Mechatronics Engineer II

POWERTECH; Abu Dhabi; On-site; AED 300,000 - 420,000; Full time

Job summary

POWERTECH in Abu Dhabi is seeking a Mechatronics Engineer – Advanced Engines Architectures to design actuation and control infrastructure enabling adaptive, multimodal engine operation. You will develop electromechanical actuation systems, sensor networks, and embedded interfaces that connect propulsion hardware with agile control strategies.

This role sits at the intersection of mechanical systems, electromechanical actuation, and control engineering, contributing to rapid prototyping and

Qualifications

• Bachelor’s or Master’s degree in Mechatronics, Mechanical Engineering, Robotics, or related field.
• 3–7 years of experience developing electromechanical or robotic systems.
• Experience integrating actuators, sensors, and embedded control hardware.

Responsibilities

• Design and develop electromechanical actuation systems for propulsion subsystems (variable geometry, valves, flow control mechanisms).
• Develop the infrastructure linking actuators, sensors, and control systems within advanced engines architectures.
• Contribute to the development of feedback control strategies for propulsion actuation systems.

Skills

Actuation systems

Sensors integration

Embedded control

Modeling & simulation

Prototyping

Education

Bachelor’s or Master’s degree in Mechatronics/Mechanical Engineering/Robotics

Tools

Embedded hardware

Data acquisition

Real-time control

Job description

External Job Description

About POWERTECH

Powertech is a center of excellence for propulsion technologies, specializing in the design and manufacturing of turbojet, turbofan, and advanced propulsion systems for aerospace, defense, and autonomous platforms.

The 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.

Job Summary

The Mechatronics Engineer – Advanced Engines Architectures will support the development of experimental propulsion architectures by designing the actuation and control infrastructure that enables adaptive and multimodal engine operation. Working within the Advanced Engine Architecture team, the engineer will develop electromechanical actuation systems, sensor networks, and embedded control interfaces that connect propulsion hardware with agile control strategies. This role sits at the intersection of mechanical systems, electromechanical actuation, and control engineering, contributing to the rapid prototyping and validation of low-TRL propulsion technologies.

Key Responsibilities

Actuation Systems

• Design and develop electromechanical actuation systems for propulsion subsystems (variable geometry, valves, flow control mechanisms).
• Evaluate and integrate motors, sensors, gear systems, and embedded electronics for high-performance, high temperature and aggressive environments.

Mechatronic System Integration

• Develop the infrastructure linking actuators, sensors, and control systems within advanced engines architectures.
• Support the integration of distributed sensing and real-time control interfaces.

Control and Modeling

• Contribute to the development of feedback control strategies for propulsion actuation systems.
• Develop multi-domain models of mechanical, electrical, and control dynamics.

Prototyping and Testing

• Build and test experimental systems and prototypes for advanced propulsion concepts.
• Design instrumentation and data acquisition for subsystem validation.

Collaboration

• Work closely with propulsion, controls, and electronics engineers on architecture development and experimental validation.

Qualifications

• Bachelor’s or Master’s degree in Mechatronics, Mechanical Engineering, Robotics, or related field.
• 3–7 years of experience developing electromechanical or robotic systems.
• Experience integrating actuators, sensors, and embedded control hardware.

Desirable Skills

• Experience with propulsion systems, or aerospace hardware
• Experience in rapid prototyping or experimental R& D environments
• Ability to demonstrate innovative mindset and out of the box thinking would be considered a plus.