiting agencies, as well as candidates represented by agencies, are not authorized to use this site to submit profiles, applications, or resumes. Any such submissions will be considered unsolicited. Qualcomm does not accept unsolicited resumes or applications from agencies and is not responsible for any associated fees. Compliance Notice Qualcomm employees are expected to comply with all applicable policies and procedures, including but not limited to security requirements and protection of company confidential and proprietary information, in line with applicable laws. Qualification : Bachelor's degree in Engineering, Information Systems, Computer Science, or related field and 2+ years of Software Engineering or related work experience.

Senior Emulation Engineer Company Arm Location Bengaluru, India Job Overview Arm s Central Emulation team is excited to welcome experienced Emulation experts to join the team in Bengaluru. You will collaborate with design and verification engineers across the UK, US, India, and France to support advanced Compute Subsystems and SoC projects. Arm is building a team to develop exceptional silicon demonstrators based on Arm s IP compute sub-system solutions, targeting premium mobile, infrastructure, and automotive markets. Using the latest technology nodes (e.g., 3nm) and new 3D packaging innovations, Arm s goal is to demonstrate industry-leading performance by architecting, designing, implementing, and fabricating cutting-edge silicon test chips. This initiative brings together innovative talent and expertise from across the semiconductor industry to shape the next generation of compute on Arm devices. Responsibilities Collaborate with end users to understand system use cases and guide validation efforts. Ensure tight integration between hardware qualification and final application use models. Work in an exciting emulation environment using hybrid and virtual solutions, integrating industry-standard high/low-speed IO IPs into subsystems and SoCs. Engage from early architecture and design phases to pre-silicon validation and post-silicon validation on emulation platforms. Drive pre-silicon emulation across all SoC teams. Ensure design quality and debuggability by collaborating closely with the design team. Support architecture, verification, system validation, performance, power, and DFT teams with insights from performance and power characterization. Develop comprehensive pre and post-silicon test plans in collaboration with verification teams. Develop tests, create bare-metal drivers for industry-standard IO IPs, and build frameworks to enable scalable testing across multiple ASIC projects. Required Skills and Experience Bachelor s degree (BE/BTech) in Electronics Engineering. 8+ years of experience in Pre-Silicon Validation and Emulation/FPGA-based platforms. Experience developing C/C++/SystemC tests for HDL-HVL co-emulation platforms. Proficiency in IO bus protocols such as I2C, SPI, USB, and/or PCIe. Experience with SoC debugging tools such as JTAG and Trace32. Nice-to-Have Skills and Experience Knowledge of ASIC design and prototyping flows. Experience with SystemC/C/C++ and UVM/SystemVerilog (SV) verification languages. Familiarity with domains such as PCIe, Flash, Memory, CPU, GPU, and DRAM. Hands-on experience with emulation toolchains such as Zebu, Veloce, or Palladium. What Arm Offers Arm is committed to global talent acquisition, offering an attractive relocation package. With offices worldwide, Arm is a diverse organization of dedicated, creative, and hardworking engineers. By fostering a dynamic, inclusive, meritocratic, and open workplace where everyone can thrive, Arm encourages its people to make exceptional contributions to its global success. #LI-KR2 Qualification : Bachelors degree (BE/BTech) in Electronics Engineering.

CPU Performance Engineer Company Arm Location Bengaluru Job Overview At Arm, we are building the Future of Computing. Achieving generational performance gains requires deep understanding of the core, microarchitecture, system-level details, and the workloads that run on them. We are seeking a highly motivated and skilled engineer to drive analysis, characterization, and deep understanding of complex infrastructure workloads. This is a versatile and high-visibility role requiring collaboration with global teams including hardware architects, software engineers, and toolchain experts. Your work will help shape the next-generation CPU microarchitecture through comprehensive workload performance analysis. Responsibilities Perform performance analysis and characterization of complex infrastructure workloads to identify software and microarchitectural improvements for next-generation processors/systems. Analyze CPU performance, power, and cost while identifying key technology challenges and opportunities for innovation. Collaborate with Arm architects to develop technologies that contribute to maintaining a best-in-class compute systems roadmap. Develop expertise in the competitive landscape and emerging technologies in areas such as infrastructure, computer vision, and machine learning. Required Skills and Experience Strong knowledge and experience in CPU architecture and microarchitecture, gained through development, research, or performance analysis/modeling/design. Ability to break down workload performance into insights spanning software (applications, toolchain, libraries) and CPU/system microarchitecture. Proven ability to work effectively both independently and as part of geographically distributed teams across multiple functional groups. Innovative mindset with a strong drive to explore new approaches, influence stakeholders through detailed investigation, and solve challenging technical problems. Bachelor s or Master s degree in Computer Science, Engineering, or a related field, with at least 10 years of experience in CPU or SoC performance analysis. Nice-To-Have Skills and Experience Experience in CPU performance analysis and/or modeling. Background in workload analysis, characterization, and/or optimization of open-source software. Understanding of CPU infrastructure architectures and system-level constraints. Hands-on experience with advanced CPU techniques such as branch prediction and prefetching. Comfort working with emerging technologies and staying current with research advancements. Track record of influencing product roadmaps and delivering innovative solutions through prototypes and empirical analysis. What Arm Offers Arm provides an exceptional collaborative environment, offering exciting challenges and career growth opportunities. If you are interested but feel you don t meet every requirement, we encourage you to apply we value diverse skills and innovative thinking! #LI-KR2 Qualification : Bachelors or Masters degree in Computer Science, Engineering, or a related field, with at least 10 years of experience in CPU or SoC performance analysis.

Job Title: Pre-Silicon Validation Engineer SoC/IP Job Description: Join the Devices Development Group (DDG), one of Intel s premier System-on-Chip (SoC) design teams, driving innovation in future Intel SoCs and IPs. As a Pre-Silicon Validation Engineer, you will be part of a dynamic team responsible for ensuring the functionality, performance, and reliability of Intel s cutting-edge designs. Key Responsibilities: Validate IP blocks or features at the SoC level, ensuring compliance with design specifications. Develop validation plans and test strategies based on architectural specifications, RTL code, and existing test methodologies. Analyze microarchitecture and debug failures to identify root causes and improve design quality. Develop and utilize various debugging and validation tools to implement validation plans effectively. Participate in silicon debugging, identifying issues and enhancing testing methodologies for future RTL models. Collaborate with IP providers and internal customers to define, develop, and deliver essential infrastructure while addressing issues identified during execution. Qualifications & Requirements: Educational Qualifications: Bachelor s (B.Tech/BS) degree in Computer Science, Computer Engineering, or Electrical Engineering with 5+ years of experience, OR Master s (M.Tech/MS) degree in Computer Science, Computer Engineering, or Electrical Engineering with 3+ years of experience. Technical Skills & Experience: Minimum 2 years of experience in IP or SoC development, verification, or integration using SystemVerilog and UVM (Universal Verification Methodology). Minimum 2 years of experience in writing validation plans and developing software to execute those plans. Minimum 2 years of experience with object-oriented programming languages. Minimum 2 years of experience working with SystemVerilog and UVM. Minimum 1 year of experience with UNIX/Linux environments. Exposure to Graphics Verification and/or Security Verification is a plus. Preferred Qualifications: Minimum 1 year of experience with computer architecture. Minimum 2 years of experience in validation or testing, particularly in silicon design teams. About the Client Computing Group (CCG): The Client Computing Group (CCG) is at the forefront of Intel s PC product and platform development, spanning notebooks, desktops, 2-in-1s, and all-in-one devices. Through strategic partnerships across the industry, CCG delivers innovative computing experiences that empower users to create, connect, and collaborate. As Intel s largest business unit, CCG drives innovation, scalability, and IP development, helping the company fulfill its mission of enriching lives through technology. Intel s Commitment to Diversity & Inclusion: Intel is an equal opportunity employer, providing fair consideration to all applicants regardless of race, color, religion, gender, sexual orientation, gender identity, national origin, disability, veteran status, or any other protected characteristic under local law. Intel offers a highly competitive total compensation package, which includes: Competitive salary, stock options, and performance-based bonuses. Comprehensive healthcare, retirement plans, and paid time off. Professional development opportunities to support career growth.

Job Title: RTL Design Engineer Job Description: Join Intel s Design Team and contribute to the development of high-quality Intel products. In this role, you will work on RTL tool flow methodologies, leveraging industry-standard design tools and scripting environments such as Perl and Python to enhance design automation and optimization. Key Responsibilities: Work on digital design concepts and RTL design using Verilog. Develop and implement RTL tool flow methodologies to optimize design efficiency. Utilize industry-standard design tools to enhance digital design workflows. Develop scripts using Perl and Python to automate design processes. Apply computer architecture knowledge to drive innovations in design methodologies. Qualifications & Requirements: Educational Qualifications: Master s (M.Tech/MS) degree in Computer Science, Electrical Engineering, Electronics, Telecommunications, Microelectronics, or VLSI from IITs, NITs, or equivalent institutions. Technical Skills & Experience: Strong understanding of digital design concepts and computer architecture. Experience with RTL design using Verilog. Proficiency in scripting languages such as Perl and Python for automation. Familiarity with industry-standard design tools and RTL tool flow methodologies. About the Client Computing Group (CCG): The Client Computing Group (CCG) at Intel leads the development of PC products and platforms, spanning notebooks, desktops, 2-in-1s, and all-in-one devices. By collaborating with industry partners, CCG delivers cutting-edge computing experiences that enable users to create, connect, and innovate. As Intel s largest business unit, CCG plays a pivotal role in driving technological advancements and product innovation. Intel s Commitment to Diversity & Inclusion: Intel is an equal opportunity employer, ensuring fair consideration for all applicants regardless of race, color, religion, gender, sexual orientation, gender identity, national origin, disability, veteran status, or any other protected characteristic under local law. Intel offers a highly competitive total compensation package, including: Competitive salary, stock options, and performance-based bonuses. Comprehensive healthcare, retirement plans, and paid time off. Professional development and career growth opportunities. Qualification : Masters (M.Tech/MS) degree in Computer Science, Electrical Engineering, Electronics, Telecommunications, Microelectronics, or VLSI from IITs, NITs, or equivalent institutions.

Job Title: CPU/Core Design Engineer (Intern) Job Description: Join Intel s Core and Client Development Group (C2DG) and contribute to the development of leading-edge CPU and Core technologies. In this role, you will be involved in CPU/Core design activities across various domains, supporting Intel s ongoing and next-generation Core CPUs. Key Responsibilities: Contribute to CPU/Core logic design for Intel s high-performance processors. Support pre-silicon verification, system validation, and firmware development. Assist in physical design, layout, and DFT (Design for Testability) engineering. Work with cross-functional teams to ensure high-quality and efficient CPU designs. Utilize industry-standard tools and methodologies for design and validation processes. Qualifications & Requirements: Educational Qualifications: Currently pursuing a Postgraduate Degree (M.Tech or equivalent) from a reputed institute in: Microelectronics & VLSI Digital System Design Computer Architecture Preferred Skills: Logic Design and digital circuit design fundamentals. Pre-Silicon Verification using simulation and validation techniques. Physical Design & Layout methodologies for semiconductor products. DFT (Design for Testability) Engineering. System Validation for ensuring reliability and performance. Firmware development related to CPU architecture and microarchitecture. About the Core and Client Development Group (C2DG): The Core and Client Development Group (C2DG) is a global organization responsible for the development and integration of SoCs, Core processors, and critical IPs that power Intel s flagship products. C2DG drives the client roadmap for Intel s Client Computing Group (CCG), delivers server-first cores for Data Center Group (DCG), and invests in future disruptive technologies. Intel s Commitment to Diversity & Inclusion: Intel is an equal opportunity employer, ensuring fair consideration for all applicants regardless of race, color, religion, gender, sexual orientation, gender identity, national origin, disability, veteran status, or any other protected characteristic under local law. Intel offers a highly competitive total compensation package, including: Competitive pay, stock options, and performance-based bonuses. Comprehensive healthcare, retirement plans, and paid time off. Opportunities for professional development and career growth. Qualification : Currently pursuing a Postgraduate Degree (M.Tech or equivalent) from a reputed institute in:

Job Description Join Intel s world-class Graphics Physical Design Team, working on high-performance GPUs/GFX targeting high-end graphics, gaming, artificial intelligence, and media processing. This is an exciting opportunity to collaborate with a talented team early in the product lifecycle, driving innovation in RTL-to-GDSII implementation for multi-million gate designs on advanced process nodes. Key Responsibilities: RTL-to-GDSII implementation, including logic synthesis, physical synthesis, and routing. Clock tree synthesis, performance verification (static timing), noise and power verification. Conduct ERC (Electrical Rule Check), reliability verification, and layout verification. Work closely with design automation, methodology, and product integration teams to enhance execution efficiency and quality. Contribute to process improvements and methodology advancements. Qualifications & Requirements: Educational Qualifications: Final-year M.Tech students specializing in Electrical, Electronics, or Microelectronics Engineering, with exposure to Semiconductors and VLSI design. Preferred Skills: Strong fundamentals in Digital VLSI design and RTL-to-GDSII ASIC Design flow. Excellent problem-solving skills and a strong ability to learn new concepts and methodologies quickly. Basic knowledge of UNIX/Linux environments and scripting languages such as Perl, Python, and TCL (a plus). About the Client Computing Group (CCG): The Client Computing Group (CCG) drives Intel s PC business strategy and product development, spanning notebooks, desktops, 2-in-1s, and all-in-one systems. Working alongside industry partners, CCG delivers cutting-edge computing experiences that empower users to focus, create, and connect. As Intel s largest business unit, CCG continues to innovate aggressively, investing in leadership products, next-generation technologies, and scalable IP solutions. Intel s Commitment to Diversity & Inclusion: Intel is an equal opportunity employer, providing fair consideration to all applicants regardless of race, color, religion, gender, sexual orientation, national origin, disability, veteran status, or any other protected characteristic under local law. Intel offers a best-in-class compensation and benefits package, including: Competitive salary, stock options, and performance-based bonuses. Comprehensive healthcare, retirement plans, and paid time off. Opportunities for professional development and career advancement. Qualification : Final-year M.Tech students specializing in Electrical, Electronics, or Microelectronics Engineering, with exposure to Semiconductors and VLSI design.

Job Description Intel is seeking an enthusiastic, motivated, and self-driven engineer specializing in Power Analysis and Signoff. This role involves working on power and performance optimization for complex multi-million gate SoCs, collaborating across teams to ensure low-power design efficiency and successful tape-out. Key Responsibilities: Define and analyze chip power & performance targets. Perform FSDB analysis for various design power scenarios and extract optimal activity windows. Conduct power estimation and analysis at block level and aggregate total power for SoC. Collaborate with architecture, design, and implementation teams for power optimization. Execute low-power (LP) checks at both block and full-chip level, analyze logs/reports, and ensure high-quality results. Work closely with Front-End (FE) and Back-End (BE) teams to achieve overall power convergence and low-power signoff for tape-out. Qualifications & Experience: Educational Requirements: B.E/M.E in Electrical Engineering or a related field. 8+ years of experience in logic design, synthesis, and low-power design/implementation for complex SoCs. Technical Expertise: Proficiency in power analysis tools such as PT-PX/Prime Power. Experience with FSDB analysis using Verdi tool. Knowledge of Power Artist for power analysis (a plus). Hands-on experience with industry-standard LP check tools like PTPX for power estimation. Strong analytical and problem-solving skills. Scripting expertise in Tcl, Perl, and Python (required). About the Xeon and Networking Engineering (XNE) Group: The Xeon and Networking Engineering (XNE) Group focuses on the development and integration of Xeon and Networking SoCs, supporting Intel s Xeon and 5G networking roadmap. XNE drives high-performance computing innovations while ensuring power efficiency and scalability. Intel s Commitment to Diversity & Inclusion: Intel is an equal opportunity employer, providing fair consideration to all applicants regardless of race, color, religion, gender, sexual orientation, disability, veteran status, or any other protected characteristic under local law. Intel offers a best-in-class compensation and benefits package, including: Competitive salary, stock options, and performance-based bonuses. Comprehensive healthcare, retirement plans, and paid time off. Opportunities for professional development and career advancement. Qualification : B.E/M.E in Electrical Engineering or a related field.

Job Description Intel is seeking an experienced Systems Engineer to drive the design, development, and integration of hardware, firmware, and software solutions for Xeon-based platforms. The role focuses on system architecture, performance optimization, and technical risk assessment while ensuring scalability, reliability, and security in system implementations. The ideal candidate will work on customer-centric solutions, influencing next-generation system design and conducting proof-of-concept experiments to validate new features and technologies. Key Responsibilities: System Architecture & Design: Define, develop, and optimize end-to-end solutions integrating software, firmware, board, and silicon/SoC components. Customer-Centric Solutions: Translate business opportunities into use cases, develop product specifications, and implement solutions based on customer needs and system limitations. Performance & Reliability Optimization: Conduct design analysis, assess technical risks, and optimize for security, scalability, and maintainability. Hardware Validation & Debug: Perform schematic reviews, layout verification, mechanical/thermal analysis, and electrical validation (including Signal Integrity (SI) analysis). System Integration: Ensure smooth hardware-software integration, identifying and resolving hardware issues at the component and system levels. Lab-Based Proof-of-Concept Testing: Conduct real-life environment simulations, prototype testing, and performance benchmarking. Documentation & Knowledge Sharing: Develop technical documents, customer presentations, and training materials to enhance internal and external knowledge sharing. Industry Research & Collaboration: Engage in academic and industry research, driving innovation beyond existing solutions. Qualifications & Experience: Educational Requirements: B.E/B.Tech in Electronics & Communication, Computer Science, or a related field. Minimum of 10 years of relevant industry experience. Technical Expertise: Experience in Xeon platform hardware design and validation. Strong knowledge of schematics, PCB layout, mechanical, and thermal analysis. Experience with electrical validation, signal integrity (SI), and power integrity (PI) analysis (desirable). Expertise in hardware issue validation, debugging, and system integration. Strong problem-solving and analytical skills for complex, multi-layered system architectures. Excellent technical documentation and presentation skills. About Intel Validation Engineering (iVE) Group: The Intel Validation Engineering (iVE) Group plays a pivotal role in Intel s technology leadership, validating, debugging, and optimizing Intel s cutting-edge designs. iVE ensures that Intel's next-generation products meet the highest quality standards, enabling Intel to deliver world-class technology platforms. Intel s Commitment to Diversity & Inclusion: Intel is an equal opportunity employer that values diversity and welcomes applications from all qualified candidates, regardless of gender, nationality, disability, or other protected status. Intel offers a top-tier compensation and benefits package, including: Competitive salary, stock options, and performance-based bonuses. Health, retirement, and vacation benefits. Access to cutting-edge technology and career growth opportunities. Qualification : B.E/B.Tech in Electronics & Communication, Computer Science, or a related field.

Job Title: Power Optimization & Performance Engineer Windows Platforms Job Description: Intel is seeking a Power Optimization & Performance Engineer to drive power efficiency and responsiveness enhancements across Windows platforms. The role involves deep analysis of software workloads, power-performance tuning, and debugging complex system-level issues to optimize Intel s laptop and desktop platforms. The engineer will work closely with platform architects and cross-functional teams to define power-performance metrics, develop battery life improvement strategies, and drive forward-looking technology readiness initiatives. Key Responsibilities: Power & Performance Analysis: Perform in-depth analysis of software flows at the trace, thread, and process ID levels to identify power optimization opportunities and performance bottlenecks. Platform Power Optimization: Leverage state-of-the-art analysis tools to identify and resolve battery life and performance issues in domains such as Graphics, Multimedia, Display, Imaging, and CPU. Technical Leadership & Troubleshooting: Diagnose complex system-level power and performance issues, demonstrating strong debugging expertise in Windows-based Intel platforms. Cross-Team Collaboration: Work with platform architects and engineers to define power-performance metrics, optimize power delivery across SoC components, and influence next-generation platform architectures. Windows OS & Driver Optimization: Identify and drive power savings features or performance tuning opportunities into current and next-gen Intel platforms. Collaborate with OS and driver teams for power-aware enhancements. Future Technology Readiness: Analyze expected vs. actual platform behavior, propose forward-looking enhancements, and influence SoC and Windows OS architectures. Qualifications & Experience: Educational Requirements: B.Tech/M.Tech in Electronics or Computer Engineering or related fields. Technical Expertise: Embedded Systems & Software Development: Experience in software/firmware development, integration, or validation. Platform Power Management: Understanding of CPU/SoC architecture, power delivery, sensors, memory, storage, display, multimedia, and imaging subsystems. OS & System Debugging: Strong grasp of Windows OS fundamentals, system-level debugging, and exposure to firmware & device drivers. Windows Debug Tools: Experience with Windows Driver Debugging and Windows Debug tools (preferred). Power & Performance Optimization: Hands-on experience with power-performance measurement, analysis, and benchmarking. Analytical & Problem-Solving Skills: Ability to troubleshoot complex system issues and propose efficient power-saving techniques. Excellent Communication & Collaboration: Strong ability to interact across teams and drive technical discussions. About Intel s Client Computing Group (CCG): The Client Computing Group (CCG) drives Intel s PC business strategy and product development, spanning notebooks, desktops, 2-in-1s, and all-in-ones. As Intel s largest business unit, CCG is dedicated to enhancing PC experiences, fostering innovation, and delivering market-leading computing solutions. Intel s Commitment to Diversity & Inclusion: Intel is an equal opportunity employer that values diversity and welcomes applications from all qualified candidates, regardless of gender, nationality, disability, or other protected status. Intel offers a highly competitive compensation and benefits package, including: Competitive salary, stock options, and performance-based bonuses. Comprehensive health, retirement, and vacation benefits. Access to cutting-edge technology and career growth opportunities. Qualification : B.Tech/M.Tech in Electronics or Computer Engineering or related fields.

Job Title: Senior ATE Test Engineer Manufacturing & Product Engineering Job Description: Intel is seeking a Senior ATE Test Engineer to drive the testability and manufacturability of integrated circuits from feasibility to high-volume production (HVM). The role involves developing and validating test methodologies, debugging functionality and performance issues, and optimizing test processes for yield and cost efficiency. The engineer will work closely with design, process development, fab, assembly, and manufacturing teams to ensure seamless production ramp-up and quality assurance. Key Responsibilities: Test Development & Debugging: Design, develop, and validate testability circuits and test flows for new products. Debug functionality and performance issues to root cause using Automatic Test Equipment (ATE). Interface with design, DFx (Design for Test, Debug, Manufacturing), and product teams to drive test development. Manufacturability & High-Volume Ramp (HVM): Collaborate with fab, assembly, test factories, and quality/reliability teams to enable smooth production ramp-up. Perform ATE device characterization, define datasheet specifications, and conduct yield analysis. Analyze early customer returns and drive test hole closure activities to enhance quality and reliability. Production Test Optimization: Drive test time reduction by analyzing fallout data and balancing product cost optimizations. Implement bin split and die-level cherry-pick (DLCP) strategies to optimize product supply. Ensure manufacturability through process and spec corner analysis to resolve yield issues before mass production. Hardware & Software Development: Develop and debug complex software programs for test conversion and test automation. Create and validate test hardware solutions for production testing. Optimize component production relative to quality and cost constraints. Qualifications & Experience: Educational Requirements: B.Tech/M.Tech in Computer Science, Electrical, or Electronics Engineering or related fields. Technical Expertise: ATE Test Engineering: Strong expertise in Automatic Test Equipment (ATE) development and debug. DFT & Test Methodologies: Knowledge of DFT architectures and methodologies including Analog DFT, JTAG, etc. Understanding of test engineering processes and tester debugging techniques. Debugging & Validation: Hands-on experience with design/validation and advanced debugging skills. Expertise in Advantest 93K, Teradyne Ultraflex, J750, and related test platforms. Manufacturing Process & Yield Analysis: Experience in yield analysis, bin splitting, and test time optimization. Ability to analyze process corners and drive manufacturing readiness. Soft Skills: Excellent problem-solving skills, teamwork, and communication. Strong interpersonal and planning skills for cross-functional collaboration. About Intel s Manufacturing & Product Engineering (MPE) Group: The MPE team is responsible for test development across Intel s product segments, contributing to 95% of Intel s revenue. The team delivers pre-production test suites and physical debug capabilities to enable high-quality, high-volume manufacturing. Intel s Commitment to Diversity & Inclusion: Intel is an equal opportunity employer that values diversity and welcomes applications from all qualified candidates. Intel offers a competitive compensation and benefits package, including: Competitive salary, stock options, and performance-based bonuses. Comprehensive health, retirement, and vacation benefits. Cutting-edge technology and career growth opportunities. Qualification : B.Tech/M.Tech in Computer Science, Electrical, or Electronics Engineering or related fields.

Job Title: Hardware Engineer General Summary: Qualcomm, a leading technology innovator, is at the forefront of next-generation experiences and digital transformation. Our mission is to create a smarter, more connected future by pushing the boundaries of hardware engineering. As a Hardware Engineer at Qualcomm, you will be involved in the design, optimization, verification, and testing of cutting-edge electronic systems. You will work on digital, analog, RF, and optical systems, covering circuit design, mechanical systems, test systems, FPGA, DSP, and packaging. Collaborating with cross-functional teams, you will develop high-performance solutions that meet industry-leading standards. Key Responsibilities: Front-End Design & Implementation: Develop and implement MSIP designs (Temperature/Voltage/Security Sensors, Controllers). Perform RTL development and validation, ensuring compliance with linting, clock-domain crossing (CDC), conformal low-power, and DFT rules. Verification & Debugging: Collaborate with the functional verification team to define test plans and debug issues. Support SoC integration and chip-level pre/post-silicon debugging. Synthesis & Timing Analysis: Develop timing constraints and deliver synthesized netlists to the physical design team. Provide constraints support for static timing analysis (STA). Write Unified Power Format (UPF) for power-aware equivalence checks and low-power validation. Design for Testability (DFT): Insert DFT structures and perform ATPG analysis to optimize Stuck-at Fault (SAF) and Transition Delay Fault (TDF) coverage. Minimum Qualifications: One of the following: Bachelor s degree in Computer Science, Electrical/Electronics Engineering, or a related field with 3+ years of hardware engineering experience. Master s degree in Computer Science, Electrical/Electronics Engineering, or a related field with 2+ years of hardware engineering experience. Preferred Skills & Experience: 6+ years of experience in hardware engineering, preferably in front-end design and verification. Expertise in micro-architecture development, RTL design, and front-end flows (Lint, CDC, Low-Power Checks, etc.). Hands-on experience with synthesis, DFT, formal verification (FV), and STA. Exposure to post-silicon bring-up and debugging is a plus. Strong ability to collaborate with global teams and excellent communication skills. Work with industry-leading technology in a highly innovative environment. Be part of a collaborative, global team that values technical excellence. Enjoy a competitive salary, professional development, and growth opportunities. Qualification : Masters degree in Computer Science, Electrical/Electronics Engineering

When visionary companies need to know how their world-changing ideas will perform, they close the gap between design and reality with Ansys simulation. For more than 50 years, Ansys software has enabled innovators across industries to push boundaries by using the predictive power of simulation. From sustainable transportation to advanced semiconductors, from satellite systems to life-saving medical devices, the next great leaps in human advancement will be powered by Ansys. Innovate With Ansys, Power Your Career. Summary / Role Purpose The Senior Application Engineer is responsible for leveraging their experience, subject matter expertise, and customer-relationship skills to assist in growing our software business by proactively helping customers deploy ANSYS technology to deliver on their key business initiatives. This role is focused on the Automotive Industry for applications like crashworthiness, occupant, and pedestrian safety. Key Duties and Responsibilities Collaborate with Sales to create solutions to complex customer problems using LS-DYNA and other Ansys structural simulation software. Support Automotive customers in developing methods for crash and safety-related simulation. Present ANSYS value proposition to executive-level audiences. Lead high-profile business development projects and analysis of complex technical problems. Provide best practices to help customers derive more value from ANSYS solutions. Participate in internal corporate initiatives for product enhancement, consulting, and training. Minimum Education / Certification Requirements and Experience BS in engineering or a related technical discipline. Minimum 5 years of experience in automotive crash-related simulation. Knowledge of LS-DYNA and other Ansys tools. Understanding of Euro-NCAP, G-NCAP, and Bharat N-CAP simulation implementations. Experience in durability, full vehicle crash simulation, dummy positioning, airbag modeling. Strong fundamentals in Structural Mechanics, FEA, Non-Linear Materials, and Dynamics. Strong project management skills, ability to work with cross-functional teams. Preferred Qualifications and Skills MS or PhD in Engineering is preferred. Customer service mindset with a passion for excellence. Ability to travel up to 25%. At Ansys, We Operate as ONE Ansys We fuel new ideas, build relationships, and help each other realize our greatest potential. Our Commitments: Amaze with innovative products and solutions. Make our customers incredibly successful. Act with integrity. Ensure employees thrive and shareholders prosper. Our Values: Adaptability: Be open, welcome what s next. Courage: Move forward passionately. Generosity: Share, listen, serve. Authenticity: Be you, make us stronger. Our Actions: We commit to audacious goals. We work seamlessly as a team. We demonstrate mastery. We deliver outstanding results. Inclusion is at Our Core We believe diverse thinking leads to better outcomes. We are committed to creating a workplace where diversity, inclusion, equity, and belonging thrive. Welcome What s Next in Your Career at Ansys At Ansys, you will work alongside visionary leaders to change the world with innovative technology. We push the limits of world-class simulation technology, empowering our customers to turn their design concepts into successful, innovative products faster and at a lower cost. At Ansys, it s about learning, discovery, and collaboration. It s about the "what s next" as much as the "mission accomplished." It s about forging innovation in an environment built on respect, autonomy, and ethics.

About Ansys For over 50 years, Ansys has been at the forefront of innovation, enabling companies across industries to push boundaries through the predictive power of simulation. From sustainable transportation to life-saving medical devices, our solutions help bridge the gap between design and reality. At Ansys, we empower our employees to turn visionary ideas into reality. Join us and shape the future of simulation technology! Role Overview As a Senior R&D Engineer, you will join the SeaScape Research and Development team, working on cutting-edge semiconductor analysis software. You will contribute to the development of ANSYS RedHawk-SC, the industry s first EDA solution built on the SeaScape Elastic Compute Architecture, designed to handle massive datasets and distributed computing. This role requires strong C++ programming skills, problem-solving abilities, and a solid foundation in semiconductor design. Key Responsibilities Software Development & Optimization Design, develop, and optimize high-performance software for semiconductor analysis. Write efficient, scalable, maintainable, and robust code in C++. Implement unit, regression, and system-level tests to ensure high-quality code. Diagnose and fix complex software issues. Collaboration & Process Adherence Work closely with technical leads, engineers, and managers to refine and improve solutions. Learn and follow best practices in software engineering and semiconductor design. Communicate effectively within the team to ensure smooth collaboration. EDA & Semiconductor Analysis Develop expertise in IC Layout specification formats (Oasis, GDS). Work on parasitic extraction, gate/transistor-level design, and power analysis. Optimize EDA software for large-scale simulations and distributed computing. Required Qualifications & Skills Education & Experience: Bachelor s or Master s degree in Computer Science, Electrical/Electronics Engineering, or a related field. 4-6 years of experience in a product-based company. Technical Expertise: Proficiency in C++ for high-performance computing. Strong knowledge of data structures, algorithms, and debugging. Experience working with Linux operating systems. Basic understanding of IC layout specifications (Oasis, GDS). Familiarity with gate-level and transistor-level electronic design. Soft Skills: Ability to learn quickly and work in a fast-paced environment. Strong problem-solving skills and attention to detail. Excellent communication and teamwork skills. Preferred Qualifications (Nice to Have) EDA & Semiconductor Analysis: Experience with parasitic extraction for advanced semiconductor nodes. Knowledge of transistor-level simulation and gate-level power analysis. Familiarity with IC physical design and RTL optimization. High-Performance Computing & Distributed Processing: Experience with distributed processing, debugging, and optimization. Knowledge of AI/ML, GPU architectures, CUDA, and vectorization libraries (Google Highway). Experience with high-bandwidth networking (InfiniBand). Software Development & Automation: Experience in commercial software development, build automation, and testing. Work on Industry-Leading Technology Build next-gen EDA and semiconductor simulation software. Career Growth Be part of an innovative, research-driven environment. Collaborate & Innovate Work alongside industry experts in high-performance computing & semiconductor analysis. Inclusive & Diverse Culture We believe diverse thinking leads to better outcomes. At Ansys, we commit to excellence, integrity, and innovation Together, we power the future of simulation. Apply Now & Be a Part of Ansys' Innovation Journey!

About NVIDIA NVIDIA has continuously reinvented itself. From inventing the GPU, which sparked the growth of the PC gaming market and redefined modern computer graphics, to revolutionizing parallel computing, NVIDIA remains at the forefront of technological innovation. Today, NVIDIA GPUs power the world's most advanced AI research, providing highly scalable and massively parallel computational power. Join us and become part of a diverse, inclusive environment that encourages innovation and empowers everyone to do their best work. NVIDIA is an equal opportunity employer, and we are committed to building a diverse team and supporting your growth and success. About the Role DFT Engineer The Design-for-Test (DFT) Engineering team at NVIDIA is at the cutting edge of innovation, solving complex challenges in DFT architecture, verification, and post-silicon validation for some of the most advanced semiconductor chips in the industry. We are looking for a passionate DFT engineer to join our team and help shape the future of technology. What You ll Be Doing Design and implement state-of-the-art DFT features, including test access mechanisms, IO BIST, memory BIST, and scan compression. Verify and validate Scan ATPG and other DFT features, both in simulation and during silicon bring-up. Develop and deploy DFT methodologies for next-generation products, continuously improving DFT quality and efficiency. Collaborate with cross-functional teams to integrate DFT features into the overall chip design. Occasionally participate in travel and late-hour online meetings during critical project milestones. What We Need to See BSEE or MSEE from a reputable institution or equivalent experience. 2+ years of experience in DFT, ASIC design, or a related field. Strong understanding of static timing analysis, ECO, ASIC/logic design flow, HDL, and digital logic design. Experience in RTL and gate-level verification and simulation. Familiarity with BIST architecture, JTAG, and IEEE standards (1149.1/1500). Proficiency in Scan ATPG, compression techniques, and memory tests. Strong analytical and problem-solving skills. Scripting knowledge (Perl or Python) is essential. At NVIDIA, you'll have the opportunity to work on world-changing technology, be part of a diverse and innovative team, and experience continuous learning and growth. We strive to foster a culture of creativity, collaboration, and excellence in everything we do. #LI-Hybrid Qualification : BSEE or MSEE from reputed institutions or equivalent experience with 2+ years of experience

Job Description Power the Future with us! SolarEdge (NASDAQ: SEDG), is a global leader in high-performance smart energy technology, with over 5000 employees, offices in 34 countries, and millions of products installed in over 133 countries. Our diverse product offering comprises intelligent solar inverters, battery storage, backup systems, EV charging, and complete home energy management ecosystems. By leveraging world-class engineering capabilities and with a relentless focus on innovation, we strive to create a world where clean, green energy from the sun is the primary source of power for our homes, businesses, and just about everywhere we thrive. Our R&D division is growing globally, and we are looking for an experienced Power Electronics Engineer to join our dynamic team at the new R&D site in Bangalore, India. As a Power Electronics Engineer at SolarEdge India R&D, you will play a pivotal role in the design, development, and optimization of power electronics and power electronics systems for our advanced solar energy products. You will be responsible for driving the innovation and technical excellence of our power solutions, contributing to the success of SolarEdge's mission to make solar energy more accessible and efficient. Responsibilities: Design, analysis, and development of advanced power electronics and power systems for SolarEdge's solar energy products, including inverters, power optimizers, and energy storage solutions. Collaborate with cross-functional teams, including electrical engineers, Mechanical Engineers/Designers, PCB Layout Engineers, and firmware developers, to ensure seamless development, integration, and optimization of power systems. Conduct power system studies, such as load flow analysis, transient stability, and harmonic analysis, to assess system performance and reliability. Perform detailed design and analysis of power electronic circuits, ensuring compliance with industry standards and safety regulations. Prepare detailed design documentation, Schematics, BoM, and test procedures. Lead the testing and verification of power electronics and power systems, both in the lab and field, to ensure they meet design specifications and quality standards. Participate in design reviews, providing technical expertise and guidance to the team to drive continuous improvement and innovation. Collaborate with suppliers and manufacturing teams to support the transition of designs from R&D to mass production, addressing any design-related issues during production. Mentor and guide junior engineers, fostering a collaborative and innovative work environment. Job Requirements Bachelor s (B.E/B.Tech) or master s (M.E./M.Tech) degree in electrical /electronics Engineering with a specialization in Power Electronics or Power Systems. 4+ years of hands-on experience in power electronics design and power system analysis, preferably in the solar energy or renewable energy industry. Strong understanding of power semiconductor devices (Including SiC and GaN), gate drive circuits, and magnetic components used in power converters. Experience with simulation tools (e.g., PSpice, LT SPICE, Simulink etc.) Knowledge of power converter topologies (e.g., DC/DC, DC/AC and AC/DC), including resonant and bi-directional converters and grid-tied inverters. Excellent knowledge of PCB layout rules, considering high-current traces, thermal management, creepage, clearance requirements for HV and LV traces. Ensure compliance with best practices for power distribution, component placement, and impedance control. Implement EMI/EMC best design practices to ensure compliance with regulatory standards. Familiarity with international safety and regulatory standards for power electronics and solar energy products. Excellent problem-solving skills and the ability to troubleshoot and resolve complex technical issues. Strong communication and interpersonal skills to work effectively in a cross-functional team environment. Proven track record of delivering high-quality power electronics designs from concept to production. Results-oriented mindset with a focus on achieving tangible and measurable results. Qualification : Bachelors (B.E/B.Tech) or masters (M.E./M.Tech) degree in electrical /electronics Engineering with a specialization in Power Electronics or Power Systems.

About the Role: As a Senior Power Electronics Engineer at SolarEdge India R&D, you will play a crucial role in designing, developing, and optimizing power electronics and power systems for our cutting-edge solar energy products. You will be a key driver of innovation and technical excellence, contributing directly to SolarEdge's vision of accessible and efficient solar power. Key Responsibilities: Lead the design, analysis, and development of advanced power electronics and power systems for SolarEdge's solar energy products, including inverters, power optimizers, and energy storage solutions. Collaborate effectively with cross-functional teams (electrical, mechanical, PCB layout, and firmware engineers) to ensure seamless development, integration, and optimization of power systems. Conduct comprehensive power system studies (load flow analysis, transient stability, harmonic analysis) to evaluate system performance and reliability. Perform detailed design and analysis of power electronic circuits, ensuring adherence to industry standards and safety regulations. Create and maintain detailed design documentation, including schematics, Bills of Materials (BOMs), and test procedures. Lead the testing and verification of power electronics and power systems in both laboratory and field settings, ensuring they meet design specifications and quality standards. Actively participate in design reviews, providing technical expertise and guidance to the team to foster continuous improvement and innovation. Collaborate with suppliers and manufacturing teams to support the transition of designs from R&D to mass production, addressing any design-related challenges. Mentor and guide junior engineers, cultivating a collaborative and innovative work environment. Job Requirements: Bachelor's (B.E/B.Tech) or Master's (M.E./M.Tech) degree in Electrical/Electronics Engineering specializing in Power Electronics or Power Systems. 10+ years of hands-on experience in power electronics design and power system analysis, preferably within the solar or renewable energy industry. Strong understanding of power semiconductor devices (including SiC and GaN), gate drive circuits, and magnetic components used in power converters. Proficiency with simulation tools (e.g., PSpice, LTSpice, Simulink). Knowledge of power converter topologies (DC/DC, DC/AC, and AC/DC), including resonant and bi-directional converters and grid-tied inverters. Excellent understanding of PCB layout rules, considering high-current traces, thermal management, creepage, clearance requirements for HV and LV traces. Expertise in best practices for power distribution, component placement, and impedance control. Implementation of EMI/EMC best design practices to ensure compliance with regulatory standards. Familiarity with international safety and regulatory standards for power electronics and solar energy products. Exceptional problem-solving skills and the ability to troubleshoot and resolve complex technical issues. Excellent communication and interpersonal skills to collaborate effectively in a cross-functional team. Proven track record of delivering high-quality power electronics designs from concept to production. Results-oriented mindset with a focus on achieving tangible and measurable outcomes. Qualification : Bachelors (B.E/B.Tech) or masters (M.E./M.Tech) degree in electrical /electronics Engineering with a specialization in Power Electronics or Power Systems.