31 Analog Circuits Jobs - Page 2

The Hardware Engineer Intern will assist in schematic design, prototyping, validation, and debugging, working closely with senior engineers to support hardware development and ensure timely delivery of reliable and high-quality solutions.

RF Designer- Lead As an RF designer, you will be designing and developing the RF hardware modules for the RF Coils sub system of MR products, for hospital and outpatient radiology facilities. Together with other electronic hardware designers (RF, analog, digital and mixed signal), mechanical engineers, system engineering, manufacturing, and service engineers you will take products from concept through design into production to meet our customers needs. If you're passionate about healthcare innovation and cutting-edge technology, this is your chance to make a meaningful impact. Your role: You will be responsible for the design (models, schematics, and layout), realization, integration, and verification of analog and RF components of the MRI systems. Contribute to the electronic design and development of analog circuits including RF circuits, PCB schematics, layout plans, wiring drawings, and assembling. Assemble, configure, repair, and connect electronic systems and devices. Debug and characterize complex electronic circuits using standard test and measurement equipment (oscilloscopes, spectrum analyzers, network analyzers). The present result, root cause analysis to a broader audience and drive for best possible performance of RF Front End. Support on various technical aspects of regulatory compliance. Participation in the activity of verification and validation for the design process Actively participate in cost saving opportunities, design maintenance and solving end-of-life issues. Document development efforts for subsystem component and module, including requirements, specifications, design plans, reviews, test procedures and test reports. Coordinate, support, and execute product tests to provide a traceable verification of the product. Work Experience You're the right fit if: You hold a bachelors or masters degree in electrical or electronics engineering specialized in RF Circuit design. 8-12 years of experience in RF hardware development, preferably in a (safety) regulated industry such as medical devices, gas appliances and aviation equipment. Solid understanding of RF concepts such as impedance matching, impedance transformation, distributed systems, passive RLC and resonant circuits, noise, linearity, bandwidth, and stability from tens of kHz to a few Mhz. Familiar with lab instruments including Network Analyzers, Spectrum Analyzers, Signal Generators, RF Probe Stations, Noise Figure Analyzers Strong lab skills in data collection & analysis, lab debugging & tuning, and product troubleshooting Familiarity with various component blocks inside the RF transceiver lines, including coils, tuning and matching circuits, LNA, upconverters/downconverters, baseband filters, driver amplifiers/power amplifiers, linear RF switches, attenuators, low noise regulators, amplifiers, transimpedance amplifier, and biasing circuits. A self-starter and team player with a strong desire to learn on the job. Strong desire and commitment to take product from concept to volume production You have outstanding communication skills, are highly motivated and a good team player.

Electronic Hardware Designer As an electronic hardware designer, you will be designing and developing the hardware for the control and acquisition system of MR products, for hospital and outpatient radiology facilities. Together with other electronic hardware designers (RF, analog, digital and mixed signal), mechanical engineers, system engineering, manufacturing, and service engineers you will take products from concept through design into production to meet our customers needs. If you're passionate about healthcare innovation and cutting-edge technology, this is your chance to make a meaningful impact. Your role: You will be responsible for the design (models, schematics, and layout), realization, integration, and verification of analog and digital hardware components of the MRI systems. Deliver high quality hardware design starting from requirements till introduction in the factory, end to end. Actively participate in cost saving opportunities, design maintenance and solving end-of-life issues. Document development efforts for subsystem component and module, including requirements, specifications, design plans, reviews, test procedures and test reports. Coordinate, support, and execute product tests to provide a traceable verification of the product. Work Experience You're the right fit if: You hold a bachelors or masters degree in electrical or electronics engineering. 4-8 years of experience in electronic hardware development, preferably in a (safety) regulated industry (medical devices). You have experience with Electronic hardware design: analog- and mixed signal board design, power electronics design, communication interfaces, high speed digital interfaces, low noise RF signals, and PCB design tools (e.g. Cadence / Mentor Graphics). Electronic design simulation: SPICE based simulators, Advanced Design System, Microwave Office, Matlab, Ruby, Python. Electronic design practices: design for manufacturability and reliability, EMI/EMC standards, and design for six sigma. You have outstanding communication skills, are highly motivated and a good team player.

About the job: Key responsibilities: 1. Design and develop embedded hardware and firmware for battery diagnostic instruments and test systems 2. Work with high-end lab instruments for measurements and data acquisition 3. Integrate precision measurement circuits and sensors for electrical, thermal, and electrochemical parameter monitoring (voltage, current, temperature, impedance) 4. Develop battery characterization tools using techniques such as OCV-SOC mapping, DCIR, EIS (Electrochemical Impedance Spectroscopy), and SoH estimation 5. Implement embedded communication protocols (e.g., CAN, UART, RS485, SPI, I2C) for data acquisition and system integration 6. Collaborate with data science teams to ensure seamless integration of battery test instruments with higher-level analytics platforms 7. Develop and validate algorithms for SoH and SoC estimation implemented on embedded platforms 8. Lead prototype development, hardware validation, and field testing of diagnostic equipment Who can apply: Only those candidates can apply who: are Electronics Engineering students Salary: ₹ 5,00,000 - 8,00,000 /year Experience: 0 year(s) Deadline: 2025-06-18 23:59:59 Skills required: MATLAB, Python, Raspberry Pi, Embedded Systems, Arduino, Circuit Design, C Programming, C++ Programming, PCB Soldering, Battery Pack Testing, Battery Management Systems, Digital Circuits and Analog Circuits Other Requirements: 1. Bachelor’s or master’s degree in electrical engineering, electronics or computer science 2. Strong programming skills (Python, MATLAB, embedded C) 3. Familiar with battery characterization equipment (Cell Cycler, Pack Cycler, Thermal chamber, Impedance Analyser, etc.) 4. Foundational knowledge about Li-Ion Battery (cell, pack, BMS, Equivalent circuit modeling, etc.) 5. Experience in battery cell and pack characterization techniques (OCV curves, DCIR, cycle life testing, EIS) About Company: ThinkClock Battery Labs is an R&D-driven company focused on battery health analytics using spectroscopy techniques, namely EIS (electrochemical impedance spectroscopy), acoustic, and RF spectroscopy. We reveal the diagnostic insight about the battery health while relating the microscopic data of the battery to the observable system-level behavior with the help of the models based on physics and machine learning. ThinkClock offers lab-based battery characterization services (for performance and uniformity assessment) to cell OEMs and battery pack manufacturers. We are creating a cell benchmarking database for the commercially available cells using the lab-based characterization data to provide an independent source of truth for the system integrators. While leveraging our cell benchmarking database, we have developed a portable tool, CellScope, which can quickly assess the health of a cell using spectroscopic techniques.

Role & responsibilities Quality control Inspections, electronics and mechanical components Inspection, Inward material inspection, Electronics testing, Field visits, BOM making. Preferred candidate profile

Job Overview TE Connectivitys R&D/Product Development Engineering Teams conceive original ideas for new products, introduce them into practice. They are responsible for product development, and qualification from market definition through production and release; assist in the qualification of suppliers for new products to ensure suppliers deliver quality parts, materials, and services for new or improved manufacturing processes; conduct feasibility studies, testing on new and modified designs; direct and support detailed design, testing, prototype fabrication and manufacturing ramp. The R&D/Product Development Engineering Teams provide all required product documentation including, but not limited to, Solid Model, 2D/3D production drawings, product specifications, and testing requirements. They create and modify detailed drawings and drafting or conceptual models from layouts, rough sketches or notes and contribute to design modifications to facilitate manufacturing operation or quality of product. Typical fields of expertise include: materials, mechanics and systems, electrical, optics, chemistry, software, automation systems, packaging, testing and measurement, and manufacturing of electrical, mechanical and electronic components, products, and their integration into systems. Responsibilities Lead product design and development for active embedded projects, including end-to-end hardware prototyping, testing, and Design for Manufacturability (DFM) for High-Speed Communication Cable products aimed for Global market. Design and Develop Digital and Analog circuits, simulate, PCB Design for active embedded projects and participate in software development and testing for production environments and end-user software. Provide sustaining and application support for modules and chipsets, including firmware updates, design modifications, End-of-Life (EOL) part transitions, customer design reviews, and architecture development. Serve as liaison between Business Development, Marketing, Sales, Procurement, Manufacturing, contract design teams, customers, suppliers, and various other Engineering functions Generation of product drawings, application specifications, and instruction sheets Perform/coordinate failure analysis work and determine corrective actions Initiation of Engineering Changes to improve designs, improve manufacturing, or respond to changes requested by the customer Collaborate with customers through design reviews, application development, and technical query resolution for products. Manage product certification and documentation to ensure compliance with agency standards Regularly keep management informed of problems, issues, and status of on-going projects. Work with local and global counterpart / stake holder for ensuring quality deliverable and project execution. Work closely with third party vendor / supplier to define the technical requirements for the product and project execution. Perform high-speed hardware testing using equipment such as Digital Sampling Oscilloscopes, Vector Network Analyzers (VNAs), Bit Error Rate Testers (BERTs), TDRs, and Pattern Generators. Analyze board-level electrical performance, including signal integrity, power integrity, and thermal performance. Mentor the new team members on design and development of opto-electronics products. Manage Electronics Lab and safety compliance. Lead product design and development for active embedded projects, including end-to-end hardware prototyping, testing, and Design for Manufacturability (DFM) for High-Speed Communication Cable products aimed for Global market. Design and Develop Digital and Analog circuits, simulate, PCB Design for active embedded projects and participate in software development and testing for production environments and end-user software. Provide sustaining and application support for modules and chipsets, including firmware updates, design modifications, End-of-Life (EOL) part transitions, customer design reviews, and architecture development. Serve as liaison between Business Development, Marketing, Sales, Procurement, Manufacturing, contract design teams, customers, suppliers, and various other Engineering functions Generation of product drawings, application specifications, and instruction sheets Perform/coordinate failure analysis work and determine corrective actions Initiation of Engineering Changes to improve designs, improve manufacturing, or respond to changes requested by the customer Collaborate with customers through design reviews, application development, and technical query resolution for products. Manage product certification and documentation to ensure compliance with agency standards Regularly keep management informed of problems, issues, and status of on-going projects. Work with local and global counterpart / stake holder for ensuring quality deliverable and project execution. Work closely with third party vendor / supplier to define the technical requirements for the product and project execution. Perform high-speed hardware testing using equipment such as Digital Sampling Oscilloscopes, Vector Network Analyzers (VNAs), Bit Error Rate Testers (BERTs), TDRs, and Pattern Generators. Analyze board-level electrical performance, including signal integrity, power integrity, and thermal performance. Mentor the new team members on design and development of opto-electronics products. Manage Electronics Lab and safety compliance. What your background should look like: Bachelors degree in electrical engineering or relevant field 5+ years experience with Hardware development and design Proven experience in digital, Analog & High Speed Communication circuit design, prototyping, testing, and DFM principles. Strong skills in HW development, Highspeed circuit design, schematics, PCB layout. Familiarity with signal conditioning techniques (e.g., equalization, amplification). Understanding of high-speed protocols and modulation techniques, such as PAM4/8. Basic programming knowledge (Python, C) for test processes. Strong understanding of signal integrity, power integrity, and hardware debugging techniques. Experience with embedded firmware design, development, and revision testing. Experience with ICs such as Digital Signal Processor, 32Bit Microcontroller (STM32), Memory devices. Knowledge of RF performance testing and analysis. Experience with EMI & EMC, qualification processes and FCC CE certifications. Familiar with communication protocol such as Ethernet, PCIe, SPI, UART, I2C Experience with schematic capture and simulation tools such as PSpice. Strong hands-on experience with test and measurement instruments such as Digital Sampling Oscilloscope, Vector Network Analyzer, Bit Error Rate Tester, TDR, Pattern Generators, Power Supplies. Knowledge of active antenna design principles and testing methods. Competencies Values: Integrity, Accountability, Inclusion, Innovation, Teamwork