ABL Education LLP is an EdTech organisation working towards transforming schools into Future Ready Schools through Activity-Based Learning, STEM education, robotics, coding, innovation and hands-on learning.

We design and implement STEM and Innovation programmes across schools and develop robotics kits, STEM kits, coding platforms and advanced innovation projects that enable students to learn by building and experimenting.

Role Overview

We are looking for a hands-on and innovative Embedded Developer who can work across embedded electronics, robotics, STEM product development and school innovation projects.

The person will be responsible for designing, developing, testing and documenting electronics and embedded systems for Robotics Kits and STEM Kits, while also supporting students and schools in developing advanced working prototypes and innovation projects.

This role is ideal for someone who enjoys building things from scratch, debugging hardware and software, experimenting with electronics and converting ideas into working prototypes.

Key Responsibilities

1. Robotics & STEM Kit Development

Design and develop new robotics kits, STEM kits and electronics-based learning products.
Develop embedded systems using platforms such as Arduino, ESP32, Raspberry Pi and similar microcontrollers.
Design circuits involving sensors, motors, LEDs, displays, communication modules and actuators.
Develop and test firmware for robotics and STEM applications.
Integrate hardware, electronics and software into reliable working prototypes.
Improve existing ABL robotics and STEM kits for functionality, usability and learning outcomes.
Create reusable modules that can be used across multiple STEM projects and kits.
Support prototyping, testing and small-scale product production.

2. Embedded Programming & Electronics

Write, test and debug embedded C/C++ code.
Work with GPIO, PWM, ADC, UART, I2C, SPI and other common communication protocols.
Interface microcontrollers with different sensors and actuators.
Develop motor-control systems including DC motors, servo motors and stepper motors.
Work with Bluetooth, Wi-Fi and IoT-enabled devices.
Troubleshoot hardware and firmware issues through systematic debugging.
Prepare circuit diagrams, wiring diagrams and technical documentation.

3. Advanced Innovation Projects in Schools

Support ABL Innovation Coaches and school teams in developing advanced STEM, robotics, IoT and embedded-system projects.
Convert student ideas into technically feasible prototypes.
Help students understand electronics, sensors, controllers, motors and embedded programming.
Provide technical mentoring for projects participating in innovation competitions and exhibitions.
Visit schools when required to support high-value or technically complex innovation projects.
Develop proof-of-concepts and prototypes for challenging real-world problems.
Help students move projects from idea → prototype → testing → improvement → final working model.

4. R&D and Product Innovation

Research new technologies, components, sensors and development platforms relevant to STEM education.
Explore emerging areas such as:
IoT
Robotics
AI-enabled devices
Computer vision
Automation
Wireless communication
Smart sensors
Edge computing
Evaluate new components and technologies for integration into ABL products and programmers.
Build rapid prototypes to test new product ideas.
Maintain a component and technology knowledge base for the product team.

5. Testing & Quality

Test robotics and STEM kits before deployment to schools.
Identify hardware, firmware and usability issues.
Develop testing procedures and checklists for products.
Ensure kits are safe, reliable and easy for students and teachers to use.
Conduct field testing of kits and prototypes in real school environments.
Document bugs, improvements and product iterations.

6. Technical Documentation & Knowledge Transfer

Prepare:
Circuit diagrams
Wiring diagrams
Firmware documentation
Assembly instructions
Troubleshooting guides
Project guides
Technical BOMs
Testing reports
Create technical resources that enable Innovation Coaches and STEM Trainers to effectively use the products.
Conduct technical training for internal teams when required.

Required Technical Skills

Must Have

Strong understanding of embedded systems and electronics.
Hands-on experience with Arduino / ESP32 / Raspberry Pi or similar platforms.
Good programming knowledge in Embedded C/C++.
Experience with sensors, motors and actuators.
Understanding of basic electronics and circuit design.
Experience in debugging hardware and software.
Ability to read and create circuit/wiring diagrams.
Strong hands-on prototyping skills.

Good to Have

Experience with IoT and MQTT.
Bluetooth / BLE and Wi-Fi communication.
PCB design and development.
KiCad, Eagle or similar PCB design tools.
3D printing and basic mechanical prototyping.
Python programming.
Computer vision / OpenCV.
AI/ML integration with embedded systems.
Robotics frameworks.
Experience with Raspberry Pi.
Experience developing educational robotics or STEM products.