7 Emiemc Jobs

We are seeking a Circuit Design Engineer specializing in Analog and Low Power circuits with a minimum of 3 years of experience. This full-time position is based in Bangalore, India and requires on-site presence. As a part of our team, you will be responsible for designing next-generation hardware for industrial sensors and IIoT systems, focusing on low-power, high-reliability circuits. Your role will involve working on various analog signal paths, chip development, and contributing to the evolution of smart devices from conception to production. If you are passionate about op-amps, precision design, and feedback control, this role is the perfect fit for you. You will be instrumental in: - Designing and simulating analog circuits including op-amps, amplifiers, filters, comparators, voltage/current references, and analog switches - Developing low-power circuits using MOSFETs, BJTs, and analog building blocks - Debugging power stages such as linear regulators and discrete drivers - Performing stability and loop analysis through phase margin, Bode plots, and transient response evaluation - Collaborating with layout engineers for PCB design reviews and ensuring signal/power integrity - Integrating and debugging circuits with microcontrollers, ADCs, DACs, and sensor interfaces - Conducting bench validation, debugging activities, and making design revisions based on test results - Optionally contributing to RF design, impedance matching, and antenna integration - Supporting system-level design reviews and assisting in productization processes - Collaborating with various departments including Component Engineering, Factory, and Procurement The ideal candidate would hold a B.E./B.Tech or M.E./M.Tech degree in Electronics or Electrical Engineering and possess at least 3 years of demonstrated experience in power/analog/mixed-signal circuit design. Strong understanding of operational amplifier behavior, offset, CMRR, and frequency response is essential. Hands-on experience with MOSFET/BJT design, analog biasing, and switching circuits is preferred. Additionally, familiarity with control theory fundamentals for loop design and analysis is required. Proficiency in simulation tools like SPICE, LTSpice, Cadence, and experience with lab tools such as oscilloscopes, signal generators, and spectrum analyzers are necessary. Nice-to-have skills include exposure to RF circuits or antenna systems, familiarity with industrial protocols like RS-485, 4-20mA, Modbus, and previous experience in taking circuits from prototype to production. Knowledge of EMI/EMC, grounding practices, and robust design for real-world deployment would be an added advantage. This role offers the opportunity to work on technically significant designs in the IIoT and industrial electronics domain, enabling you to learn the full product lifecycle from ideation to manufacturing. You will collaborate closely with a dedicated team of hardware, firmware, and product engineers, providing you with the chance to explore RF, embedded systems, and system-level integration in the future. Join Siemens and be a part of creating a better #TomorrowWithUs! Siemens is committed to providing equitable opportunities and fostering a workplace that embraces diversity. By joining us, you will contribute your unique perspective and skills towards building a better future together. Our core values include protecting the environment, conserving natural resources, promoting the health and well-being of our employees, and ensuring safe working conditions, reflecting our strong social and business dedication.,

You will be joining our engineering team as an RF System Integration Engineer, where your main responsibility will be to integrate, test, and validate complex RF systems and subsystems. This involves ensuring optimal performance across various frequencies and environments. Your key skills will include integrating RF systems and subsystems such as antennas, transmitters, receivers, filters, amplifiers, and signal processors. You will also be developing test plans, conducting RF testing and validation (e.g., S-parameters, power, gain, noise figure, VSWR), analyzing system performance using RF simulation and analysis tools, identifying and troubleshooting issues at system and component levels, and recommending and implementing design or process improvements. Collaboration with design, PCB layout, and mechanical teams will be essential to ensure that RF performance meets specifications. Additionally, you will be supporting lab setup, instrumentation calibration, and documentation for RF test environments. The ideal candidate will have a Master's degree in Electrical Engineering, RF/Microwave Engineering, or a related field, along with at least 3 years of experience in RF systems integration, RF hardware development, or related engineering roles. A solid understanding of RF concepts like impedance matching, modulation, filtering, and signal propagation is crucial. Hands-on experience with RF test equipment (e.g., spectrum analyzers, VNAs, signal generators, power meters) and familiarity with RF simulation tools such as CST, HFSS, or MATLAB are preferred. Knowledge of active & passive RF devices, cables, connectors, and understanding of EMI/EMC and their impact on RF systems will be beneficial. If you are interested in this position, please send your resume to hr@sisirradar.com with "RF System Integration Engineer" in the subject line.,

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

As an Electronics Engineer at our company, you will be an integral part of our engineering team, contributing to the development and validation of our PCB design automation platform. This role offers you the exciting opportunity to work on cutting-edge automation technology while applying your hands-on electronics design expertise. Your key responsibilities will include designing and developing embedded hardware circuits such as microcontroller systems, power supplies, and sensor interfaces. You will create comprehensive schematics, component libraries, and PCB layouts using EDA tools like Altium, Cadence, KiCad, and EasyEDA. Additionally, you will be responsible for developing and maintaining component footprint libraries and design rule libraries, performing circuit analysis, component selection, and design optimization. You will also test and validate PCB design automation algorithms with real-world design scenarios and develop Python scripts for design verification, component data processing, and automation workflows. In terms of required qualifications, we are looking for candidates with proficiency in at least two EDA tools for schematic capture and PCB layout. You should have experience in designing embedded hardware systems, knowledge of power supply design, and an understanding of PCB design principles. Fluency in Python programming for automation scripting and data processing is essential, along with familiarity with component selection, datasheet analysis, and BOM management. Ideal candidates for this role are creative, innovative, detail-oriented, collaborative, curious, and practical. We welcome fresh graduates with a Bachelor's degree in Electronics Engineering, Electrical Engineering, or a related field, although 0-3 years of industry experience is preferred. The ideal candidate should have completed at least one full PCB design cycle from concept to manufactured board and possess hands-on experience with various package types and knowledge of manufacturing constraints and design for manufacturability. Additionally, familiarity with common interfaces such as I2C, SPI, UART, USB, and Ethernet is beneficial.,

As a Lead Hardware Design Engineer at TVSM Software Research & Development Organization, you will play a crucial role in defining and designing state-of-the-art hardware products that meet cost, reliability, and global standards by following best industry practices. You will collaborate with cross-functional teams to define hardware requirements for infotainment systems, VCU, and Telematics units, ensuring the development of cutting-edge architecture for hardware components that meet cost, reliability, and regulatory requirements. Your responsibilities will include working alongside hardware design engineers to create schematics, reviewing PCB layout plans and design, as well as Gerber files for thermal, EMI/EMC, signal integrity, and power integrity. You will also collaborate with PCB design engineers and mechanical engineers to deliver hardware according to customer requirements, perform reliability and costing analysis, and create design verification plans. Your role will involve conducting DFMEA with stakeholders, reviewing test reports, and collaborating with testing engineers for verification and validation of the designed hardware. To excel in this role, you must possess 8-12 years of expertise in automotive instrument cluster hardware design, with proven experience across all stages of the Hardware Product Development Lifecycle. You should be familiar with processors/controllers such as Renesas, NXP, ST, Microchip, TI, Qualcomm, MediaTek, and NXP, and have expertise in high-speed board design, multi-layer board design, signal integrity, power integrity, SMPS designs, high-voltage power design, analog and mixed-signal design. Furthermore, proficiency in interfaces like CAN, LIN, USB, I2C, UART, LVDS, MIPI, Automotive Ethernet, RF designs, SOC-based designs, and Chip on board designs is essential. Experience in homologation and RF certifications (EMI/EMC compliance) in Domestic and International markets, along with proficiency in tools like ORCAD, ALLEGRO, and ALTIUM, is required. Competency in using lab instruments like multi-meters, oscilloscopes, function generators, and logic analyzers, as well as ISO26262 certification and experience in AGILE methodologies, are important qualifications for this role. Advantageous experiences include design of functional safety ECUs meeting ISO26262 requirements, as well as experience in advanced technology projects like ARAS and Sensor fusion. Your behavioral competencies should include effective communication, assertiveness, innovation, creative problem-solving, and system-level thinking, while your leadership competencies should encompass leading innovation and diverse teams, adaptability, and strategic thinking. If you are looking to be a part of a technology-first organization dedicated to transforming consumer experience and increasing perceived value of products and services, this role offers a unique opportunity to drive innovation and excellence in hardware design for connected, safer, sustainable, and comfortable mobility solutions at TVSM Software Research & Development Organization.,

You will be working with a start-up based out of Bengaluru & Delhi NCR that is dedicated to the development of next-generation missions and technologies (NGM&T) for the Indian defence forces. The company focuses on enhancing persistence and autonomy for unmanned vehicles and robotic swarms. As a key member of the team, your responsibilities will include managing the HW team and partners to ensure timely delivery of products, taking complete ownership of the product to address any blockers effectively, collaborating with cross-functional teams and vendors for seamless operations, evaluating new technologies to enhance product competitiveness, and mentoring junior engineers when necessary. To excel in this role, you must have experience in product design and development for Avionics, Defence, or space applications, covering the entire product life cycle from requirements to detailed design and analysis. You should be adept at working with multi-disciplinary teams and vendors in HW/SW Co-Design, conducting feasibility analysis, using simulation tools, and ensuring product performance evaluation and qualification as per industry standards like MIL-STD and DO-160. Proficiency in DFMEA, DFT, and DFM tools, problem-solving skills for electronics systems, and experience in design for EMI/EMC are essential. Additionally, you should have expertise in Hardware formal qualification, HW Integration, Verification Review, and certification requirements compliance. Experience in Agile methodology, suggesting alternative components for supply-chain issues mitigation, and familiarity with Qualcomm and Nvidia ecosystem chipsets are advantageous. A Bachelor's or Master's degree in EE or CS along with a minimum of 10 years of experience in managing hardware teams across all stages of the product life cycle are basic requirements for this position. Join us in driving innovation and excellence in the world of next-generation technologies for defence applications.,

Purpose of the Role This role exists to define Diagnostic, EMI-EMC and EE Hardware requirements in line with defined Technical Policy and Technology Roadmap for ECUs, EE aggregates, current and planned future vehicles. Lead the development, delivery and deployment of ECU specific on-board diagnostics, EOL and Off board requirements for all new ECU developments in power-train, chassis, body and infotainment and connected car domains and define test standards & validation Strategies. Job Responsibility Innovation and Technology management Keep abreast with Technology trends and relevant technology providers Map feasibility of application of new technologies over a time horizon and propose a technology roadmap for Off Board Diagnostics Develop Diagnostic strategy as per planned roadmap Develop Capability Create short and medium term engineering capability plans to achieve functional objectives Formulate Diagnostic strategy for ECUs, EOL/Service Formulate guidelines and best practices for validation based on latest technologies and learnings from past projects. Develop standards for EMI/EMC and Hardware (e.g. Grade Review, Interface simulation) Product Development Ensure compliance of diagnostic requirements of all ECUs Tracking of Tool development, testing & validation of Full Vehicle and sub-systems Review progress of Diagnostic development, validation, EOL/Service Tool development and resolve critical issues Implement best practices to find and solve problems in the process. Support in resolution of issues reported from Proto, Manufacturing line and field. EMI/EMC review, Development test, Homologation test People Management Cascade of BSC targets to individual KRAs. Monitor performance and provide individual feedback to direct and wherever necessary indirect reports. Capture the current and future skills and competency requirements for all the roles. Monitor and take measures to bridge gaps in skills and competencies for the team. Ensure Communication cascade within the team. Desired Candidate Profile Education Engineering Graduate in Electrical and Electronics Relevant Experience : 10+ years of experience in domain of vehicle electronics system development In depth knowledge of Legislative and Regulatory Requirements like OBD I, OBD II, EOBD, etc. Knowledge of ECU V cycle development from concept to production from an OEM perspective Usage of communication tools (CANoe, CANalyzer etc) and diagnostic tools (ODX Autoring tools, Diagnostic test case generators and Vehicle diagnostic tools) from Vector, In2soft and SoftingKnowledge of ODX Process, Method, and Tools Knowledge regulatory / certification requirements like CMVR, AIS, ECE etc. Experience in OTX and Calibration tools like INCA, CANapeKnowledge of automotive EMI/EMC standardsKnowledge of ECU hardware architectureKnowledge of simulation Tools (e.g. P-Spice, LT Spice etc),