About my clientMy client is a leading developer of advanced robotic systems for the aerospace industry, specializing in the mechanical design of robotic arms, end-effectors, and precision motion systems. With a strong reputation for technical excellence, they partner with global aerospace manufacturers, research institutions, and space agencies to deliver solutions that operate reliably in the most demanding environments.From spacecraft assembly robots to autonomous inspection systems, their products combine high-precision engineering with innovative design. They are now creating a strategic role to bridge mechanical engineering, product development, and client collaboration, ensuring their solutions meet the evolving challenges of modern aerospace robotics. Job title: Senior Mechanical Design & Project Engineer — Aerospace RoboticsAs Senior Mechanical Design & Project Engineer, you will be the technical lead in the mechanical aspects of the commercial and development process.While you won’t carry sales responsibilities, you will be the primary mechanical engineering counterpart in customer discussions — often with technical teams from major aerospace and space exploration programs.Your mission: understand complex mechanical requirements, think proactively, and create smart, manufacturable, and cost-conscious robotic solutions in collaboration with cross-functional teams.This is not a support role — it’s one with ownership, visibility, and strategic influence over the future of aerospace robotics projects. Your responsibilitiesTechnical leadership in customer interactionJoin client meetings when detailed mechanical expertise is required.Translate complex aerospace requirements into clear, feasible robotic designs.Act as the internal and external reference for mechanical engineering discussions.Support business development efforts by contributing technical insight to proposals.Project management for mechanically complex buildsLead the mechanical engineering workstream for advanced robotics projects.Coordinate with electronics, controls, manufacturing, and suppliers to ensure integration feasibility, timing, and cost targets.Collaborate closely with R&D on innovative, mission-critical designs.Mechanical design & CAD workDevelop production-ready 3D CAD models, assemblies, and detailed drawings.Conduct tolerance analyses, material selection, and design-for-manufacturing considerations.Oversee prototype build, assembly, and testing phases, ensuring performance under aerospace conditions.Market insight & product roadmap contributionCapture client feedback and industry trends to guide mechanical design improvements.Contribute to the development of next-generation robotic systems.Support technology roadmaps aligned with aerospace standards and innovations. Your profileExperience in mechanical product development, ideally involving robotic systems, aerospace mechanisms, or precision mechatronics.Background in Mechanical Engineering or similar, with strong skills in structural design, kinematics, and materials for aerospace applications.Strong communicator, capable of explaining technical decisions to both engineers and non-technical stakeholders.Proactive problem-solver with both creative and pragmatic thinking.Proficient in 3D CAD (SolidWorks, CATIA, or similar) and comfortable with engineering documentation standards.Organized and capable of managing multiple high-tech projects simultaneously.Enjoys working in an innovative, multidisciplinary team.Languages: fluent in English; knowledge of Dutch, French, or German is a plus.Full-time presence at the Mechelen office is preferred, with hybrid flexibility possible. What’s on offerA key role in shaping mechanical designs for aerospace-grade robotic systems.The opportunity to work on projects that will operate in some of the most challenging environments in the world — and beyond.A collaborative, high-tech environment with close ties to leading aerospace programs.A flat, agile organization where your input directly influences product success.Autonomy, variety, and the chance to see your designs become operational reality.