A Dubai-based technology and robotics company is hiring a Robotics Instructor and Researcher to join their team full-time on-site. This dual-function role combines hands-on robotics research and engineering with the delivery of structured training programs in robotics, AI, coding, and STEM education. The ideal candidate brings deep technical expertise across ROS2, Python, C++, Embedded C, ESP32, Arduino, and sensor integration — and the passion to translate that knowledge into engaging, impactful training experiences for students and professionals alike in 2026.
About the Role — Dual Function: Research & Training
Function 1: Conduct research on robotics technologies, trends, and advancements
Function 2: Develop and deliver training programs in robotics and STEM education
Collaboration: Work with team members to support innovation and robotics solution applications
Advantage: Experience in maritime logistics or container automation is a strong added bonus
Environment: Innovation-driven, practical, hands-on — both lab and classroom settings
Core Technical Stack
Robotics OS: ROS 2 — Robot Operating System for professional robotics development
Programming: Python, C++, Embedded C, Linux, Git
Hardware: ESP32, Arduino, LiDAR, IMU, encoders, ultrasonic sensors, cameras
Communications: UART, I2C, SPI between embedded devices and onboard computers
Design: CAD / 3D Modelling, PCB Design, custom electronics hardware
AI & Education: AI integration, NLP, computer vision, STEM, Scratch programming
Position Overview
The Robotics Instructor (Researcher & Trainer) role in Dubai is a genuinely rare opportunity that bridges the gap between professional robotics engineering and impactful technical education. You will spend part of your time pushing the boundaries of what robotics can do inside a technology company — researching, building, and validating robotic systems in the real world. And you will spend the other part of your time bringing that expertise into the classroom — training the next generation of robotics engineers, coders, and STEM innovators in Dubai.
This is a role for someone who is equally at home programming an ESP32 firmware stack and presenting a STEM workshop to students. If you believe that the best robotics educators are the ones who still get their hands dirty on the engineering bench, this position was built for you.
Why This Role Matters: Dubai is investing massively in robotics, AI, and STEM education as part of its national technology agenda — and companies need engineers who can both build the future and teach others to build it. As a Robotics Instructor and Researcher, you will be doing both simultaneously. Your research will feed directly into real systems. Your training will shape the skills of the next wave of UAE robotics talent. This is a role where your technical depth and your passion for education both matter — and both get used every single day.
Key Responsibilities
Robotics Research & Development
- Conduct ongoing research into emerging robotics technologies, automation trends, and advancements — identifying opportunities to apply new methods, tools, and systems within the company’s robotics operations
- Develop and maintain robotics applications using Python, C++, and Embedded C — producing clean, well-documented, production-ready code across the full robotics software stack
- Program ESP32 and Arduino firmware for sensor data acquisition and real-time hardware control — ensuring reliable, low-latency performance in embedded robotics deployments
- Integrate LiDAR, IMU, encoders, ultrasonic sensors, and camera systems into robotic platforms — configuring and calibrating sensors for accurate perception and navigation
- Implement UART, I2C, and SPI communication protocols between embedded devices and onboard computing systems — ensuring robust, interference-resistant data exchange across the hardware stack
AI Integration & Advanced Systems
- Support integration of AI components including speech recognition systems, NLP modules, and computer vision pipelines into robotic platforms — extending the intelligence and autonomy of deployed systems
- Design custom PCBs for motor driver circuits, sensor interface boards, and power management systems — from schematic design through layout, fabrication, and bring-up testing
- Troubleshoot electronics, embedded systems, and communication interfaces at board and system level — methodically diagnosing and resolving hardware faults in complex robotic assemblies
- Develop CAD models and mechanical assemblies for robotic structures, housings, and enclosures — contributing to the full physical design of robotic platforms from concept to build
System Integration, Testing & Documentation
- Perform system bring-up procedures, integration testing, and field validation for newly developed or updated robotic platforms — verifying performance against defined specifications before deployment
- Capture comprehensive system logs, analyze performance data, and implement debugging and optimisation cycles — continuously improving system reliability and operational efficiency in the field
- Build monitoring dashboards and lightweight GUIs for robot control, diagnostics, and operator interfaces — making complex system states accessible and actionable for both technical and non-technical users
- Create and maintain wiring diagrams, hardware documentation, and system architecture documents — ensuring full technical traceability and enabling future team members to understand and extend the systems you build
Teaching, Training & STEM Education
- Teach and deliver structured training programs in Robotics, Coding, AI, and STEM for students and beginners across different age groups and experience levels in Dubai
- Conduct hands-on practical workshops in Python, Scratch, Arduino, Robotics Fundamentals, and Artificial Intelligence Basics — making complex technical concepts accessible through project-based learning
- Design engaging project-based STEM learning activities and robotics lab exercises that challenge students to apply engineering thinking to real-world problems
- Mentor students in robotics competitions and innovation challenges — guiding teams through the full project lifecycle from concept and design through build, test, and competition presentation
- Prepare comprehensive lesson plans, technical presentations, practical assessments, and lab instruction guides — ensuring every training session is well-structured, goal-oriented, and educationally effective
Core Qualifications & Requirements
Educational Requirements
- Bachelor’s or Master’s degree in Robotics, Mechatronics, Electronics Engineering, Computer Engineering, or an equivalent technical discipline with strong practical component
- Strong hardware–software integration mindset developed through real engineering projects — not just academic coursework — is essential for success in this role
Technical Skills
- Demonstrated expertise in ROS 2, Python, C++, Embedded C, Linux, and Git for professional robotics software development
- Hands-on experience with ESP32, Arduino, and embedded systems — including firmware programming, sensor integration, and hardware debugging in real deployed systems
- Proficiency in PCB design, CAD/3D modelling, and electronics debugging — able to contribute across both software and hardware dimensions of robotics system development
- Familiarity with AI fundamentals, computer vision, and NLP integration into robotics platforms — and the ability to teach these concepts clearly to beginners and intermediate learners
Teaching & Soft Skills
- Experience in mentoring, technical training, and educational programme delivery — able to explain complex engineering concepts clearly to audiences at different knowledge levels
- Strong analytical, critical thinking, and problem-solving abilities — combined with effective communication, presentation, and interpersonal skills for both classroom and lab environments
- Passionate about robotics innovation, STEM education, and genuine student engagement — someone who finds teaching as rewarding as engineering
- Experience in maritime logistics or container automation is a notable added advantage that will strengthen a candidate’s application significantly
Why Robotics Instructor Roles in Dubai Are Rising in 2026
Dubai and the UAE have made robotics, artificial intelligence, and STEM education national priorities — backed by substantial government investment and a clear vision for a technology-driven future economy. From the UAE National Robotics Programme to Dubai’s Smart City initiatives, demand for qualified Robotics Instructors, STEM educators, and embedded systems engineers who can both build and teach has never been stronger or better rewarded in the region.
For a professional who brings both deep robotics engineering expertise and genuine teaching ability, Dubai in 2026 offers an exceptional career environment. You will be contributing to something that matters — building technical knowledge, inspiring the next generation of engineers, and pushing the boundaries of what robotics systems can do in an ambitious, innovation-forward city that is actively investing in exactly the skills you bring.
Who Should Apply?
- Robotics Engineers with Teaching Experience: Who have built real systems using ROS2, Python, C++, and Arduino and enjoy sharing that knowledge through structured training programmes
- STEM Educators with Strong Technical Background: Holding a robotics or engineering degree and hands-on experience in embedded systems, sensor integration, and hardware development
- Embedded Systems Engineers Transitioning to Education: With ESP32, Arduino, and PCB design expertise who want to combine engineering work with impactful technical training
- Robotics Researchers & Trainers: With experience in both developing robotics platforms and delivering practical training workshops to students or professional teams
- UAE-Based or Relocating STEM Professionals: Passionate about Dubai’s growing robotics and technology education ecosystem and ready to contribute to it daily as both an engineer and an educator
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