Job Title: Embedded Systems Developer

Job Overview

The Embedded Systems Developer will be responsible for designing, developing, testing, and improving embedded systems and functional hardware prototypes using electronics, programming, and hardware-software integration.

Key Responsibilities

- Design, develop, and test embedded systems and functional hardware prototypes for assigned research and product development initiatives.
- Develop embedded applications and hardware projects using Arduino, Raspberry Pi, NVIDIA Jetson, or other relevant platforms.
- Write, test, and debug embedded software using C, C++, and Python.
- Interface microcontrollers and development boards with sensors, actuators, and electronic components.
- Work with basic sensors and advanced sensing technologies such as LiDAR wherever required.
- Design and assemble electronic circuits for embedded systems and hardware prototyping activities.
- Integrate electronic components, controllers, sensors, and software to build functional hardware systems.
- Implement and troubleshoot communication between embedded devices, sensors, and connected hardware components.
- Work with relevant communication protocols for reliable hardware-software integration.
- Perform circuit testing, hardware debugging, embedded software troubleshooting, and prototype validation.
- Identify technical issues related to electronic circuits, sensor connectivity, programming, and hardware integration.
- Improve prototype functionality, reliability, and performance through systematic testing and troubleshooting.
- Participate in research-oriented hardware development and emerging technology projects.
- Convert technical concepts and project requirements into working electronic prototypes.
- Maintain technical documentation covering prototype architecture, circuit connections, software functionality, testing results, and development changes.
- Collaborate with team members on assigned engineering, research, and product development activities.
- Take ownership of assigned hardware development tasks and contribute to project completion.
- Conduct electronics, robotics, embedded programming, and technology-related learning sessions for students.
- Introduce students to electronic components, microcontrollers, sensors, programming, and hardware integration concepts.
- Guide students through practical electronics experiments, robotics activities, and hardware prototyping exercises.
- Demonstrate the working principles of embedded systems and electronic devices through hands-on projects.
- Support student learning initiatives involving electronics, robotics, and related technologies.
- Coordinate with the team on assigned research, development, and technical education activities.

Development & Learning Responsibilities





Research & Product Development – 50%

- Work on assigned embedded systems, electronics, robotics, and hardware prototyping projects.
- Develop functional hardware prototypes using Arduino, Raspberry Pi, NVIDIA Jetson, and relevant electronic components.
- Write and implement embedded software using C, C++, and Python.
- Integrate sensors, controllers, and communication interfaces into embedded applications.
- Perform circuit design, component integration, hardware assembly, and system testing.
- Troubleshoot electronic circuits, embedded software, and hardware communication issues.
- Evaluate prototype functionality and implement technical improvements.
- Explore advanced sensing technologies such as LiDAR wherever required by assigned projects.
- Document circuit designs, embedded code, prototype functionality, and testing observations.
- Collaborate with the research and product development team on practical engineering solutions.

Student Learning & Technical Sessions – 50%

- Conduct electronics, embedded systems, robotics, and technology-related learning sessions for students aged approximately 10–20 years.
- Introduce students to electronics fundamentals, microcontrollers, sensors, and basic embedded programming.
- Demonstrate practical hardware projects using Arduino, Raspberry Pi, and other relevant development platforms.
- Guide students through circuit-building exercises, electronics experiments, and robotics activities.
- Explain the working principles of sensors, electronic components, and embedded systems.
- Support hands-on student projects involving hardware assembly, programming, and testing.
- Help students understand how software interacts with electronic devices and hardware components.
- Encourage practical application of engineering and technology concepts through project-based learning.
- Coordinate with team members on assigned student learning and technical education initiatives.

Candidate Profile

- 0–2 years of experience in embedded systems development, electronics engineering, hardware prototyping, or related technical projects.
- Experienced candidates with strong practical technical skills and demonstrated hardware development capabilities are also eligible.
- Robust understanding of electronics fundamentals and embedded systems concepts.
- Practical knowledge of C, C++, and Python programming.




- Hands-on experience working with Arduino, Raspberry Pi, NVIDIA Jetson, or similar embedded development platforms.
- Understanding of microcontrollers, development boards, and embedded hardware components.
- Knowledge of sensor interfacing and integration with embedded systems.
- Familiarity with basic electronic sensors and an interest in advanced technologies such as LiDAR.
- Understanding of electronic circuit design, component connections, and hardware assembly.
- Knowledge of communication protocols used in embedded systems and hardware integration.
- Ability to develop embedded software and integrate it with electronic hardware.
- Practical experience in circuit testing, debugging, and troubleshooting hardware-related issues.
- Ability to build functional prototypes from technical concepts and project requirements.
- Understanding of hardware-software integration and embedded application testing.
- Ability to identify and resolve technical issues involving sensors, circuits, programming, and device communication.
- Familiarity with documenting hardware projects, software functionality, and testing results.
- Interest in working on applied research, hardware innovation, and product development projects.
- Comfortable conducting electronics, robotics, and technology-related learning sessions for students.
- Ability to explain technical concepts to students with different levels of engineering knowledge.
- Strong practical problem-solving abilities and willingness to work directly with electronic components.
- Consistency in work, accountability for assigned responsibilities, and commitment to project goals.
- Ability to collaborate with team members on research, development, and student learning initiatives.
- Leadership potential and willingness to guide students through practical technology projects.
- Willingness to work on-site in Dehradun, Uttarakhand.

Preferred Candidate Profile

Candidates with practical experience, project exposure, or demonstrated capabilities in the following areas will be preferred:

- Embedded Systems Development
- Microcontroller Programming
- Arduino Development
- Raspberry Pi Development
- NVIDIA Jetson Development
- Embedded C/C++ Programming
- Python Programming for Embedded Systems
- Electronics and Circuit Design
- Sensor Interfacing and Integration
- LiDAR Sensor Integration
- Hardware Prototyping
- Embedded Hardware Testing
- Hardware-Software Integration
- Communication Protocols
- Embedded Systems Debugging
- Robotics Development
- Electronic Circuit Troubleshooting
- Embedded Product Development
- Applied Electronics Research
- Technical Training and Robotics Education
- Hands-On Electronics and Robotics Projects

📌 Hardware Engineer - Embedded Systems Developer (India)
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