131 Signal Integrity Jobs - Page 2

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 6+ years of Hardware Engineering or related work experience. OR Master's degree in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 5+ years of Hardware Engineering or related work experience. OR PhD in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 4+ years of Hardware Engineering or related work experience. Experience Required8+ Years (A must) Strong expertise in STA timing analysis basics, AOCV/POCV concepts, CTS, defining and managing timing constraints, Latch transparency handling, 0-cycle, multi-cycle path handling Hands-on experience with STA tools - Prime-time, Tempus Have experience in driving timing convergence at Chip-level and Hard-Macro level In-depth knowledge cross-talk noise, Signal Integrity, Layout Parasitic Extraction, feed through handling, Knowledge of ASIC back-end design flows and methods and tools (ICC2, Innovus) Knowledge of Spice simulation Hspice/FineSim, Monte Carlo. Silicon to spice model correlation. Proficient is scripting languages – TCL, Perl, Awk Basic knowledge of device phy STA setup, convergence, reviews and signoff for multi-mode, multi-voltage domain designs Qualcomm Hexagon DSP IP's . Timing analysis, validation and debug across multiple PVT conditions using PT/Tempus. Run Primetime and/or Tempus for STA flow optimization and Spice to STA correlation. Evaluate multiple timing methodologies/tools on different designs and technology nodes. Work on automation scripts within STA/PD tools for methodology development. Good Technical writing and Communication skills, should be willing to work in cross-collaborative environment Experience in design automation using TCL/Perl/Python. Familiar with digital flow design implementation RTL to GDS ICC, Innovous , PT/Tempus Familiar with process technology enablementCircuit simulations using Hspice/FineSim, Monte Carlo.

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.This requirement is for DDR PD team for Bangalore. Number of openings: Sr. Lead (6 to 8 years) 2 Staff (8 to 10 years) 1 Sr Staff (10 to 12 years) 1 Minimum Qualifications: Bachelor's degree in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 6+ years of Hardware Engineering or related work experience. OR Master's degree in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 5+ years of Hardware Engineering or related work experience. OR PhD in Computer Science, Electrical/Electronics Engineering, Engineering, or related field and 4+ years of Hardware Engineering or related work experience. Strong expertise in STA timing analysis basics, AOCV/POCV concepts, CTS, defining and managing timing constraints, Latch transparency handling, 0-cycle, multi-cycle path handling Hands-on experience with STA tools - Prime-time, Tempus Have experience in driving timing convergence at Chip-level and Hard-Macro level In-depth knowledge cross-talk noise, Signal Integrity, Layout Parasitic Extraction, feed through handling, Knowledge of ASIC back-end design flows and methods and tools (ICC2, Innovus) Knowledge of Spice simulation Hspice/FineSim, Monte Carlo. Silicon to spice model correlation. Proficient is scripting languages – TCL, Perl, Awk Basic knowledge of device phy STA setup, convergence, reviews and signoff for multi-mode, multi-voltage domain designs Qualcomm Hexagon DSP IP's . Timing analysis, validation and debug across multiple PVT conditions using PT/Tempus. Run Primetime and/or Tempus for STA flow optimization and Spice to STA correlation. Evaluate multiple timing methodologies/tools on different designs and technology nodes. Work on automation scripts within STA/PD tools for methodology development. Good Technical writing and Communication skills, should be willing to work in cross-collaborative environment Experience in design automation using TCL/Perl/Python. Familiar with digital flow design implementation RTL to GDS ICC, Innovous , PT/Tempus Familiar with process technology enablementCircuit simulations using Hspice/FineSim, Monte Carlo.

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. Responsibilities: STA setup, convergence, reviews and signoff for multi-mode, multi-voltage domain designs. Timing analysis, validation and debug across multiple PVT conditions using PT/Tempus. Run Primetime and/or Tempus for STA flow optimization and Spice to STA correlation. Evaluate multiple timing methodologies/tools on different designs and technology nodes. Work on automation scripts within STA/PD tools for methodology development. Good Technical writing and Communication skills, should be willing to work in cross-collaborative environment Experience in design automation using TCL/Perl/Python. Familiar with digital flow design implementation RTL to GDS ICC, Innovous , PT/Tempus Familiar with process technology enablementCircuit simulations using Hspice/FineSim, Monte Carlo. Education B.Tech or MTech/MS in Electrical/Electronics/Microelectronics/VLSI. Preferred Qualification/Skills 5 - 10 years of experience in STA/Timing Strong expertise in STA timing analysis basics, AOCV/POCV concepts, CTS, defining and managing timing constraints, Latch transparency handling, 0-cycle, multi-cycle path handling Hands-on experience with STA tools - Prime-time, Tempus Have experience in driving timing convergence at Chip-level and Hard-Macro level In-depth knowledge cross-talk noise, Signal Integrity, Layout Parasitic Extraction, feed through handling, Knowledge of ASIC back-end design flows and methods and tools (ICC2, Innovus) Knowledge of Spice simulation Hspice/FineSim, Monte Carlo. Silicon to spice model correlation. Proficient is scripting languages – TCL, Perl, Awk Basic knowledge of device physics

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

About the Role: We're looking for an experienced PCB Design Engineer Module Lead to lead innovative projects in high-speed digital and RF PCB layouts for advanced electronic systems, including radar and electronic warfare systems. As a Module Lead, you will: Oversee the design, development, and implementation of RF and digital PCB layouts. Lead end-to-end design processes, ensuring technical excellence and quality standards. Mentor and guide a dynamic team of engineers to deliver outstanding results. Key Responsibilities Design and develop RF and digital PCB layouts from concept to production. Collaborate with cross-functional teams to gather and evaluate design requirements. Optimize PCB designs for signal integrity, power integrity, and thermal performance. Ensure adherence to industry standards (IPC, MIL-STD) and organizational guidelines. Guide component selection, ensuring compatibility and cost-effectiveness. Perform DFM (Design for Manufacturability), DFT (Design for Testability), and EMI/EMC compliance checks. Conduct simulations and testing to validate PCB performance. Mentor junior engineers and drive team success. Maintain project timelines, allocate resources, and ensure on-time delivery.

The Electronics Lead will be responsible for the full lifecycle design, development, and integration of advanced electronic and embedded systems. The individual must possess expert-level knowledge across circuit design, PCB development, hardware-software interfaces, and power electronics. In addition to hands-on engineering leadership, the candidate will manage a cross-functional team of up to 10 engineers, overseeing system architecture, technical delivery, and timeline adherence. This role combines deep technical execution with project and team leadership responsibilities. Core Technical Responsibilities- Circuit Design & Architecture Analog and digital circuit design including low-noise analog front ends and high-speed digital systems Signal integrity control, differential pair routing, impedance matching, cross-talk mitigation Power domain isolation, reverse polarity protection, over-voltage and thermal protection circuit design DC-DC converter design (buck, boost, SEPIC, flyback, synchronous) Integration of op-amps, comparators, analog switches, voltage references Multi-Layer PCB Engineering Design of multi-layer PCBs (up to 16 layers) with controlled impedance and RF optimization Layout of DDR3/DDR4, PCIe, USB 3.0, LVDS, and MIPI high-speed interfaces Compliance with IPC-2221, IPC-7351, MIL-STD for rugged embedded systems Experience in Altium Designer, OrCAD/Allegro, PADS, and KiCAD Embedded and Peripheral Interfaces Serial and digital interfaces: UART, USART, SPI, I2C, TWI, RS-232/485, USB-OTG UAV and control protocols: PWM, PPM, SBUS, IBUS, CAN 2.0A/B, CAN-FD, UAVCAN Ethernet interfaces (RMII, RGMII), USB-C PD, GPIO-based control logic with interrupt servicing Flash memory interfaces: QSPI, SDIO, eMMC, NAND/NOR Microcontroller and SoC Expertise STM32F0/F1/F3/F4/F7, L0/L4/L5, H7/H5 architectures with HAL/LL-level firmware development Bare-metal and RTOS (FreeRTOS, ChibiOS) design DMA optimization, timer/PWM channels, ADC/DAC interfacing Bootloader development (UART/I2C/USB/DFU), in-field firmware upgrade architecture Debug via JTAG/SWD, trace analyzers, runtime profiling Advanced Processor and Accelerator Systems NXP i.MX6/i.MX8, TI AM437x/AM62x, Zynq 7000/Zynq Ultrascale+ PCIe Gen 3/4 routing and endpoint design High-speed memory interfaces (LPDDR4, DDR4, eMMC, UFS) Accelerator cards (Jetson Orin, Coral Edge TPU, Movidius, FPGA PCIe) Power Electronics and Energy Systems BMS and BTMS architectures for Li-ion, Li-FePO4 cells with passive/active balancing Load management with MOSFET/IGBT-based switching, precharge circuits SMPS topologies, HV isolation, GaN/SiC integration for high efficiency Battery protection, coulomb counters, NTC/PTC thermistor integration AC-DC conversion with flyback, PFC correction, and fail-safe logic Sensor and IO System Integration MEMS sensors: IMU (gyroscope, accelerometer, magnetometer) integration GNSS modules (NMEA, UBX, RTK correction) Resolver, encoder, and Hall-based motion feedback systems Opto-isolators (PC817, TLP250, 6N137), digital isolators (ISO7731, Si86xx) Surge protection using TVS, MOV, and filter networks System-Level Integration and Safety ISO 26262-compliant functional safety architecture Hardware watchdogs, overcurrent and brownout protection, redundancy control paths MIL-STD-461G, DO-160 EMI/EMC planning and testing methodology Fault-tolerant design strategies with primary-secondary system logic Support for mission-critical logging and Health Monitoring (HUMS) Testing and Validation Tools Oscilloscopes, logic analyzers, spectrum analyzers, and protocol decoders STCubeMonitor, CANalyzer, Saleae, UART/I2C/SPI bus sniffers Simulation with LTspice, PSpice, MATLAB/Simulink Signal/power integrity analysis using Ansys SIwave, HyperLynx Project & Team Leadership Responsibilities Lead a multidisciplinary team of up to 10 electronics and embedded engineers Define technical architecture, design reviews, and verification strategies Plan and execute project phases: requirement capture, design, prototyping, and validation Ensure quality control, EMI/EMC compliance, and performance benchmarking Coordinate cross-functional deliverables across hardware, firmware, and testing Track project milestones, resource allocation, and technical documentation Mentor junior engineers in best practices, debugging, and advanced R&D techniques Preferred Qualifications M.Tech / Ph.D. in Embedded Systems, Electronics, Avionics, or Microelectronics 10+ years of experience in electronics system design and team leadership Exposure to aerospace, defense electronics, automotive ECUs, or UGV systems Proven record in complex embedded product delivery, patents, or technical publications

Role & responsibilities Expertise in Cadence VLE/VXL and Mentor Graphic Calibre DRC/LVS is a must. Should have hands on experience in creating layout of critical blocks such as Temperature sensor, PLL, ADC, DAC, LDO, Bandgap, Ref Generators, Charge Pump, Current Mirrors, Comparator, Differential Amplifier etc., Good understanding of Analog Layout fundamentals (e.g., Matching, Electro-migration, Latch-up, coupling, crosstalk, IR-drop, active and passive parasitic devices etc.) Understanding layout effects on the circuit such as speed, capacitance, power and area etc., Ability to understand design constraints and implement high-quality layouts. Ability to understand design hierarchy and different architectures for Memory designs. Excellent command and problem-solving skills in physical verification of custom layout. Multiple Tape out support experience will be an added advantage. Prefer to have expertise in PERL/SHELL/SKILL. Experience of Virtuoso, IC compiler, Finesim, ANSYS Totem, and Signal Integrity is advantageous. Experience in managing multiple layout projects, ensuring quality checks are taken care at all stages of layout development. Excellent verbal and written communication skills.

To work as a Frontend engineer and taking care of Synthesis, LEC, CLP and Power Analysis for complex SoC projects.. Job Description. In your new role you will:. Implement high-performance, low-power, and area-efficient digital designs.. Write and implement block level and top-level constraints for Synthesis, Static Timing Analysis.. Optimize designs for power, performance, and area, and meet PPA goals.. Power analysis using PT-PX or equivalent flow.. Logic Equivalence Check (LEC) and Low Power Checks (CLP) at block and SoC level designs.. Define and evaluate constraints and signoff Test/DFT mode timing requirements.. Your Profile. You are best equipped for this task if you have:. Strong fundamentals and experience in Synthesis and STA domains.. Write and implement block level and top-level timing constraints for Synthesis. Optimize designs for power, performance, and area, and meet design goals.. Knowledge on Power analysis and PT-PX flow.. Understanding of DFT flows, including scan insertion.. Write and evaluate Test/DFT mode timing constraints.. Thorough with Logic Equivalence Check debug capability.. Well known about UPF concepts and Low Power Checks at block and full chip level.. Defining and verification of STA constraint for Functional and Test/SCAN Modes.. Defining PVT’s corners required for covering all desired scenarios for a design. Knowledge on OCV/AOCV/POCV derates.. Understanding of Prime-Time and TEMPUS tools, which helps in quick debugging of design/timing issues.. VASTA timing closure based on chip IR drop.. Knowledge on signal SI analysis and PT-PX flow.. Contact:. swati.gupta@infineon.com. #WeAreIn for driving decarbonization and digitalization.. As a global leader in semiconductor solutions in power systems and IoT, Infineon enables game-changing solutions for green and efficient energy, clean and safe mobility, as well as smart and secure IoT. Together, we drive innovation and customer success, while caring for our people and empowering them to reach ambitious goals. Be a part of making life easier, safer and greener.. Are you in?. We are on a journey to create the best Infineon for everyone.. This means we embrace diversity and inclusion and welcome everyone for who they are. At Infineon, we offer a working environment characterized by trust, openness, respect and tolerance and are committed to give all applicants and employees equal opportunities. We base our recruiting decisions on the applicants experience and skills.. Please let your recruiter know if they need to pay special attention to something in order to enable your participation in the interview process.. Click here for more information about Diversity & Inclusion at Infineon.. Show more Show less

WHAT YOU DO AT AMD CHANGES EVERYTHING. We care deeply about transforming lives with AMD technology to enrich our industry, our communities, and the world. Our mission is to build great products that accelerate next-generation computing experiences the building blocks for the data center, artificial intelligence, PCs, gaming and embedded. Underpinning our mission is the AMD culture. We push the limits of innovation to solve the world’s most important challenges. We strive for execution excellence while being direct, humble, collaborative, and inclusive of diverse perspectives.. AMD together we advance_. PMTS SILICON DESIGN ENGINEER. As a SerDes Verification Architect, you will be responsible for the verification and validation of high-speed SerDes interfaces, including testing data integrity, performance, and protocol compliance. You will work closely with hardware and design teams to ensure that SerDes designs meet the required specifications, operating parameters, and quality standards.. Key Responsibilities. Verification of SerDes Designs: Develop and execute verification plans and testbenches for SerDes IPs (Intellectual Property) and subsystems to ensure they meet functional and performance requirements.. Testbench Development: Design and implement verification testbenches using industry-standard verification methodologies (e.g., UVM, SystemVerilog, VHDL).. Simulation and Debugging: Perform simulations, analyze results, and debug issues related to timing, protocol errors, and other design anomalies in SerDes blocks.. Performance Evaluation: Evaluate and validate performance characteristics of SerDes systems including jitter, bit error rates (BER), signal integrity, eye diagrams, and other key metrics.. Protocol Compliance Testing: Verify adherence to relevant SerDes protocols such as UCIe, PCIe, Ethernet, USB, DDR, DisplayPort, or custom protocols.. Automated Testing: Develop automated regression tests to ensure the robustness and stability of the SerDes design over multiple versions and iterations.. Collaboration: Work closely with the design, hardware, and software teams to troubleshoot issues, implement fixes, and verify design changes.. Documentation: Create detailed reports and documentation on verification results, test scenarios, and issues found during testing.. Verification methodology: Provide feedback for design and verification process improvements and contribute to innovation in verification strategies and methodologies.. Experience:. 16+ years of experience in SerDes verification or high-speed communication verification.. Strong hands-on experience with verification methodologies such as UVM, SystemVerilog, or other simulation-based verification tools.. Knowledge of high-speed serial protocols such as UCIe, PCIe, Ethernet, USB, DDR, or custom protocols.. Experience in analyzing and interpreting signal integrity issues, jitter, BER, and eye diagrams.. Skills:. Solid understanding of SerDes architectures, link training, and equalization.. Strong debugging skills, with the ability to work across multiple domains (timing, protocol, performance).. Familiarity with hardware description languages (HDL) like VHDL or Verilog.. Strong analytical, problem-solving, and communication skills.. Experience with DDR protocol (e.g., DDR3, DDR4, DDR5) for memory interface verification.. Understanding of UCIe protocol and its role in chiplet-to-chiplet communication.. Preferred Skills. Experience with Python, Perl, or similar scripting languages for automation.. Exposure to high-speed memory interface design and verification, including DDR controller IP verification.. Functional coverage, assertions knowledge in SV/UVM.. Ability to work in a fast-paced environment and manage multiple verification tasks.. Strong team player with good interpersonal and communication skills.. Benefits offered are described: AMD benefits at a glance.. AMD does not accept unsolicited resumes from headhunters, recruitment agencies, or fee-based recruitment services. AMD and its subsidiaries are equal opportunity, inclusive employers and will consider all applicants without regard to age, ancestry, color, marital status, medical condition, mental or physical disability, national origin, race, religion, political and/or third-party affiliation, sex, pregnancy, sexual orientation, gender identity, military or veteran status, or any other characteristic protected by law. We encourage applications from all qualified candidates and will accommodate applicants’ needs under the respective laws throughout all stages of the recruitment and selection process.. Show more Show less

As an RF Engineer, you will be responsible for designing, developing, and maintaining radio frequency (RF) systems and components, ensuring their optimal performance, reliability, and regulatory compliance. Your work will span transmitters, receivers, antennas, PCBs, and related RF modules. A strong foundation in RF principles, combined with experience in PCB design and tools like Keysight Advanced Design System (ADS), is crucial. This role involves RF testing, troubleshooting, simulation, and cross-functional collaboration, contributing to both existing systems and new product development. Primary Duties Design and develop RF systems and components - including transmitters, receivers, antennas, and custom RF PCBs ensuring performance, safety, manufacturability, and regulatory compliance. Use Keysight ADS and other RF simulation tools to model circuits, validate designs, and optimize RF signal integrity, impedance matching, and electromagnetic performance. Analyze and optimize RF system performance to meet specific application requirements such as signal strength, SNR, range, and coverage. Implement enhancements to improve overall system efficiency and reliability. Conduct RF measurements and testing using spectrum analyzers, VNAs, signal generators, and other test equipment. Interpret test results, identify anomalies, and troubleshoot issues such as signal degradation or component failure. Design RF PCBs with attention to layout considerations such as trace width, grounding, shielding, and crosstalk mitigation. Collaborate with hardware engineers to ensure PCB designs meet RF performance criteria. Work closely with systems, hardware, and software engineering teams to integrate RF modules into larger systems. Support product deployment and field testing to ensure smooth implementation. Maintain detailed documentation of design processes, simulation results, test procedures, and compliance records. Ensure all designs meet relevant FCC, CE, or industry-specific RF standards. Stay up-to-date with emerging RF technologies and industry trends. Provide technical support and mentorship to team members and assist customers with RF-related inquiries or troubleshooting. Qualifications Proven experience in RF design, testing, and troubleshooting, including hands-on work with transmitters, receivers, antennas, and RF front-end components. Proficient in using RF measurement equipment such as network analyzers, spectrum analyzers, signal generators, and oscilloscopes for system characterization and issue diagnosis. Strong understanding of RF principles, including signal propagation, impedance matching, filtering, modulation, and signal processing. Skilled in RF simulation and design tools, including Keysight ADS, and experienced PCB design software such as Altium Designer and OrCAD for RF and mixed-signal circuit layout. Strong debugging and problem-solving skills, with the ability to identify root causes and implement effective solutions in both lab and field environments. Demonstrated ability to work effectively in cross-functional teams, collaborating with hardware, software, mechanical, and test engineering groups to ensure successful system integration. Excellent communication skills, both written and verbal, with the ability to convey complex technical concepts to engineers, stakeholders, and non-technical audiences. Education / Experience bachelors or masters degree in Electronics and Communication Engineering, Electrical and Electronics Engineering, or equivalent Minimum 4+ years of experience in Automotive Electronics Product Development Test Engineer, Electronics Engineer, Testing, RF Engineer, Design Engineer, Engineering, Technology

In this Role, Your Responsibilities Will: Work as part of a multi-discipline team. Lead global ECAD strategy, toolchain management, and process standardization. Define and enforce PCB design rules, DFM/DFT practices, and IS-Specific layout constraints. Review PCB design done globally, providing feedback. Oversee global PCB library management, including symbol/footprint creation, version control, compliance and IS-compliant component. Design multi-layer PCBs with considerations for EMI/EMC, thermal management, and signal integrity. Generate and manage all design documentation including schematics, PCB Layout, Gerbers, BOMs, and assembly drawings. Collaborate with hardware, mechanical, and manufacturing teams to ensure seamless integration and manufacturability. Drive continuous improvement in ECAD workflows, automation, and design reuse. Provide technical leadership and mentorship to regional PCB designers and engineers. Ensure compliance with industry standards (IPC, RoHS, REACH, UL, IS, Explosion Proof etc. ) and company-specific quality requirements. Support design reviews, audits, and root cause analysis for PCB-related issues. WHO YOU ARE: You are a hands-on, technically focused engineer who confidently develops and actualizes electronic designs. You push yourself to achieve results and partner with others to drive work to completion while providing timely, relevant information to individuals across the organization. You are a problem solver who seeks new approaches. REQUIRED EDUCATION, EXPERIENCE & SKILLS: BE in Electronics Engineering or related level of experience plus certifications 8+ years of relevant professional experience PREFERRED EDUCATION, EXPERIENCE & SKILLS: 8+ years of experience in PCB design and ECAD systems, with at least 3 years in a global or lead role. Deep expertise in ECAD tools such as Altium Designer, Cadence etc. Strong understanding of high-speed design, signal integrity, power integrity, and multi-layer PCB stack-ups. Aware of PCB layout guidelines for low power electronic circuits and RF design. Experience with PLM systems, version control, and ECAD-MCAD collaboration tools. Proven ability to lead cross-functional and cross-regional teams. Excellent communication, documentation, and project management skills. Strong understanding of intrinsic safety principles and standards (IEC 60079-11, ATEX, UL913). Our Culture & Commitment to You: . .

Role & responsibilities Preferred candidate profile Experience with SI analysis using ANSYS HFSS, ANSYS SIWave, Cadence Sigrity, and Keysight-ADS tools. A minimum of 10 years of experience. A Bachelor's degree in Electronics Engineering (minimum). Hands-on experience in Signal Integrity analysis for PCIe Gen4 and Gen5 multi-board system simulation (channel simulation).

Key Responsibilities Schematic Capture & PCB Layout Design and optimize complex multi-layer PCBs for high-speed digital and RF applications using tools such as Altium Designer, Cadence Allegro, or OrCAD. Implement controlled-impedance routing, differential-pair tuning, power-integrity planes, and RF transmission lines. High-Speed Signal Integrity Perform SI analysis (eye-diagram, timing, crosstalk) and apply best practices for DDR, PCIe, USB3, Ethernet, HDMI, etc. Collaborate with SI/PI engineers to define stack-ups, copper pours, via types, and decoupling strategies. RF/Microwave Design – Layout antennas, filters, matching networks, baluns, and mixers for frequencies from VHF through UHF (e.g. 13.56 MHz NFC to several GHz Wi-Fi/Bluetooth/GPS). – Ensure low-loss RF paths, minimal parasitics, and effective grounding/EMI shielding. Prototype Validation & Debug – Coordinate board spins, oversee fabrication files (Gerbers, ODB++), and work with board houses on stack-up definitions. – Lead bench-level bring-up, signal probing, VNA/oscilloscope measurements, and cross-section analysis to troubleshoot issues. Documentation & Process Improvement – Produce clear build packages, assembly drawings, and manufacturing notes. – Maintain design libraries, enforce DFM rules, and drive continuous improvement for faster turnaround and higher yield. Cross-Functional Collaboration – Partner with analog/digital/RF hardware engineers, mechanical designers, firmware teams, and test engineers to ensure seamless product development. – Mentor junior designers and share best practices in layout, routing, and design for manufacturability. Required Skills & Qualifications Bachelor’s or Master’s degree in Electrical/Electronics Engineering or related field. 4+ years of hands-on PCB design experience in high-speed digital and RF domains. Proficiency in industry-standard ECAD tools (Altium, Cadence Allegro, OrCAD). Deep understanding of controlled-impedance calculations, SI/PI fundamentals, and RF layout techniques. Experience defining and validating PCB stack-ups, dielectric materials, and copper weights. Skilled in RF test equipment: network/analyzer, spectrum analyzer, VNA, and high-speed oscilloscopes. Strong documentation skills and familiarity with IPC standards (IPC-2221, IPC-7351). Preferred Qualifications Experience in wireless communications (BLE, LTE, GPS, NFC) or aerospace/defense electronics. Familiarity with thermal management, EMI/EMC mitigation, and HDI/microvia technologies. Working knowledge of DFM/DFT principles and vendor-specific fabrication processes. Previous involvement in certification processes (CE, FCC, MIL-STD).

At TE, you will unleash your potential working with people from diverse backgrounds and industries to create a safer, sustainable and more connected world. Job Overview As a Product Dvl Engineer in the Signal Integrity team you will focus on the electrical design, simulation, and verification-validation testing of high speed products in the connector and/or cable assembly, radio system industrytargeting high speed communications and connectivity within datacenters and wireless infrastructure. You will be expected to independently work on projects in the areas of signal integrity for product and system design including modeling, simulation, testing and circuit board layout. You will work collaboratively within a broader cross functional team of mechanical, manufacturing, & operations to execute leading edge products designs. You will be the subject matter expert for the signal integrity performance of a product/platform beginning with the initial analysis through prototype fabrication & evaluation, and production verification testing. You will tackle challenging design problems and utilize simulation tools to guide complex designs toward success. Responsibilities: Subject matter expert in signal integrity design, simulation and validation activities through product development cycles Establishing signal integrity design performance/functional requirements for new products Performing signal integrity simulations for multiple high-speed standards on each product. This includes determining the correct simulation methodology and setup to use, as well as a good understanding of the criteria for each interface. Performing PCB design schematic and layout reviews Creating actionable recommendations based upon design reviews and simulation results Guiding connector design and component qualifications from a signal integrity standpoint. Making data driven decisions about the product functionality and areas for improvement. Required Skills/ Experiences: Bachelors degree in Electrical Engineering or equivalent work experience 8 years of relevant work experience in electrical design, RF design, or PCB design Proficient with signal integrity analysis tools (Agilent ADS, Ansys HFSS, CST, or equivalent tools) A solid understanding of electromagnetic theory and electrical circuit behavior Strong analytical capabilities to interpret simulation and lab data to identify issues and provide solutions to fix identified problem. Familiarity with printed circuit board design, fabrication and assembly. Fluent in English (both verbal and written) to facilitate global communication both internally and with external customers. Ability to work in a global environment able to accommodate varying time zones and capable of collaborating with individuals across geographies. Individual must be highly motivated, a quick learner, and able to work independently Nice to have Skills: Experience with interconnect design, including socket/connector/cable/cable assembly design (high-speed twinax cables, direct attach copper (DAC) cables), and/or RF antenna, RF sub-system Design experience with communication systems (high-speed servers, switches, routers, storage, antennas, RF front end or similar systems) Solid presentation skills with an ability to clearly communicate technical concepts to diverse audiences in English Strong organizational and time management skills with an ability to manage and execute multiple tasks/deadlines/projects simultaneously with limited direction. SixSigma methodologies or other strong data analytics background. Printed circuit board design, fabrication and assembly (Altium, AutoCAD) Experience in project leadership, especially as it applies across design, development & manufacturing teams Test equipment (oscilloscope, vector network analyzer, BERT) Signal conditioning techniques (equalization, amplification) Direct customer design and support experience Application and test knowledge of high-speed devices and equalization techniques

Job Overview As Signal Integrity Manager in TE Connectivity you will play a key role in the design of products for high-speed products in the connector, cable assembly, and/or radio system industry targeting high-speed communications and connectivity within datacenters and wireless infrastructure. As a manager of Product Development Engineering in Signal Integrity (SI), you will lead a team of SI engineers in all aspects of electrical design, simulation, and verification-validation testing. You will be responsible for leading your team to successfully achieve business objectives in a dynamic business environment while fostering a culture of high performance, innovation, and employee wellbeing. Responsibilities: Manage and lead a team of regional/global signal integrity engineers in establishing signal integrity design performance and functional requirements for new products Lead the team to perform signal integrity simulations for multiple high-speed standards on each product. This includes determining the correct simulation methodology and setup to use, as well as a good understanding of the criteria for each interface. Guide the team in connector design and qualifications from a signal integrity standpoint with a focus on making data driven decisions about the product functionality and areas for improvement. Create actionable recommendations based upon design reviews and simulation results. Lead the team in communicating actions and impacts clearly to stakeholders including management, customers, and the technical community. Align the technology roadmap with the market trends, customer needs, and implement accordingly. Drive a culture of innovation using a base of traditional approaches and external knowledge to develop innovative solutions. Effectively lead a regional/global team of SI engineers of varying levels of experience with different backgrounds, experiences, and cultures. Drive high performance by providing your team routine coaching and feedback, holding your team accountable to meet performance objectives, and providing meaningful development to increase individual/team capability. Manage employee wellbeing by prioritizing work, effectively managing resource loading, and providing flexibility to enable employees to successfully balance their work and personal lives. Skills/Experience: Bachelors degree in Electrical Engineering or equivalent work experience; Master's Degree preferred Generally requires 10 years of relevant work experience in electrical Design, RF design or PCB design Generally requires a minimum of 3 years of progressive leadership and people management experience in a regional environment A solid understanding of electromagnetic theory and electrical circuit behavior Expert with Signal integrity analysis tools (Agilent ADS, Ansys HFSS, CST, or equivalent tools) Proficient with 3D CAD tools (SpaceClaim preferred, AutoCAD, Creo, or equivalent) Proficient with high-speed test equipment (VNA, TDR, BERT) Proficient with interconnect design or electronic packaging, with a preferred focus on high-speed differential connectors and/or cable assemblies, RF connectors, and channel integration. Proficient with printed circuit board layout and design (Altium preferred), fabrication and assembly, especially as associated with connector FP and card-edge interfaces Proficient with data analysis techniques, appreciation for design geometry tolerance impacts, and HVM qualification. Practiced analytical capabilities to interpret simulation and lab data to identify issues and provide solutions to fix identified problem. Exposure to physical layer communications systems and architectures. Fluent in English (both verbal and written) Ability to work in a global environment – able to accommodate varying time zones and capable of collaborating with individuals across geographies. Expert problem solver – able to solve high complexity situations with little to no direction. Proactive in identifying complex issues, providing solutions, and driving improvements to evolve procedures Proficient in presenting technical solutions to customers and upper management Demonstrated experience leading/developing a team of 5+ experienced professionals who exercise latitude and independence in their assignments with accountability for team performance, project delivery, and resource allocation. Proficient in building and leading a solid team - assessing talent fit (current team and future hires), aligning skills to business needs, identifying skillset gaps needed to strengthen the team, and taking actions necessary to maintain solid team performance. Demonstrated experience establishing and ensuring adherence to budgets, schedules, and work plans. Proficient at leading cross-functional new product development projects which require strong collaboration and influencing skills to achieve the right outcome for the business. Proficient in driving a data analytics mindset across the team – identifying the most meaningful data to collect, analyzing it, drawing conclusions, and presenting those conclusions as data intelligence to provide insight and drive innovative solutions for the business. Proficient in leading change in a high-paced and dynamic environment with an understanding of common barriers to effectively managing change. Proficient at driving continuous improvement with demonstrated experience implementing best practices to enhance engineering efficiency

Responsible for high performance microprocessor blocks RTL to GDSII implementation Perform block level synthesis, floor-planning, placement and routing. Close the design to meet timing, power budget and area. Implement ECO's to address functional bugs and timing violations. Team player, with good problem solving and communication skills. Required education Bachelor's Degree Required technical and professional expertise 5-8 years industry experience in physical design methodology. Good knowledge andhands on experience in physical design methodology which include logic synthesis,placement, clock tree synthesis, routing . Should be knowledgeable in physical verification ( LVS,DRC. etc), Noise analysis, Power analysis and electro migration . Team player with good problem solving skills, communication skills and leadership skills. Preferred technical and professional experience Automation skills in PYTHON, PERL , and/or TCL

Description We are seeking a skilled Hardware Design Engineer to join our innovative team in India. The successful candidate will be responsible for designing and developing high-performance hardware solutions for various electronic applications. Responsibilities 1.Design embedded systems based on Microcontroller/Microprocessor systems. 2.Develop subsystems covering power supply, I/O interfaces, displays, and communication protocols (UART, SPI, I2C, USB). 3.Design power circuits including DC-DC converters, LDOs, and perform thermal calculations. 4.Create schematics, layout designs, and oversee board bring-up, testing, and prototyping. 5.Communicate with vendors for component sourcing and assembly processes. 6.Perform hardware validation, debugging, and root cause failure analysis. 7.Address EMC/EMI/ESD issues in electronic circuits. 8.Coordinate with Project and Mechanical Engineering teams for interface requirements. 9.Utilize test equipment for validation and component selection. 10.Conduct design reviews with stakeholders and PCB Assembly vendors. 11.Utilize engineering tools for design analysis and verification. 12.Demonstrate exceptional written and oral communication skills. 13.Work effectively in a team environment and contribute to innovative problem- solving. 14.Manage multitasking across multiple development projects. 15.Proficiency in Embedded C programming is an additional advantage. Skills and Qualifications Digital Hardware Design Hardware Design High-Speed Board Design Circuit Designing Analog Designing Vendor Communication Hardware Validation EMC/EMI/ESD Mitigation Component Selection Product Lifecycle Management (PLM) Design Analysis and Verification Multitasking Written and Oral Communication Self-motivation and Team Collaboration Problem-solving and Creativity

What we offer: Group Summary: Job Responsibilities: Job title: PCB Layout Design Engineer Job Introduction: We are seeking a highly skilled PCB Layout Design Engineer with 5+ years of experience and expertise in designing Power Electronics PCBs with Altium Designer EDA tool. As a PCB Design Engineer, you will be responsible for designing and developing printed circuit boards for automotive Traction Inverter, Power electronics Mixed signal electronic systems. Major Responsibilities: Develop, design, validate and optimize complex Power Electronics PCB layouts using Altium Designer, ensuring adherence to IPC standards and best practices. Perform PCB Library creation, schematic capture, component placement, routing and generate manufacturing files considering signal integrity, power integrity, and EMI/EMC requirements. Perform Design rules settings in Altium designer EDA tool following specified Clearance and Creepage standards and other DFM specifications. Create Altium Schematic and Footprint Libraries according to IPC standards and reliable to Manufacturer specifications and managing the database. Create and maintain accurate PCB design documentation, including design guidelines, Fabrication and Assembly Notes/drawings. Work closely with hardware engineers, Mechanical engineers, Manufacturing Engineers and software teams to create PCB that meeting required specifications. Conduct and participate in design reviews, offering insights and suggestions to enhance the functionality and manufacturability of designs. Estimate timeline and plan PCB layout workflow and ensure Layout completion within Projected timeline. Knowledge and Education: Bachelor s or master s degree in electrical engineering or a related field. Work Experience: 5+ years of experience Hands-on experience in PCB layout design for power electronics, Traction inverters and Converters and motor drives. Skills and Competencies: Proficiency in Altium Design EDA tool is must. Ability to read electrical schematic and good understanding about hardware design lifecycle. Basic understanding of Signal Integrity, Power Integrity and EMI/EMC. Strong knowledge in DFM, DFM DFT. Solid understanding of basic Electrical and Electronics principles. Strong problem-solving skills and ability to work independently or in a team. Experience in the automotive sector is desirable. Conscientious, precise and independent way of working. Very good written and spoken English skills. Awareness, Unity, Empowerment: At Magna, we believe that a diverse workforce is critical to our success. That s why we are proud to be an equal opportunity employer. We hire on the basis of experience and qualifications, and in consideration of job requirements, regardless of, in particular, color, ancestry, religion, gender, origin, sexual orientation, age, citizenship, marital status, disability or gender identity. Magna takes the privacy of your personal information seriously. We discourage you from sending applications via email or traditional mail to comply with GDPR requirements and your local Data Privacy Law. Worker Type: Regular / Permanent Group: Magna Powertrain

Greetings from Thales India Pvt Ltd.....! We are hiring for Technical Lead - Digital Circuit design for our Engineering competency center for Bangalore Richmond Road location. JOB Details: Thales India Engineering Competency Center in Bangalore is seeking a Technical Lead engineer role to be part of Hardware engineering team. In this role you will be responsible for design and development of reliable, cost effective, customized products for Defense & avionics applications. Electronics systems design, Obsolescence redesign for Defense / avionics products to meet the customer requirements as well as governing regulatory standards (DO-160, DO-254, MIL-STD, etc.). You also perform trade analysis of design approaches, engineering simulations & modeling, derating analysis before finalizing the design. Qualifications: B.Tech in Electronics & Communication or Electrical engineering or equivalent with 10 to 16 years of relevant experience. Higher qualifications of Post-graduation and PhD are desirable. Working experience in Defense / Avionics domain is desirable Technical Skills and Competencies: Must have strong experience in Electronic design and development from requirements to Conceptual design to architectural design to detailed design and analysis Must have strong experience in the hardware design, development and testing of high speed digital electronic circuits including microprocessors, microcontrollers, FPGA and embedded firmware. Must have hands on experience in product design, board level testing, integration and validation testing including development of test plans and Pass/fail criteria. Must have strong knowledge of using Design and simulation tools Must have working experience of product performance evaluation (Hardware Verification) to comply to DO-160 or MIL-STD standards Must have excellent troubleshooting skills on Electrical / Electronic boards to find the root cause and to propose the best solution Should have experience of working with multi-disciplinary team ( Mechanical, PCB layout, Systems engineering and suppliers) Should have an understanding and use of DFMEA, DFT and DFM tools Definition and choice of components (including derating) Definition of electrical schematics and building blocks Boards place&route (including signal integrity) Manufacturing failures analysis / Root cause analysis Test procedures definition and execution Component obsolescence treatment : alternative solution identification, definition/design of the solution, verification Profile/Skills Digital Electronic Engineering Skills and ability. VHDL coding, Timing analysis Mastering of electronic simulation and design software (Cadence, Allegro, ANSYS, PSPICE/LTSPICE) Knowledge or Defense & aeronautics constraints (MIL-STD, DO160, DO254) General understanding of Engineering Development lifecycles including design, development, testing, verification and validation phases

Role: Senior Manager, IO Design Memory Technology Competencies: Bachelors/Masters degree in Electronics & Telecommunication/Electrical engineering (VLSI Design) Extensive Hands-on design experience in IO Design(LVCMOS, HVCMOS, DDR, LVDS) 15+ years of Experience on handling IO designs, projects working with BU, Stake holders NAND Flash Design knowledge is plus Expertise in ESD, Powerbus, Floor plan, Layout guidelines Expertise, knowledge of advanced DDR algorithms : Training modes and DFE/CTLE/Compensation Techniques, Clock skew techniques Management and Lead experience to handle Team of IO engineers Experience in working with cross geo, cross team functions and stake holder management Expertise with package/board/Power integrity /signal integrity constraints is a plus. Strong communication skills & circuit design knowledge is preferred. Tool knowledge: spice tools: finesim, hspice & other flows Good to have: Lead team of experienced IO Design Engineers Strategic development of next generation IO for scaling speed Build Best in Class IP Design Handling BU communication on all IO Roadmap, RMA, FA Drive E/E IO Design capability and execution till Silicon to Productization Qualifications B.TECH/M.TECH in Electrical / Electronics / VLSI / Microelectronics with 15+ years of experience

At onsemi, a world-class leader in image sensors for automotive, industrial, surveillance, and consumer applications, our vision extends beyond human perception. We are currently seeking candidates with minimum 10 years of experience in hardware design to join our rapidly growing design center in Bangalore. Responsibilities: + Responsible for Design of evaluation, reference and interface boards and should support the hardware needs of the internal software and Frontend team + Responsible for all technical issues during Design, Bring-up and follow on support + Work closely with ON s internal Design team; Troubleshooting reference and evaluation systems, documenting problems, and suggesting solutions. + Technical support during chip bring-up and validation. + Validation of hardware designs using Signal integrity tools like Hyperlynx / Sigrity. + Validation of IP developed by Digital Design team is an optional expectation. + Support PCB layout engineers with PCB layout guidelines and reviews. Candidate Must have good Knowledge of Cadence Allegro and Orcad tools. As a Senior Hardware Engineer, you will play a crucial role in designing and delivering highspeed test hardware systems and solutions for onsemi sensors, bring-up support for ON s Product Engineering, Software and Frontend team. It is desirable to be familiar with Multimedia processor or mobile phone architecture or Base Band processors and should have good exposure to ASIC/FPGA based hardware designs and its bring-up and validation. \#LI-RT1 onsemi (Nasdaq: ON) is driving disruptive innovations to help build a better future. With a focus on automotive and industrial end-markets, the company is accelerating change in megatrends such as vehicle electrification and safety, sustainable energy grids, industrial automation, and 5G and cloud infrastructure. With a highly differentiated and innovative product portfolio, onsemi creates intelligent power and sensing technologies that solve the world s most complex challenges and leads the way in creating a safer, cleaner, and smarter world. More details about our company benefits can be found here: https: / / www.onsemi.com / careers / career-benefits We are committed to sourcing, attracting, and hiring high-performance innovators, while providing all candidates a positive recruitment experience that builds our brand as a great place to work.

Energy feeds on energy. If you flourish in a fast paced, results-oriented environment, if you want to achieve individual success within a team first organization, and if you believe you can contribute and succeed in a demanding yet collegial atmosphere, then Lattice may well be just what you re looking for.Responsibilities & Skills Do you have a passion for invention and self-challenge? This position gives you an opportunity to learn and participate in one of the most cutting-edge projects that Lattice s Silicon Engineering team has embarked upon to date. We are validating building blocks in FPGA on board level to ensure functionality and performance aspect of Design intent. FPGA consists of various IPs as a building block such as SERDES(PMA/PCS), Memory DDR(DDR4, LPDDR4, DDR5 etc), DPHY, PLL, DSP, Fabric, I/O etc. As a Silicon Design Validation engineer, you will have an opportunity to learn and train yourself on how to validate one/or many of the building blocks within the FPGA. And also, you will be able to acquire knowledge on process/methodology required for validating certain IPs from planning to completion. While you are working on those, you will be exposed to cutting edge equipment and advanced boards as well as Various SW/tools/scripts. What you re going to be exposed to and learn: The ideal candidate is highly motivated in developing a career in Silicon Design Validation engineering. You will get significant exposure and training in the following areas: Chance to learn FPGA and it s build block such as SERDES(PMA/PCS), Memory DDR(DDR4, LPDDR4, DDR5 etc), DPHY, PLL, DSP, MIPI, Fabric, I/O etc but not limited. Validate and characterize various IPs from silicon arrival to release to production. Develop validation and characterization plans for certain IP, bench hardware and software. Develop test logic RTL to achieve intended validation/characterization test. Drive new silicon product bring-up, validation, debug to asses IP functionality/performance. Characterizing data sheet parameters. Analyzing the measured data with statistical view. Data sheet preparation etc. Serve as the central resource with design, verification, manufacturing, test, quality and marketing/apps as the product(s) move Silicon arrival to product release. Supporting customer issues as required to resolve issues found after product release You Have 5+ years of experience Electrical Engineering degree with a strong desire to pursue an engineering career in Silicon Design Validation Expertise in High Speed Serdes Interface characterization and protocol compliance testing such as PCIe / Ethernet / SDI / CoaXpress / JESD204 , MIPI D-PHY, MIPI CSI/DSI-2, USB and DisplayPort/HDMI etc. Expertise in high speed board design and signal integrity evaluation/debug. Expertise in Verilog/VHDL and design implementation using FPGA development tools. Expertise in test automation development using programming languages such as Python, Perl. Knowledge of statistical analysis concepts and use of analysis tools such as JMP, R. Proficiency with bench equipment for device characterization such as BERT, VNA, Oscilloscopes, Protocol Exerciser/Analyzers. Exposure on FPGA(emulation/prototyping etc) Strong written and verbal communication skills to work with cross-functional team Self-motivated and proactive with critical thinking. Good problem solving and debugging skills.

Energy feeds on energy. If you flourish in a fast paced, results-oriented environment, if you want to achieve individual success within a team first organization, and if you believe you can contribute and succeed in a demanding yet collegial atmosphere, then Lattice may well be just what you re looking for.Responsibilities & Skills Do you have a passion for invention and self-challenge? This position gives you an opportunity to learn and participate in one of the most cutting-edge projects that Lattice s Silicon Engineering team has embarked upon to date. We are validating building blocks in FPGA on board level to ensure functionality and performance aspect of Design intent. FPGA consists of various IPs as a building block such as SERDES(PMA/PCS), Memory DDR(DDR4, LPDDR4, DDR5 etc), DPHY, PLL, DSP, Fabric, I/O etc. As a Silicon Design Validation engineer, you will have an opportunity to learn and train yourself on how to validate one/or many of the building blocks within the FPGA. And also, you will be able to acquire knowledge on process/methodology required for validating certain IPs from planning to completion. While you are working on those, you will be exposed to cutting edge equipment and advanced boards as well as Various SW/tools/scripts. What you re going to be exposed to and learn: The ideal candidate is highly motivated in developing a career in Silicon Design Validation engineering. You will get significant exposure and training in the following areas: Chance to learn FPGA and it s build block such as SERDES(PMA/PCS), Memory DDR(DDR4, LPDDR4, DDR5 etc), DPHY, PLL, DSP, MIPI, Fabric, I/O etc but not limited. Validate and characterize various IPs from silicon arrival to release to production. Develop validation and characterization plans for certain IP, bench hardware and software. Develop test logic RTL to achieve intended validation/characterization test. Drive new silicon product bring-up, validation, debug to asses IP functionality/performance. Characterizing data sheet parameters. Analyzing the measured data with statistical view. Data sheet preparation etc. Serve as the central resource with design, verification, manufacturing, test, quality and marketing/apps as the product(s) move Silicon arrival to product release. Supporting customer issues as required to resolve issues found after product release You Have 2+ years of experience Electrical Engineering degree with a strong desire to pursue an engineering career in Silicon Design Validation Knowledge in High Speed Serdes Interface characterization and protocol compliance testing such as PCIe / Ethernet / SDI / CoaXpress / JESD204 , MIPI D-PHY, MIPI CSI/DSI-2, USB and DisplayPort/HDMI etc. Knowledge in high speed board design and signal integrity evaluation/debug. Knowledge in Verilog/VHDL and design implementation using FPGA development tools. Knowledge in test automation development using programming languages such as Python, Perl. Knowledge of statistical analysis concepts and use of analysis tools such as JMP, R. Exposure on bench equipment for device characterization such as BERT, VNA, Oscilloscopes, Protocol Exerciser/Analyzers. Exposure on FPGA(emulation/prototyping etc) Strong written and verbal communication skills to work with cross-functional team Self-motivated and proactive with critical thinking. Good problem solving and debugging skills.

Energy feeds on energy. If you flourish in a fast paced, results-oriented environment, if you want to achieve individual success within a team first organization, and if you believe you can contribute and succeed in a demanding yet collegial atmosphere, then Lattice may well be just what you re looking for.Responsibilities & Skills Do you have a passion for invention and self-challenge? This position gives you an opportunity to learn and participate in one of the most cutting-edge projects that Lattice s Silicon Engineering team has embarked upon to date. We are validating building blocks in FPGA on board level to ensure functionality and performance aspect of Design intent. FPGA consists of various IPs as a building block such as SERDES(PMA/PCS), Memory DDR(DDR4, LPDDR4, DDR5 etc), DPHY, PLL, DSP, Fabric, I/O etc. As a Silicon Design Validation engineer, you will have an opportunity to learn and train yourself on how to validate one/or many of the building blocks within the FPGA. And also, you will be able to acquire knowledge on process/methodology required for validating certain IPs from planning to completion. While you are working on those, you will be exposed to cutting edge equipment and advanced boards as well as Various SW/tools/scripts. What you re going to be exposed to and learn: The ideal candidate is highly motivated in developing a career in Silicon Design Validation engineering. You will get significant exposure and training in the following areas: Chance to learn FPGA and it s build block such as SERDES(PMA/PCS), Memory DDR(DDR4, LPDDR4, DDR5 etc), DPHY, PLL, DSP, MIPI, Fabric, I/O etc but not limited. Validate and characterize various IPs from silicon arrival to release to production. Develop validation and characterization plans for certain IP, bench hardware and software. Develop test logic RTL to achieve intended validation/characterization test. Drive new silicon product bring-up, validation, debug to asses IP functionality/performance. Characterizing data sheet parameters. Analyzing the measured data with statistical view. Data sheet preparation etc. Serve as the central resource with design, verification, manufacturing, test, quality and marketing/apps as the product(s) move Silicon arrival to product release. Supporting customer issues as required to resolve issues found after product release You Have 5+ years of experience Electrical Engineering degree with a strong desire to pursue an engineering career in Silicon Design Validation Expertise in High Speed Serdes Interface characterization and protocol compliance testing such as PCIe / Ethernet / SDI / CoaXpress / JESD204 , MIPI D-PHY, MIPI CSI/DSI-2, USB and DisplayPort/HDMI etc. Expertise in high speed board design and signal integrity evaluation/debug. Expertise in Verilog/VHDL and design implementation using FPGA development tools. Expertise in test automation development using programming languages such as Python, Perl. Knowledge of statistical analysis concepts and use of analysis tools such as JMP, R. Proficiency with bench equipment for device characterization such as BERT, VNA, Oscilloscopes, Protocol Exerciser/Analyzers. Exposure on FPGA(emulation/prototyping etc) Strong written and verbal communication skills to work with cross-functional team Self-motivated and proactive with critical thinking. Good problem solving and debugging skills.

EVDS Tec Pvt Limited is dedicated to driving global competitiveness through innovation-led transformation, resulting in sustainable growth and development. As a specialized sourcing consulting and EV advisory firm, EVDS focuses on execution and result assurance, guiding clients from concept to program delivery. With extensive experience across automotive, engineering, industrial, and business advisory sectors, EVDS partners with clients to build resilient and future-ready organizations. Committed to the clean and sustainable mobility revolution, EVDS leverages its expertise in the automotive, auto-component, and electric vehicle ecosystem to facilitate industry transitions to clean mobility. Designation: PCB Design Engineer CTC - upto 10 lakh based on last drawn Preferred Immediate joining Role Description: This is a full-time on-site role for a Hardware Embedded Engineer located in Ahmedabad. The Hardware Embedded Engineer will be responsible for designing, developing, and debugging embedded systems. Qualifications: Must be from electronics background Roles & Responsibilities:: 1. Design and develop high-power PCBs, considering thermal management, signal integrity, and power integrity requirements. 2. Must have experience with designs involving more than 2 layers. 3. Perform schematic capture and PCB layout using industry-standard CAD tools (e.g., Altium, KiCad). 4. Conduct simulations and analyses to optimize PCB performance and ensure compliance with EMI/EMC standards. 5. Have strong knowledge of EMI/EMC principles and standards (e.g., FCC, CE, CISPR) and implement EMI/EMC mitigation strategies, including filtering, shielding, and grounding techniques. 6. Collaborate with cross-functional teams to define PCB design requirements and specifications. Apply Now EVDS Tec Pvt Limited is dedicated to driving global competitiveness through innovation-led transformation, resulting in sustainable growth and development. As a specialized sourcing consulting and EV advisory firm, EVDS focuses on execution and result assurance, guiding clients from concept to program delivery. With extensive experience across automotive, engineering, industrial, and business advisory sectors, EVDS partners with clients to build resilient and future-ready organizations. Committed to the clean and sustainable mobility revolution, EVDS leverages its expertise in the automotive, auto-component, and electric vehicle ecosystem to facilitate industry transitions to clean mobility. PCB Design Engineer CTC - upto 10 lakh based on last drawn Preferred Immediate joining This is a full-time on-site role for a Hardware Embedded Engineer located in Ahmedabad. The Hardware Embedded Engineer will be responsible for designing, developing, and debugging embedded systems. Must be from electronics background 1. Design and develop high-power PCBs, considering thermal management, signal integrity, and power integrity requirements. 2. Must have experience with designs involving more than 2 layers. 3. Perform schematic capture and PCB layout using industry-standard CAD tools (e.g., Altium, KiCad). 4. Conduct simulations and analyses to optimize PCB performance and ensure compliance with EMI/EMC standards. 5. Have strong knowledge of EMI/EMC principles and standards (e.g., FCC, CE, CISPR) and implement EMI/EMC mitigation strategies, including filtering, shielding, and grounding techniques. 6. Collaborate with cross-functional teams to define PCB design requirements and specifications.