15 Emiemc Compliance Jobs

You will be responsible for designing, analyzing, and simulating circuits related to transmission line, RF blocks (both transmitter and receiver), and waveguides. Your tasks will include implementing input-output matching solutions, antenna tuning, and parasitic effects mitigation. You will be expected to successfully deploy different types of external and internal antenna/antenna arrays systems with measurable performance outcomes. Your role will involve resolving RF and high-speed signal transmission issues, interference, and EMI/EMC concerns to ensure improved performance metrics for overall system design. Additionally, you will play a key role in the successful deployment of wireless communication protocols. Your responsibilities will also include designing, simulating, and troubleshooting circuits and layouts involving RF amplifiers, LNAs, Mixers, Filters, and other digital circuit blocks. You will conduct functional level testing to assess hardware performance and overall system integration. Moreover, you will configure and troubleshoot embedded systems and related communication interfaces such as SPI, I2C, UART, and CAN. You will analyze system requirements to optimize the overall system design and perform calculations for MTBF, temperature derating, power conversions, RF power budget, etc. Your expertise will be essential in developing analytical models to predict system performance and identify areas for improvement. Key Skills: - Validation - EMI/EMC compliance - Multi sim - Altium Designer - Embedded systems design - RF circuit design - RF testing - RF Simulation - Communication interface - Mixed signal design - PCB layout design - Functional level testing,

As a PCB Design Engineer at our luxury brand dedicated to merging sustainable living with effortless style, your primary responsibility will be optimizing power consumption for extended battery life in our battery-operated devices. You will design circuits for efficient power regulation, charging, and battery protection to ensure the best battery management and efficiency. Incorporating wireless communication modules such as LoRa, NB-IoT, BLE, Wi-Fi, or others will be a key aspect of your role, where you will be tasked with ensuring signal integrity. Additionally, you will be expected to minimize interference and ensure proper antenna placement for reliable connectivity through RF layout optimization. Implementing efficient DC-DC converters and low-power voltage regulators for power supply and voltage regulation, as well as optimizing heat dissipation for thermal management, will be crucial aspects of your design responsibilities. You will need to ensure a compact and energy-efficient design with minimal PCB footprint while maintaining high performance standards. Your role will also involve designing for EMI/EMC compliance to meet regulatory standards and reduce noise in wireless environments. Prototyping and testing will be essential for validating battery life, power consumption, and RF performance through iterative testing processes. Collaboration with firmware and mechanical teams will be necessary as you work closely with embedded developers and enclosure designers to achieve seamless integration of the PCB designs. Join us at Vivir to redefine fashion by blending timeless designs with eco-conscious practices and contribute to our mission of sustainable luxury living.,

About the Role We are seeking a dynamic team player who is motivated by achieving results and has a strong passion for industrial electronic products and their respective test deliveries. In this role, you will be involved in working on a variety of electricity metering offers with communications, input/output capabilities, and more. It is essential to have direct experience in product and system testing, and a background in the Agile process would be advantageous. The position available is for an Electronics Hardware Test Engineer within the Power Monitoring business unit, located at the Bengaluru Whitefield Campus. You will report to the Delivery Manager and collaborate with the working team(s). Responsibilities You are expected to have good knowledge and work on: - Product or System testing, with a focus on EMI/EMC compliance - Electronics specifications - Electrical safety and boundary conditions - Related product standards and claim tests Additionally, you should have sufficient experience in integration and testing, including hardware and firmware. Requirements The ideal candidate should: - Have an interest in working within the Power system domain - Be proficient in handling test equipment - Be a team player - Demonstrate strong execution skills and interest - Be process and result-oriented, as well as self-driven - Have hands-on experience in using/developing test automation tools and technologies, such as LabView and Python Qualifications - Diploma/B.E./B.Tech in ECE/EEE/E&I - 3-5 years of work experience Other notes Preferential consideration will be given to early joiners (within a month's notice). Job Types: Full-time, Permanent Benefits: - Health insurance - Provident Fund Schedule: - Day shift Work Location: In person Speak with the employer at +91 9886151342,

You should have extensive experience in analog, digital, mixed-signal, and high-speed hardware design. A strong understanding of PCB design, schematic design, and selecting suitable electronic components based on application requirements is required. You must have worked on 8-bit, 16-bit, and 32-bit microcontroller-based product design. Proficiency in analog interfaces such as ADC, DAC, operational amplifiers, and digital interfaces including UART, I2C, SPI, PWM, RTC, DFU (Direct Firmware Upgrade), camera interfaces, and various display types is essential. Knowledge of microprocessors and high-speed interfaces like USB, Ethernet, DDR, eMMC, MIPI CSI, and DSI is expected. You should be well-versed in Power supply, Switching regulators, and LDOs. Your experience should include digital wired communication interfaces like RS232, RS485, USB, Ethernet, as well as wireless interfaces such as Bluetooth, BLE, Wi-Fi, and LoRa. A strong understanding of EMI/EMC compliance in product design is necessary. Hands-on experience in board bring-up, functional testing, proof of concept (PoC), debugging, solving internal and external field problems, and thorough documentation is also required.,

As a Hardware Lead Engineer, you will play a crucial role in the design and development of Automotive Inverters. Your expertise in hardware architecture, component selection, EMI/EMC compliance, and high-frequency inverter design will be essential in ensuring optimal performance and seamless integration with software, mechanical, and system engineering teams. Your responsibilities will include developing hardware architectures, interpreting system specifications, ensuring EMI/EMC compliance, selecting active components, designing high-frequency inverters, working with microcontrollers, and ensuring PCB layout and safety compliance. Collaboration with cross-functional teams will be key to optimizing hardware design and meeting system-level requirements. To qualify for this role, you should have a Bachelors or Masters degree in Electrical Engineering, Power Electronics, or a related field, along with proven experience in inverter hardware development. Proficiency in circuit design, PCB tools, EMI/EMC standards, SiC/GaN power semiconductors, automotive microcontrollers, and PCB layout for systems with IEC 60664 compliance is required. Preferred qualifications include experience in automotive inverter development for EV/HEV applications, knowledge of functional safety (ISO 26262), and automotive-grade hardware design. In return, we offer you the opportunity to work on cutting-edge automotive inverter technologies, a collaborative and innovative work environment, and career growth opportunities in the rapidly evolving EV industry. If you are passionate about automotive hardware design, we would love to hear from you. Apply now by sending your resume to saravanan.b@visaiyon.com.,

You will be responsible for creating schematics and PCB layouts, designing multi-layer and high-speed PCBs according to product requirements. You must ensure signal integrity, power integrity, and EMI/EMC compliance in the design process. Additionally, you will be required to generate Gerber files, BOM, Pick & Place files, and other manufacturing documents. Collaborating with vendors and fabrication houses for prototyping and production will be an essential part of your role. You will also need to review and troubleshoot PCB issues during prototyping and testing phases, while maintaining proper documentation for version control and design history. To excel in this role, you should have a good understanding of electronics components, circuit behavior, and layout best practices. Hands-on experience in 2-layer and multi-layer PCB design is crucial. The ability to work both independently and in a team environment, along with strong analytical and problem-solving skills, will be beneficial. Knowledge of high-speed, RF, or mixed-signal design is considered a plus. This is a full-time, permanent position with a flexible schedule. The job location is in Meerut, Uttar Pradesh, and the ability to commute or relocate to the specified location is required. A minimum of 1 year of experience in circuit design and PCB design is necessary for this role. If you are passionate about PCB design, have a keen eye for detail, and enjoy working on challenging projects, we encourage you to apply for this opportunity.,

As a PCB Design Engineer, you will be responsible for creating schematics and PCB layouts, designing multi-layer and high-speed PCBs based on product requirements, ensuring signal integrity, power integrity, and EMI/EMC compliance during the design process. You will also be generating Gerber files, BOM, Pick & Place files, and other manufacturing documents, as well as collaborating with vendors and fabrication houses for prototyping and production. In addition, you will review and troubleshoot PCB issues during prototyping and testing phases while maintaining proper documentation for version control and design history. To excel in this role, you should have a solid understanding of electronics components, circuit behavior, and layout best practices. Hands-on experience in 2-layer and multi-layer PCB design is essential, along with the ability to work both independently and in a team environment. Strong analytical and problem-solving skills are required, and any knowledge of high-speed, RF, or mixed-signal design would be advantageous. This is a full-time position that requires at least a Bachelor's degree as the preferred educational qualification. The ideal candidate should have a minimum of 1 year of relevant work experience. The work location for this role is in person.,

As a Hardware Lead at Phoenix Medical Systems Private Limited, you will be responsible for the design and development of Medical grade PCBs, focusing on creating innovative products to address complications in newborns. Your expertise in microcontroller based hardware design, sensors, drivers, Power electronics, Battery management, and EMI/EMC compliance for medical devices will play a crucial role in this position. You will be involved in developing schematics and layouts according to design requirements and manufacturing feasibility, along with managing the Bill of Materials (BOM) using standard ECR/ECN processes. Your responsibilities will also include working on Embedded Hardware (Electronics) for Digital, Analog, and Mixed Signal Processing, as well as handling component suppliers and PCB Fabricators. To excel in this role, you must possess strong hardware development and electronics hardware design skills, with experience in high-speed digital design, signal and power integrity, and EMI/EMC. Knowledge of processor and RTOS architecture, as well as familiarity with PCB design tools and simulation software, will be essential. A Bachelor's or Master's degree in Electrical/Electronics Engineering or a related field is required, along with excellent communication skills and the ability to collaborate effectively in a team environment. Prior experience with medical standards such as IEC60601 and EMI/EMC compliance will be advantageous in fulfilling the responsibilities of this position. If you are passionate about leveraging your hardware design expertise to contribute to the development of cutting-edge neonatal and maternal-care equipment, we encourage you to apply and be a part of our mission to provide affordable and innovative solutions for newborn care.,

You should have good experience in PCB design, verification, and assembly. Additionally, you should possess expertise in schematic design, verification, and modification. It is preferable to have design and development experience in an industrial-related product. Experience in EMI/EMC compliance and intrinsically safe design is also essential. You must excel in designing complex high-density multi-layer PCBs utilizing different types of high-density and SMD packages. Furthermore, proficiency in standard analog and mixed-signal design is required. Knowledge of creating, checking, and editing Gerber and plot files is important. Exposure to all relevant IPC standards and MIL Standard design is crucial. Experience in at least one EDA tool like Cadence Allegro, Orcad, Mentor Graphics, Altium, or CAD-Star is expected. Understanding of PCB fabrication and assembly, passive components, transistors (BJTs and FETs), troubleshooting, and documentation is necessary. Ability to work independently and as a team member to meet product delivery goals is vital. You should be capable of defining and communicating problems clearly to others while collaborating across multiple groups. Expertise in high-speed design is preferred, and knowledge in SI and PI simulation is required. Familiarity with Flex PCB will be appreciated. Responsibilities: - Perform product characterization and develop specifications. - Design schematics. - PCB design and PCB layout. - Gerber generation. - Prototype board bring-up, testing, and debugging. - Resolve any design issues during the development phase. - Documentation.,

ScratchNest is looking for an experienced Lead Embedded Hardware Design Engineer to oversee the development of cutting-edge embedded systems for critical industrial applications. As the Lead Embedded Hardware Design Engineer, you will be responsible for leading the end-to-end hardware design process, from conceptualization to production, specifically focusing on industrial IoT applications. Key Responsibilities: - Manage the complete hardware design lifecycle for industrial IoT applications - Design complex multi-layer PCBs with high-speed digital interfaces, mixed-signal circuits, and efficient power management solutions - Develop thermal management strategies for systems operating within extreme temperature ranges (-40C to +85C) - Ensure compliance with EMI/EMC standards and obtain regulatory certifications such as FCC, CE, and IC - Architect innovative hardware solutions for IoT sensors, gateways, and edge computing devices - Provide mentorship to junior engineers and collaborate effectively with firmware and software teams Required Qualifications: - Minimum of 5 years of experience in embedded hardware design within the industrial sector - Proficiency in various communication protocols including I2C, SPI, UART, CAN, Ethernet, WiFi, LoRaWAN, Modbus, BLE 5.0 & Above - Expertise in power electronics, including switch-mode power supplies and battery management systems - Hands-on experience with environmental testing and ruggedized design for industrial environments - Bachelor's or Master's degree in Electrical Engineering or a related field What We Offer: - Competitive compensation package: 24-26 LPA (In-Hand) - Lead innovative R&D projects with direct impact on product development - Engage in cutting-edge technologies focused on loss prevention - Collaborate with a highly skilled engineering team - Professional development and growth opportunities Position Details: - Location: Noida (In-office) - Experience: 5+ years - Lead a team of 3-5 hardware engineers - Immediate joining available Join ScratchNest as the Lead Embedded Hardware Design Engineer and be part of a dynamic team driving technological advancements in the industrial IoT sector.,

As an RF Engineer at Aether Semiconductors, you will play a crucial role in designing, developing, and integrating high-power RF equipment for semiconductor applications. Your responsibilities will include working on RF circuits, filter designs, coaxial cabling, and collaborating with cross-functional engineering teams to ensure the efficiency and reliability of RF power systems. You will lead troubleshooting efforts, optimize system performance, and support continuous improvement initiatives for existing RF equipment. In addition, staying updated with emerging trends and technologies in RF engineering will be essential to drive innovation within the company. To qualify for this role, you should hold a Bachelor's degree (Master's preferred) in Electrical Engineering, Electronics Engineering, or a related field, along with at least 5 years of experience working with high-power RF systems, preferably in semiconductor or high-tech industries. Proficiency in RF simulation and design tools, strong understanding of RF circuit design, and experience with high-power RF equipment integration are key qualifications. Additionally, familiarity with thermal management, EMI/EMC compliance, and RF shielding techniques will be beneficial. Preferred qualifications include experience in the semiconductor or high-tech equipment manufacturing industry, hands-on experience with plasma generation, and knowledge of RF power supply and amplifier design for high-frequency applications. The role offers an opportunity to work with cutting-edge technologies, a dynamic and collaborative work environment, and access to advanced engineering tools and resources. If you are interested in joining our team, please send your resume and cover letter to hr@aethersemiconductors.com with the subject line "RF Engineer High Power Equipment Application." We look forward to receiving your application and potentially welcoming you to our innovative team at Aether Semiconductors.,

Vecmocon, established in 2016 at IIT Delhi by Peeyush Asati (CEO), Adarshkumar Balaraman (COO), and Shivam Wankhede (CTO), has expanded its operations to major cities like Delhi, Bangalore, Chennai & Lucknow, boasting a dedicated team of over 180 associates. Specializing in advanced computing solutions for electric mobility, Vecmocon focuses on safety-critical components such as Battery Management Systems (BMS), EV chargers, Vehicle Intelligence Modules (VIM), secure Firmware Over the Air (FOTA), etc., catering to the electric vehicle industry. Collaborating with leading EV players and battery manufacturers in India, Vecmocon ensures reliability, safety, and high performance for the next generation of intelligent EVs, aiming to propel the global adoption of electric vehicles. As a Senior PCB Design Engineer at Vecmocon, you will spearhead the design and development of PCBs for chargers utilized in electric two and three-wheelers. Your role demands a profound understanding of PCB design, robust hardware fundamentals, adept component selection skills, and a comprehensive knowledge of power electronics and PCB manufacturing. Your responsibilities will include: - Leading the design of high-reliability power electronics PCBs for automotive-grade products - Overseeing schematic creation, stack-up definition, and material selection for high-current, high-voltage designs - Ensuring compliance with EMI/EMC, thermal, and mechanical constraints during layout - Conducting architecture reviews and design validation with the hardware team - Selecting components based on electrical, thermal, cost, and reliability trade-offs - Reviewing and maintaining schematic symbols, footprints, and library standards - Leading root cause analysis for validation and production-level PCB issues - Releasing complete production documentation (Gerbers, BoM, pick-and-place, assembly drawings) - Guiding junior engineers and promoting best practices in layout and design - Coordinating with suppliers and manufacturers for DFM/DFA compliance - Implementing cost reduction and continuous improvement based on field feedback - Supporting ICT and FCT processes Key Skills: - 3+ years of PCB design experience; proficiency in Altium Designer preferred - Strong foundation in electrical engineering and power electronics - Expertise in analog, digital, and power layout with good thermal design practices - Experience in debugging and testing power electronics systems - Familiarity with IPC standards (IPC-2221, IPC-2152, IPC-4761) and DFM/DFT guidelines - Knowledge of signal/power integrity, impedance control, and EMI/EMC compliance - Understanding of mechanical constraints; experience with 3D CAD models (DXF/STEP) - Strong documentation and communication skills - Leadership abilities to mentor and manage junior team members,

The High Voltage Products Business Line is focused on partnering with OEM and Tier1 customers to create and deliver cutting-edge power converter solutions for USB-PD power delivery. Opportunities in USB-PD power conversion product development are rapidly expanding as the demand for compact, high-efficiency, and high-power solutions grows across consumer, industrial, and automotive segments. The evolution of the USB-PD specification to support up to 240W is driving the need for advanced power conversion topologies such as QR and ACF flyback and the adoption of wide bandgap technologies like GaN to achieve higher power density and better thermal performance. There is also increasing demand for integrated solutions that combine USB-PD controllers, protection circuitry, and power stages into single, space-efficient packages. These trends create significant opportunities for innovation in control algorithms, system protection, EMI mitigation, and digital configurability, enabling differentiation in performance, size, and cost for fast chargers, multi-port adapters, docking stations, and embedded USB-C power sources in devices such as monitors and networking gear. Position Overview As a System Engineer, you will play a critical role in defining, developing, and supporting high-performance Flyback controller and Converters (GaN integrated) platforms for AC-DC power conversion applications. This role demands a hands-on product definer capable of driving system-level innovation from concept to production. You will own the new product definition, collaborate closely with IC design, test, and applications teams, and interact directly with customers to ensure successful adoption and design-in of flyback controllers in their power systems. Your focus will be on digitally assisted analog flyback control architectures for isolated and non-isolated AC-DC applications across segments like industrial, home appliances, building automation, metering, and auxiliary power in servers and telecom systems. You will also drive efficiency, robustness, and performance improvements leveraging new topologies and wide bandgap technologies (e.g. GaN/SiC) to deliver high power density and compact designs. Performance Objectives and Description of Duties - Define advanced flyback controller IC architectures for AC-DC applications with input from Marketing, Design, Applications, and key customers. - Translate market trends and customer pain points into differentiated product concepts and system-level requirements. - Work on system-level simulations (e.g., Simplis, PSIM, SPICE) to validate control loop stability, EMI performance, dynamic response, and fault behavior. - Build and test proof-of-concept hardware for validation of advanced topologies (QR, DCM, CCM) including active clamp flyback and synchronous rectification schemes. - Provide hands-on support for internal silicon validation and customer system bring-up including hardware debug and failure analysis. - Collaborate with validation and applications engineers to fine-tune features such as soft start, fault handling, and adaptive control. - Own creation of key collateral including datasheets, application notes, design guides, and customer-facing training content. - Support the IC development flow by working with design, layout, verification, and test teams to ensure specification compliance and system robustness. - Guide platform-level decisions including protection strategy, power stage design, and auxiliary circuitry (start-up bias, driver strength, etc.). Skills and Experience Required - 5-10 years of experience in power electronics systems and AC-DC converter design, with specific expertise in flyback topologies. - Proven ability to define and develop flyback controllers (fixed frequency, QR, DCM, CCM, ACF) from concept to release. - Deep understanding of analog control loops, power stage design, current and voltage mode control, and loop compensation. - Familiarity with system-level performance criteria including thermal design, EMI/EMC compliance, and surge/transient robustness. - Excellent problem-solving skills in both hardware and firmware environments. - Solid understanding of offline protection mechanisms such as OVP, OCP, OTP, and brown-in/brown-out handling. - Experience leading or mentoring junior engineers and driving cross-functional collaboration. - Strong communication and documentation skills for interaction across global teams and customers. Preferred Qualifications - Experience with UCC288xx, UCC287xx, or similar AC-DC flyback controllers. - Prior work on 85265V universal input systems with high efficiency and compact footprint goals. - Background in system-level modeling, including behavioral modeling and mixed-signal simulation. - Familiarity with standards and regulations: IEC61000, EN55022, Energy Star, DOE Level VI, etc. - Understanding of PCB layout best practices for offline converters (e.g., creepage/clearance, thermal paths, EMI mitigation). - Knowledge of digital control loop enhancements and programmable controller features (OTP/memory-based configuration). - Exposure to interfacing flyback controllers with microcontrollers or PMICs for system-level power management.,

The High Voltage Products Business Line is dedicated to collaborating with OEM and Tier1 customers to develop and deliver state-of-the-art power converter solutions for USB-PD power delivery. The demand for compact, high-efficiency, and high-power solutions in consumer, industrial, and automotive sectors is on the rise, leading to expanding opportunities in USB-PD power conversion product development. The advancement of the USB-PD specification to support up to 240W is fueling the necessity for advanced power conversion topologies like QR and ACF flyback, as well as the integration of wide bandgap technologies such as GaN to achieve enhanced power density and thermal performance. Integrated solutions that combine USB-PD controllers, protection circuitry, and power stages into compact packages are in growing demand. As a System Engineer, you will have a crucial role in defining, developing, and supporting high-performance Flyback controller and Converters (GaN integrated) platforms for AC-DC power conversion applications. This position requires a hands-on product definer capable of spearheading system-level innovation from inception to production. You will be responsible for defining new product specifications, collaborating closely with IC design, test, and applications teams, and engaging directly with customers to ensure the successful integration of flyback controllers in their power systems. Your focus will be on digitally assisted analog flyback control architectures for isolated and non-isolated AC-DC applications across various segments like industrial, home appliances, building automation, metering, and auxiliary power in servers and telecom systems. You will drive efficiency, robustness, and performance enhancements by leveraging new topologies and wide bandgap technologies like GaN/SiC to deliver high power density and compact designs. Some of your responsibilities will include defining advanced flyback controller IC architectures, translating market trends and customer needs into product concepts, conducting system-level simulations, building and testing proof-of-concept hardware, providing hands-on support for silicon validation and customer system integration, collaborating with validation and applications engineers, creating key collateral, and guiding platform-level decisions. To excel in this role, you should possess 5-10 years of experience in power electronics systems and AC-DC converter design, with a strong expertise in flyback topologies. You must have a proven track record of defining and developing flyback controllers, a deep understanding of analog control loops, power stage design, current and voltage mode control, and loop compensation. Excellent problem-solving skills, familiarity with system-level performance criteria, offline protection mechanisms, experience in mentoring junior engineers, and strong communication and documentation skills are essential. Preferred qualifications include experience with specific AC-DC flyback controllers, work on universal input systems with high efficiency goals, system-level modeling background, familiarity with standards and regulations, knowledge of PCB layout best practices, understanding of digital control loop enhancements, and exposure to interfacing flyback controllers with microcontrollers or PMICs for power management at the system level.,

You are an experienced Service Line Specialist with 20 to 24 years of experience in Hardware Architecture. Your expertise lies in Value Analysis & Value Engineering and Product Lifecycle Management. In this role, you will be responsible for leading technical projects, providing strategic insights, and ensuring the successful implementation of hardware solutions to achieve business objectives. Your responsibilities will include managing customer projects, coordinating tasks across various functional groups, and driving delivery with offshore teams. You have managed medium to large teams of approximately 30+ hardware engineers and possess skills in full hardware development to production cycles. Your deep expertise in analog electronics for competitive products requiring low power high accuracy interfaces to field sensors and transducers will be valuable. You are familiar with industry standards for IO and industrial standard communications, as well as 32-bit/64-bit processor-based design and microcontroller-based design. Your exposure to Memory devices and working experience with global compliance standards for EMI/EMC functional safety will be beneficial. You are capable of hands-on design and conducting design reviews of schematics and PCB testing. Your experience in reverse engineering analysis, familiarity with industry-wide tools for schematics and PCB, and ability to guide teams in circuit-level analysis and simulations are essential. Certifications Required: - Certified Hardware Architect - Certified Product Lifecycle Manager,