POWERTECH — a centre of excellence for propulsion technologies specialising in the design and manufacturing of turbojet, turbofan, and advanced propulsion systems for aerospace, defense, and autonomous platforms — is seeking a Mechatronics Engineer II for its Advanced Propulsion team in Abu Dhabi. This R&D-focused role supports the development of experimental propulsion architectures by designing the actuation and control infrastructure that enables adaptive and multimodal engine operation — developing electromechanical actuation systems, sensor networks, and embedded control interfaces that connect propulsion hardware with agile control strategies at the intersection of mechanical systems, electromechanical actuation, and control engineering. Requires 3–7 years of experience with electromechanical or robotic systems.
About POWERTECH — Next-Generation Propulsion Engineering UAE
Company: POWERTECH — a centre of excellence for propulsion technologies specialising in the design and manufacturing of turbojet, turbofan, and advanced propulsion systems for aerospace, defense, and autonomous platforms in Abu Dhabi, UAE
Advanced Propulsion Team: Explores next-generation and low-TRL propulsion architectures — developing the enabling actuation, sensing, and control systems required for future multimodal and adaptive propulsion systems
Role Context: Mechatronics Engineer II — Advanced Engine Architectures — working at the intersection of mechanical systems, electromechanical actuation, and control engineering to support experimental propulsion development
Work Environment: Rapid prototyping, experimental R&D, low-TRL technology development — an innovative, engineering-driven environment that rewards out-of-the-box thinking and technical curiosity
Why This Mechatronics Engineer Role at POWERTECH Stands Out
Low-TRL Frontier Engineering: Contribute to next-generation propulsion architecture development at technology readiness levels where the design decisions you make today shape what aerospace propulsion looks like tomorrow — genuinely novel technical work at the frontier of propulsion engineering
Intersection of Three Disciplines: Mechanical systems, electromechanical actuation, and control engineering — a role that demands and develops genuine cross-domain engineering capability rarely available in a single position at this career stage
Aerospace & Defense Exposure: Work on turbojet, turbofan, and advanced propulsion systems for aerospace, defense, and autonomous platforms — building specialist propulsion engineering credentials in Abu Dhabi’s growing advanced technology and defense sector
Rapid Prototyping & Experimental Culture: Build, test, and validate experimental propulsion subsystems — an engineering culture that values speed of learning, technical creativity, and the willingness to design solutions that have never existed before
Position Overview — Mechatronics Engineer II, Advanced Engine Architectures
This Mechatronics Engineer II — Advanced Engine Architectures at POWERTECH in Abu Dhabi supports the development of experimental propulsion architectures by designing electromechanical actuation systems for propulsion subsystems including variable geometry, valves, and flow control mechanisms — evaluating and integrating motors, sensors, gear systems, and embedded electronics for high-performance, high-temperature, and aggressive environments. The role develops the infrastructure linking actuators, sensors, and control systems within advanced engine architectures, supports integration of distributed sensing and real-time control interfaces, contributes to feedback control strategy development for propulsion actuation systems, develops multi-domain models of mechanical, electrical, and control dynamics, builds and tests experimental prototypes for advanced propulsion concepts, designs instrumentation and data acquisition for subsystem validation, and collaborates closely with propulsion, controls, and electronics engineers on architecture development and experimental validation.
Why This Role Matters: As Mechatronics Engineer II at POWERTECH in Abu Dhabi, you design the actuation and control infrastructure that makes an experimental propulsion architecture actually moveable, measurable, and controllable — not just theoretically described. When your variable geometry actuation system correctly positions a flow control mechanism with the repeatability and response time that the propulsion test requires, under the thermal and vibration conditions of an engine test cell that would destroy conventional off-the-shelf actuators, your sensor network correctly captures the pressure, temperature, and position data that the control algorithm needs to adapt engine operation in real time without the signal noise and latency that would make the feedback loop unstable, or your embedded control interface correctly abstracts the hardware complexity in a way that lets the control engineers implement and iterate their adaptive strategies without waiting for hardware redesigns — you are not supporting advanced propulsion research. You are enabling it. The propulsion concepts that POWERTECH is developing cannot be validated without the mechatronics infrastructure you build. That is what a Mechatronics Engineer does in a low-TRL propulsion R&D environment.
Key Responsibilities
Electromechanical Actuation Systems — Design & Development
- Design and develop electromechanical actuation systems for propulsion subsystems — covering variable geometry mechanisms, valve actuation, flow control devices, and other propulsion hardware that requires precise, reliable electromechanical positioning in high-performance, high-temperature, and mechanically aggressive engine environments
- Evaluate and integrate motors, sensors, gear systems, and embedded electronics — selecting and qualifying components capable of operating within the thermal, vibration, and electromagnetic environment of advanced propulsion test hardware, and integrating them into coherent electromechanical subsystem assemblies
- Contribute to the development of feedback control strategies for propulsion actuation systems — implementing closed-loop control that achieves the positioning accuracy, response speed, and stability margins required for experimental adaptive engine operation
- Develop multi-domain models of mechanical, electrical, and control dynamics — building simulation frameworks that allow the Advanced Engine Architecture team to predict and optimise electromechanical system behaviour before physical prototypes are built and tested
Mechatronic System Integration & Sensor Infrastructure
- Develop the infrastructure linking actuators, sensors, and control systems within advanced engine architectures — building the signal conditioning, data routing, and real-time interface layers that allow propulsion hardware, sensing networks, and control algorithms to operate as a coherent, integrated mechatronic system
- Support the integration of distributed sensing and real-time control interfaces — deploying sensor networks across experimental propulsion architectures and connecting them to control platforms in ways that preserve signal integrity, latency performance, and measurement accuracy under demanding propulsion test conditions
- Design instrumentation and data acquisition systems for subsystem validation — specifying and implementing the measurement infrastructure needed to characterise electromechanical and propulsion subsystem performance during experimental testing
Rapid Prototyping, Experimental Testing & Collaborative R&D
- Build and test experimental systems and prototypes for advanced propulsion concepts — applying rapid prototyping techniques and experimental engineering judgement to create and evaluate physical realisations of novel propulsion actuation and control architectures at low-TRL
- Work closely with propulsion, controls, and electronics engineers on architecture development and experimental validation — contributing mechatronics expertise to multidisciplinary propulsion development teams where no established design playbook exists for the challenges being solved
- Apply an innovative mindset and out-of-the-box thinking — approaching propulsion actuation and control challenges with the technical creativity and willingness to explore unconventional solutions that advanced propulsion R&D requires
Qualifications, Experience & Desirable Skills
Essential Requirements
- Bachelor’s or Master’s degree in Mechatronics Engineering, Mechanical Engineering, Robotics, or a closely related field with strong electromechanical and control system content
- 3–7 years of professional experience developing electromechanical or robotic systems — with hands-on design, integration, testing, and validation of actuated mechanical systems in a hardware-focused engineering role
- Experience integrating actuators, sensors, and embedded control hardware — building complete mechatronic systems rather than contributing to individual component design in isolation
- Strong analytical and engineering problem-solving capability — able to apply multi-domain engineering analysis across mechanical, electrical, and control system domains in an experimental R&D environment
Desirable & Advantageous Skills
- Experience with propulsion systems or aerospace hardware — familiarity with the specific engineering constraints, qualification standards, and performance requirements of aerospace propulsion environments
- Experience in rapid prototyping or experimental R&D environments — demonstrated ability to design, build, and test novel engineering solutions where no established precedent exists
- Innovative mindset and out-of-the-box thinking — the willingness to explore unconventional technical approaches and the creative engineering judgement to identify solutions that standard design practice would not have considered
About POWERTECH — Engineering the Future of Propulsion
POWERTECH is a centre of excellence for propulsion technologies in Abu Dhabi, UAE — specialising in the design and manufacturing of turbojet, turbofan, and advanced propulsion systems for aerospace, defense, and autonomous platforms. The Advanced Propulsion team at POWERTECH operates at the frontier of next-generation propulsion architecture development, exploring low-TRL concepts that will define the capabilities of future aerospace and defense propulsion systems. For the Mechatronics Engineer II role, POWERTECH is looking for an engineer who combines genuine technical depth in electromechanical actuation and embedded control with the experimental engineering mindset and creative problem-solving capability that low-TRL propulsion R&D demands. If you are a mechatronics engineer who wants to design systems that have never existed before, in one of the world’s most technically demanding and commercially significant application domains, this Abu Dhabi role at POWERTECH is where that career is built.
Career Excellence: Design electromechanical actuation systems and embedded control interfaces for next-generation propulsion — Mechatronics Engineer II, POWERTECH Abu Dhabi UAE 2026.
Who Should Apply?
- Electromechanical Systems Engineers — 3–7 Years UAE/GCC or Aerospace: With hands-on experience designing, integrating, and testing electromechanical actuation systems — motors, gear drives, sensors, and embedded electronics — in performance-critical or harsh-environment engineering applications
- Robotics & Mechatronics Engineers — Control Systems Background: With experience developing mechatronic systems that combine mechanical design, electromechanical actuation, sensor integration, and embedded feedback control — comfortable developing multi-domain system models and validating them experimentally
- Aerospace & Defense Mechatronics Specialists: With propulsion, avionics, or aerospace hardware integration experience — familiar with the specific environmental, performance, and qualification constraints of aerospace electromechanical systems
- Rapid Prototyping & Experimental R&D Engineers: With experience building and testing novel engineering prototypes in low-TRL or research environments — comfortable working in technically ambiguous situations where the engineering solution has to be invented, not found in a catalogue
- Abu Dhabi-Based Advanced Technology Engineers — Propulsion & Actuation: Seeking a Mechatronics Engineer II role at POWERTECH — one of Abu Dhabi’s most technically ambitious propulsion technology organisations — where electromechanical actuation expertise, control systems knowledge, and an innovative engineering mindset combine on the frontier of next-generation propulsion development
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