34 Sensor Integration Jobs - Page 2

Job Title Lead: Linux Buses Lead Experience: 7+ years Key Responsibilities: Lead design, development, and integration of sensor frameworks on Linux platforms (IIO, HID, etc.). Architect and maintain Linux kernel drivers for sensors (accelerometers, gyros, magnetometers, temperature, proximity, ambient light, etc.). Collaborate with cross-functional teams (hardware, firmware, QA, product) to deliver reliable sensor functionality. Optimize performance, power, and responsiveness of sensor subsystems. Debug and resolve kernel and user-space issues related to sensor data. Own the end-to-end sensor stack: kernel driver, HAL, middleware, and user-space API. Define test strategies and validate sensor accuracy and performance. Lead code reviews, mentor junior engineers, and enforce best practices in embedded Linux development. Stay up-to-date with latest Linux kernel developments, sensor technologies, and industry trends. Required Skills & Experience: Strong expertise in Linux kernel driver development , especially for sensors (IIO, SPI, I2C, GPIO subsystems). Hands-on experience with sensor integration and calibration on embedded platforms. Proficient in C/C++ , shell scripting, and basic Python. Solid understanding of Linux kernel architecture , device trees, and udev rules. Familiarity with middleware frameworks and sensor fusion algorithms . Experience with tools like oscilloscopes, logic analyzers, I2C/SPI protocol analyzers . Debugging skills with gdb, strace, perf, dmesg , and kernel logs. Experience with Yocto, Buildroot, or Android BSP is a plus. Knowledge of power and thermal optimization for sensor modules is desirable.

Who You Are & How You Can Contribute: We are seeking a highly skilled Systems Engineer (freelancer) with expertise in electronics, embedded systems, and circuit design. In this role, you'll contribute to the development and training of AI systems by reviewing and refining technical data and outputs. This is a fully remote and flexible opportunity that lets you apply your domain expertise to cutting-edge AI technologies. Key Responsibilities: Validate and refine AI-generated circuit designs and embedded systems outputs. Evaluate PCB layouts, microcontroller-based solutions, and component-level designs. Contribute to the training and improvement of AI models in areas like electronic component behavior and embedded system integration. Provide structured, accurate feedback to improve AI reasoning and performance. Must-Have Qualifications: Strong academic background in Electronics or Systems Engineering (MSc preferred). Experience with embedded systems, microcontrollers, and PCB design. High attention to detail and ability to critically assess technical content. Strong written communication skills for documentation and annotation. Nice to Have: Prior experience in teaching, tutoring, or technical content creation. Familiarity with AI concepts, machine learning workflows, or data annotation. Proficiency with simulation tools (e.g., Proteus, Multisim) and PCB software (e.g., Altium, Eagle).

Who You Are & How You Can Contribute: We are seeking a highly skilled Systems Engineer (freelancer) with expertise in electronics, embedded systems, and circuit design. In this role, you'll contribute to the development and training of AI systems by reviewing and refining technical data and outputs. This is a fully remote and flexible opportunity that lets you apply your domain expertise to cutting-edge AI technologies. Key Responsibilities: Validate and refine AI-generated circuit designs and embedded systems outputs. Evaluate PCB layouts, microcontroller-based solutions, and component-level designs. Contribute to the training and improvement of AI models in areas like electronic component behavior and embedded system integration. Provide structured, accurate feedback to improve AI reasoning and performance. Must-Have Qualifications: Strong academic background in Electronics or Systems Engineering (MSc preferred). Experience with embedded systems, microcontrollers, and PCB design. High attention to detail and ability to critically assess technical content. Strong written communication skills for documentation and annotation. Nice to Have: Prior experience in teaching, tutoring, or technical content creation. Familiarity with AI concepts, machine learning workflows, or data annotation. Proficiency with simulation tools (e.g., Proteus, Multisim) and PCB software (e.g., Altium, Eagle).

Design, develop, and deploy IoT solutions integrating sensors, devices, and cloud platforms Work with communication protocols like MQTT, CoAP, Zigbee, LoRa, and BLE Develop firmware and software for edge devices using languages like C/C++, Python, or embedded Linux Integrate IoT systems with cloud services (e.g., AWS IoT, Azure IoT Hub, Google Cloud IoT) Ensure data acquisition, processing, and secure transmission from devices to backend systems Perform testing, troubleshooting, and performance optimization of IoT devices and networks Collaborate with cross-functional teams (hardware, software, cloud) to deliver end-to-end IoT solutions Maintain documentation and support continuous improvement of IoT architectures

Experience : An experienced candidate in a similar field is preferred. Freshers also can apply. Job Description : This position is responsible for teaching and guiding students for Robotics, Electronics, IoT, Embedded Systems and programming from std. V to VIII at various schools of the Education Network. Providing STEM training in schools based on developed STEM modules by the organization. This involves visits to different schools at various locations. This also involves guiding the students to work on innovative projects for various national and international competitions. This includes troubleshooting minor software and hardware issues as well. This also comprises training to internal and external staff of the schools. Duties & Responsbilities: Ensure that all children pay attention to. Promote maximum student participation. Enhance and implement teaching methodologies such as hands-on learning activities. Assist students in analysing and improving scientific conception and logical thinking. Enforce the discipline and maintain appropriate standards for student behaviour in the STEM lab. Be responsible for the emotional and physical wellbeing of every child. Maintain effective communication with the principals of the schools and report to them about daily activities. Desired Candidate Profile: UG: B. Tech/B.E. / BSc - Any Specialization. PG: M. Tech/M.E./M.Sc. - Any Specialization. Should have good knowledge in Science up to XII grade. Well versed in software and basic programming languages like C, C++, etc. Should have basic knowledge of sensors, MCU (microcontroller unit), robotics and embedded systems. Superior written and verbal communication skills. Should have practical knowledge of electronics. Good time-management skills Must be passionate about learning new technology and guiding/training/teaching young students from std. V to VIII.

Scope of Work: Active Road Safety Device Development Education : MTech or BTech in electronics ,mechatronics or equivalent with 2 to 5 years experiences. Introduction We are seeking a motivated and skilled candidate to assist in the design and development of an Active Road Safety Device. The candidate should have expertise in sensors, circuitry design, and programming and be prepared to collaborate with industry professionals in a disciplined and attentive manner. Objectives The candidate will be responsible for: Researching and selecting appropriate sensors for detecting road conditions, vehicle movements, or pedestrian activities. Designing and implementing the circuitry for the safety device. Developing embedded software for real-time data processing and decision-making. Ensuring the system is robust, efficient, and compliant with industry safety standards. Key Responsibilities Phase 1: Research & Planning Study existing active road safety systems and identify gaps for innovation. Determine the best sensor technologies (e.g., LiDAR, ultrasonic, infrared, or radar) for the application. Define system requirements and create initial circuit diagrams and flowcharts. Phase 2: Design & Development Build hardware prototypes with sensor integration and circuitry design. Write embedded firmware using languages like C, Python, or Arduino. Test communication protocols (e.g., I2C, SPI, CAN, or Bluetooth) for device connectivity. Ensure power efficiency and durability for real-world conditions. Phase 3: Testing & Validation Conduct bench testing and field trials to validate sensor accuracy and response time. Troubleshoot hardware/software issues and refine the system. Document results, failures, and improvements for future iterations. Phase 4: Deployment & Reporting Assist in the final prototype demonstration for industry stakeholders. Create a technical report outlining design decisions, test results, and possible enhancements. Provide knowledge transfer and documentation for future development. Required Skills & Qualifications Technical Skills: Experience with sensor integration (motion, distance, temperature, etc.). Circuit design and PCB development. Programming skills in C, Python, or Embedded Systems. Knowledge of microcontrollers (Arduino, Raspberry Pi, ESP32, or similar). Soft Skills: Strong problem-solving and analytical mindset. Ability to work collaboratively with industry professionals. Well-disciplined, organized, and eager to learn. Expected Deliverables Research report on sensor selection and system feasibility. Working prototype of the active road safety device. Source code and technical documentation. Project presentation and report submission.

Electronics Hardware Lead Bachelor’s or master’s degree in electrical engineering, Electronics Engineering, or related field. • Min 10 Yrs of expnc in electronics H/w design, preferably with a focus on inertial navigation or aerospace apps.

Role & responsibilities Product design involving electronic systems, subsystems, cards and assemblies; Hands-on Analog and Digital Circuit design involving components like Operational Amplifiers, transistors, Micro-controller, FPGA etc; Integrating various types of sensors using analog and digital interfaces like RS232/422/485, ADC etc. to customs/COTS hardware. Understanding customer requirement and developing a solution meeting that requirement. Complete documentation covering functional, technical and design aspects. Coordination with, and Management of, other stakeholders like PCB designers, mechanical engineers, firmware engineers, sourcing team, testers, etc; Development of prototypes; Preparation of Design, Manufacturing and Repair Documentation; Developing Test jigs & Fixtures Preferred candidate profile Candidate must have expertise and at least 3 years experience in Analog and Digital Circuit design involving components like Micro-controllers, Operational Amplifiers, switches, transistors, transformers, FPGA etc; Must have experience in an electronics product industry, like Defence, Telecom, railway electronics/ signaling etc., Candidates from industries like automotive, consumer durables, contract manufacturing will not be suitable Educational Qualification: B.E./B.Tech/ M.Tech in Electronics/Communications with minimum 65% marks Must be willing to relocate to company R&D Centre at Mohali; Job will involve travel to client locations if required Note : Exp. in Schematic entry/PCB design are NOT required Exp. In VHDL/Verilog/Chip Design are NOT required Perks and benefits Employee Provident Fund Monthly Incentives

JD : 5-6 Yrs of experience Detail understating od Sensors System in ADAS ( Camera and RADAR) Experience in mounting sensor in vehicle Working experience in Factory calibration of Sensors Feature and Algorithm based on Sensors C++, ADAS Feature Sensor Integration ( Camera and RADAR), Calibration (offline and online) , ADAS feature validation