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Are you passionate about creating mechanical solutions that bring complex robotics and lab automation projects to life? If you thrive in fast-paced, experimental environments, enjoy tackling challenging design problems, and want to see your ideas turned into real-world systems, this could be the role for you. Step into a role where your mechanical engineering expertise directly shapes next-generation robotic and automation systems. You’ll design and integrate precision mechanisms, end-effectors, and motion assemblies, helping transform cutting-edge AI research into functional, real-world systems. You’ll be in a multidisciplinary team of mechanical, electrical, software, robotics, and AI engineers, you’ll build practical systems that bridge research concepts and hands-on automation.
Job Responsibility:
Design and develop mechanical systems for robotics and automation, including custom tooling, end-effectors, and motion assemblies
Lead concept design and option evaluation, capturing requirements and delivering robust engineering solutions
Create detailed 3D CAD models and engineering drawings, ensuring manufacturability, precision, and quality
Run simulations and analyses (FEA, kinematics, motion studies) to validate and optimise designs
Work closely with electrical, robotics, and software engineers to integrate sensors, actuators, and control systems and collaborate with technicians and external manufacturers to realise designs efficiently and cost-effectively
Support prototype assembly, system commissioning, and iterative design improvements
Consider structural, ergonomic, and environmental factors in system layouts
Contribute to best practices for design reviews, simulation, and CAD workflow management
Requirements:
Degree or equivalent experience in Mechanical, Mechatronic, or Robotics Engineering
Strong 3D CAD skills, including assemblies, tolerancing, and design for manufacture
Proven experience designing precision mechanical assemblies, robotic tooling, or automation systems
Experience in engineering simulation tools (e.g., FEA, motion or kinematics analysis)
Skilled in requirements capture, concept evaluation, and verification within an R&D context
Knowledge of DFM/DFA principles and experience working with fabricators or suppliers
Nice to have:
Experience with robotic systems integration and custom end-effectors
Hands-on prototyping experience using 3D printing, CNC, or external manufacturers
Knowledge of engineering standards and regulatory frameworks (e.g., CE marking, Machinery Directive)
Familiarity with agile or iterative development environments and rapid prototyping
Experience designing for laboratory or cleanroom environments
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