Mechanisms Design Engineer
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Key skills for this role
About the Role
AirQ is looking for a Mechanisms Design Engineer to join their R&D team in Abu Dhabi. You will design and develop mechanical, electromechanical, and hydraulic mechanisms for launch and recovery systems, landing gear, and control linkages.
Key Skills for This Role
Responsibilities
- Design and develop mechanisms/actuation systems including launchers, launcher cradles, landing gear assemblies, control surface linkages, payload/parachute deployment mechanisms, and various electromechanical systems
- Develop mechanism concepts from first principles, evaluating trade offs between complexity, weight, reliability, and manufacturability
- Design and develop hydraulic actuation systems — including circuit design, component selection, and integration
- Design electromechanical actuation systems, integrating linear and rotary actuators, servo drives, and associated mechanical hardware
- Perform kinematic and dynamic analysis to define and validate systems across the full operational envelope
- Analyze force transmission through linkage systems, including static and dynamic load cases, mechanical advantage, and actuator load requirements
- Support hands on prototype assembly, providing on vehicle integration guidance and resolving fit/form issues
- Produce clear, accurate, manufacturing ready part and assembly drawings in line with engineering drawing standards
- Develop validation and test plans to verify that integrated assemblies meet design requirements
- Author thorough technical reports and presentations to support design reviews and project milestones
Requirements
- Bachelor's degree in mechanical engineering, mechatronics Engineering, or a closely related discipline
- 3–5 years of hands on experience in mechanisms design and electromechanical/hydraulic systems which have been physically built and tested
- Strong proficiency in SolidWorks (3D modelling, assemblies, motion studies, configurations, and drawing environments)
- Proficiency in MATLAB for building basic mathematical models and kinematic simulations
- Excellent understanding of mechanical design principles, materials, and manufacturing processes
- Solid understanding of kinematic and dynamic analysis methods for multi body mechanisms
- Hands on knowledge of hydraulic system design
- Working knowledge of electromechanical actuator selection, integration, and control interfacing
- Competent in producing 2D production drawings to industry standards (GD&T, ASME/ISO)
Full Job Posting
Overview
- We are looking for a technically sharp and hands on Mechanisms Design Engineer to join our R&D team.
- You will be responsible for the design, analysis, and development of mechanical/electric/hydraulic mechanisms that are critical to our products — from launch and recovery systems through flight control linkages and landing gears.
- You will work across the full development cycle, from initial concept and analysis through to manufactured, tested hardware.
Key Responsibilities
- Design and develop mechanisms/actuation systems including launchers, launcher cradles, landing gear assemblies, control surface linkages, payload/parachute deployment mechanisms, and various electromechanical systems
- Develop mechanism concepts from first principles, evaluating trade offs between complexity, weight, reliability, and manufacturability
- Design and develop hydraulic actuation systems — including circuit design, component selection (cylinders, valves, accumulators, pumps), and integration with structural and control architecture
- Design electromechanical actuation systems, integrating linear and rotary actuators, servo drives, and associated mechanical hardware
- Ensure system designs comply with relevant safety, sealing, and environmental protection requirements
- Collaborate with avionics and software teams to define actuator command interfaces and feedback requirements
- Define mechanical interfaces with adjacent structures, avionics, and control systems to ensure seamless integration across subsystems
- Optimize mechanisms for weight efficiency, structural durability, wear life, and ease of assembly and maintenance
- Perform kinematic and dynamic analysis to define and validate systems across the full operational envelope
- Analyze force transmission through linkage systems, including static and dynamic load cases, mechanical advantage, and actuator load requirements
- Identify and mitigate potential failure modes such as over center conditions, binding, backlash, and fatigue in joints and bearings
- Support hands on prototype assembly, providing on vehicle integration guidance and resolving fit/form issues in real time
What We're Looking For
- 3–5 years of hands on experience in mechanisms design and electromechanical/hydraulic systems which have been physically built and tested — not just modelled
- Experience working within multi disciplinary teams, coordinating with structures, avionics, and manufacturing across the design cycle
- Exposure to aerospace, automotive, or complex electromechanical product development
- Strong proficiency in SolidWorks (3D modelling, assemblies, motion studies, configurations, and drawing environments)
- Proficiency in MATLAB for building basic mathematical models and kinematic simulations
- Excellent understanding of mechanical design principles, materials, and manufacturing processes
- Solid understanding of kinematic and dynamic analysis methods for multi body mechanisms
- Hands on knowledge of hydraulic system design — circuit layout, component sizing, sealing, and fluid power principles
- Working knowledge of electromechanical actuator selection, integration, and control interfacing
- Familiarity with PDM/PLM systems for data management
- Competent in producing 2D production drawings to industry standards (GD&T, ASME/ISO)
- Bachelor's degree in mechanical engineering, mechatronics Engineering, or a closely related discipline
Bonus Points — Nice to Have
- Familiarity with FEA tools (SolidWorks Simulation, ANSYS, or equivalent) for structural assessment of mechanism components
- Exposure to aerospace certification/qualification frameworks (e.g. EASA, FAA, DEF STAN, or equivalent)
- Experience with additive manufacturing for mechanism prototyping or low volume production parts
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