8 Sensor Interface Jobs

We are looking for a Senior Electronics Hardware Engineer in our team. In this role, you are expected to have hands-on experience in hardware design and development of digital and analogue electronics, analogue and mixed domain circuits solutions. As a core member of the Electronics system design team, you will drive microprocessors/ microcontrollers, SoC-based processing unit design and peripheral interface control, power electronics for power supply, power distribution, battery charging management, and embedded systems bring-up, integration, and qualification. Core Responsibilities: Design and develop new hardware platforms for multiple projects. Partner with the embedded software team for hardware/ firmware co-design and development; optimization. Ability to make sense of complex functional requirements and build appropriate electronics hardware-based solutions. Create a reliable and modular design and qualify the integrated design with respect to the performance requirements. Requirements & Skills: Must to have: 6 to 8 years of experience in low-power circuit design, system bring-up, engineering-build integration, and debugging performance issues in the integrated product. 4 to 8 years of experience driving design development from component selection, schematic capture, PCB layout, assembly, and integration with other modules of the product. 5+ years of experience in the development of Multi-layer, mixed-signal board-level design in Altium/ Eagle. Experience in embedded Linux-based SOCs design along with microcontrollers. Experience in power supply topologies: DC-DC, Flyback Converters, LDOs, etc. Experience of battery charger design, signal conditioning, sensor interface; protection circuits. Hands-on experience in hardware implementation of embedded system data communication protocols such as 1-wire, I2C, SPI, UART, USB, TCP/ IP, wireless, BLE. Experience of BDC/ BLDC or stepper motors, motor driver circuit design, and its working principles. Diverse experience in microcontroller/ microprocessor-based circuit design and bring-up. Ideally from ST/ TI/ NXP/ Renesas and sensor interface on PCBA level. Ability to interface sensors like current-voltage, Time-of-Flight, Proximity, Position, ALS, etc., on a PCBA level. Knowledge about Design calculations/ Worst-case performance analysis, Design Documentation during Product Development Life-Cycle milestones. Knowledge of EMI/ EMC/ ESD standards and practices is preferred. Good to have: Strong communication and documentation skills and ability to operate independently. Experience with portable, battery-operated designs and power budgeting. Knowledge about Wi-fi/ Bluetooth/ RF/ Antenna Technologies. Experience with RTOS. Experience with ESP32 and ESP-IDF. Experience of Microphone and Speaker circuit design is a plus. Familiar with PCB fabrication technologies, Rigid-Flex PCBs, Flex Cables. Hands-on experience of the manufacturing process including DFM and DFT for consumer products at scale. Familiar with sensor interface, MIPI Camera CSI and DSI; display Modules and their communication protocols applications; Power Supply design and distribution for low power applications, motor drive control design, Pwm, DMA control, and Audio signal Processing interface. Job Types: Full-time, Permanent, Fresher Benefits: Health insurance, Paid sick time, Paid time off, Provident Fund Schedule: Fixed shift, Monday to Friday Application Question(s): Which project have you worked on that has a microcontroller and sensor instrumentation What was your role and responsibility in that project What exposure do you have in schematics design and PCB development tools Have you participated in Requirement Specification creation and drafting Work Location: In person,

Work independently & lead PCB design & low-power firmware (C/C++/Rust) Experience with advanced sensors Future: miniaturized, wearable & portable AQI devices Strong problem-solving & R&D mindset Full JD: https://tinyurl.com/yxddjf4r Health insurance

Role & responsibilities Strong programming skills in C. Hands-on experience in firmware development on microcontroller platforms focusing on functionality, performance, and quality. Experience with hardware communication protocols such as UART, SPI, I2C, and other peripherals Proven experience in developing sensor interfaces and working with sensor technologies. Expertise in system-level debugging and improving overall firmware reliability and performance. Strong background in embedded systems design, including real-time operating systems (RTOS). Demonstrated firmware architecture capabilities. Experience using tools such as Oscilloscope, USB Analyzer, and other debugging instruments.

Skills: Strong technical foundation and proven hands-on experience in PCB design using industry-standard software. Deep understanding of various sensor technologies, Sensor building , signal conditioning, and their practical application in embedded systems or IoT devices. Proficiency in circuit simulation tools. Ability to guide students in conceptualizing, designing, fabricating (conceptually), and testing complete electronic hardware projects incorporating sensors and custom PCBs. Must be able to confidently explain and simplify complex electronics and hardware concepts for diverse age groups and academic levels. Excellent communication skills in English and Hindi (both verbal and written). Strong planning and time management abilities. Strong public speaking and presentation skills. Comfortable handling large groups and tailoring delivery methods to suit different institutions. Excellent stakeholder management handling clients, academic institutions, and internal teams Willingness to take up training responsibilities as required. Role & responsibilities Lead Training Sessions: Deliver engaging and practical trainings covering PCB Design, Sensor Designing & Integration , Hardware Prototyping & Testing across colleges, schools, and premier institutions . Mentorship & Team Training: Train, guide, and mentor junior trainers from PHN Technology, ensuring content and delivery consistency in PCB design and sensor systems. Content Development: Develop and continuously update training materials, live projects, case studies, and hands-on labs that demonstrate practical applications of PCB design and sensor technologies. Travel Readiness: Willingness and ability to travel extensively across India for conducting workshops and sessions as per schedule. Preferred candidate profile We are looking for a highly skilled professional with deep expertise in PCB design, diverse sensor technologies and sensor designing . The ideal candidate should have a minimum of 5+ years of relevant experience in teaching, corporate training, or industry roles. A strong command over communication (both verbal and written) in English and Hindi is essential, along with the ability to clearly explain and simplify complex concepts to learners across diverse age groups and academic levels. Candidates should possess excellent public speaking and presentation skills , and be comfortable delivering sessions to large groups while tailoring the content as per institutional needs.

Job Description: We are seeking an experienced Team Lead with expertise in FPGA (Xilinx) and Embedded Linux to drive the development of a thermal imaging system comprising a thermal core, FPGA-based Accelerator, and an embedded Linux Multicore SOM. The system Shall process thermal images and display them on an OLED screen. Leading a team of development engineers, define architecture, ensure seamless integration between FPGA and Linux subsystems and deliver a high-performance, low-latency thermal imaging HW and SW solution. Key Responsibilities: Leading team of FPGA, Embedded Linux, and firmware engineers in designing and developing the thermal imaging software for the defined Architecture Architect and implement real-time thermal image processing pipelines on Xilinx FPGA (Zynq/Artix/Kintex) and multicore ARM based SOM Develop and optimize embedded Linux drivers and middleware for thermal data acquisition, processing, and display. Interface thermal sensors (e.g. LYNRED/ FLIR Lepton/IADIY series UC Bolometer cores,) with FPGA and Embedded Linux subsystems. Implement low-latency DMA, image processing algorithms (NUC, AGC), Noise cancellation Algorithm and display drivers Ensure seamless FPGA-Linux communication (AXI, UART, SPI, I2C,USB, custom IP cores). Define and enforce coding standards, version control (Git) and CI/CD pipelines. Optimize system performance for power, latency, and throughput. Collaborate with hardware engineers on PCB design, signal integrity, and thermal management. Conduct design reviews, assist in debugging, and validation with HW and SW tools. Review Design Documentation Required Skills & Experience: Min 10 years in FPGA (Xilinx Vitis/Vivado) + Embedded Linux development. Strong expertise in real-time image processing (thermal preferred). Hands-on experience with: Xilinx SoCs (Zynq, MPSoC), AXI, VHDL/Verilog, HLS (C/C++) Embedded Linux (Yocto, Buildroot), Device Drivers, U-Boot, Kernel Modules Sensor interfacing (I2C, SPI, MIPI), DMA, and low-level optimizations OLED,HDMI display controllers Proficiency in Python/C/C++ for embedded applications. Experience with thermal imaging cores. Knowledge of bare board bring-up, SW and HW debugging Prior work in defense, medical, or industrial thermal imaging is desirable . Experience with AI/ML acceleration on FPGA (TensorFlow Lite, PyTorch).will be added advantage

JOB OVERVIEW We are seeking a highly skilled and motivated Instrumentation and Harness Design Engineer to join our team. The candidate will be responsible for designing, developing, testing, and maintaining instrumentation and control systems, and electrical harnessing. This role requires a deep understanding of analog circuit design, sensor integration, and harness design, with a focus on providing high-quality solutions in complex environments. This position is based out of Bangalore office but the candidate is expected to travel when needed. KEY RESPONSIBILITIES Instrumentation Design and Development - Design, develop, and integrate instrumentation systems, sensors (e.g., pressure, temperature, vibraon, etc.), and measurement equipment. Analog Circuit Design - Design, simulate, and test, and troubleshoot analog circuits such as valve drives, filters, and signal condioning circuits. Harnessing and Wiring Systems - Design electrical harnesses, including cable selection, routing, and connector integration. Testing - Oversee the assembly, develop and execute test plans. QUALIFICATIONS Education: Bachelors or Masters degree in Electrical Engineering, Electronics Engineering, or a related field. DESIRED SKILLS 4-7 years of experience in analog circuit design, instrumentation, and electrical harnessing. Experience with harness design, cable management. Skills & Competencies : Strong knowledge of analog electronics (amplifiers, filters, ADCs, DACs, etc.). Proficient in circuit simulation and design tools (e.g., SPICE, LTspice, Altium). Use CAD tools (such as AutoCAD, Zuken) to create detailed design for harness layouts, wire routng, connectors, and associated components. Strong problem-solving skills and ability to work in a fast-paced environment. Strong attention to detail and ability to manage multiple tasks.

https://quintessential.keka.com/careers/

Job Description: We are seeking an experienced Team Lead with expertise in FPGA (Xilinx) and Embedded Linux to drive the development of a thermal imaging system comprising a thermal core, FPGA-based Accelerator, and an embedded Linux Multicore SOM. The system Shall process thermal images and display them on an OLED screen. Leading a team of development engineers, define architecture, ensure seamless integration between FPGA and Linux subsystems and deliver a high-performance, low-latency thermal imaging HW and SW solution. Key Responsibilities: Leading team of FPGA, Embedded Linux, and firmware engineers in designing and developing the thermal imaging software for the defined Architecture. Architect and implement real-time thermal image processing pipelines on Xilinx FPGA (Zynq/Artix/Kintex) and multicore ARM based SOM. Develop and optimize embedded Linux drivers and middleware for thermal data acquisition, processing, and display. Interface thermal sensors (e.g. LYNRED/ FLIR Lepton/IADIY series UC Bolometer cores,) with FPGA and Embedded Linux subsystems. Implement low-latency DMA, image processing algorithms (NUC, AGC), Noise cancellation Algorithm and display drivers. Ensure seamless FPGA-Linux communication (AXI, UART, SPI, I2C,USB, custom IP cores). Define and enforce coding standards, version control (Git) and CI/CD pipelines. Optimise system performance for power, latency, and throughput. Collaborate with hardware engineers on PCB design, signal integrity, and thermal management. Conduct design reviews, assist in debugging, and validation with HW and SW tools. Review Design Documentation. Required Skills & Experience: Min 10 years in FPGA (Xilinx Vitis/Vivado) + Embedded Linux development. Strong expertise in real-time image processing (thermal preferred). Hands-on experience with: Xilinx SoCs (Zynq, MPSoC), AXI, VHDL/Verilog, HLS (C/C++) Embedded Linux (Yocto, Buildroot), Device Drivers, U-Boot, Kernel Modules Sensor interfacing (I2C, SPI, MIPI), DMA, and low-level optimisations OLED,HDMI display controllers Proficiency in Python/C/C++ for embedded applications. Experience with thermal imaging cores. Knowledge of bare board bring-up, SW and HW debugging. Prior work in defence, medical, or industrial thermal imaging is desirable . Experience with AI/ML acceleration on FPGA (TensorFlow Lite, PyTorch).will be added advantage. Education: Bachelors/Masters in ECE, Electrical Engineering, or Computer Science .