Industrial Robotics and Simulation Engineer

Job Description: Required Skills and Experience Digital Manufacturing & Industry 4.0: Experience as a Robotics Engineer working on Industry 4.0 technologies to reach the ambition of a fully integrated Digital Twin. The scope of activities involves: Manufacturing Cell Creation & Kinematics: Design and validate robotic cells within DELMIA/3DX, ensuring accurate kinematics and workspace optimization. Advanced Path Planning & OLP: Execute complex path planning and Offline Programming (OLP) to ensure collision-free and efficient robotic motion. Perception & AI: Implement computer vision algorithms and sensor fusion (LiDAR, 3D cameras) to enable real-time object recognition, part localization, and obstacle avoidance. Virtual Commissioning: Lead the virtual commissioning of robotic systems to validate PLC logic and HMI interfaces before physical deployment, reducing lead times and risks. Robotic Control & Systems Engineering: Programming & Logic: Demonstrate competency in programming languages (C++, Python) to develop custom robotic applications and troubleshoot complex system behaviours. Modelling & Simulation: Use specialized software (Matlab-Simulink, Open Modelica, Control Build) to model electro-mechanical devices and simulate dynamic system responses. Industrial Communication: Implement PLC and HMI solutions, establishing robust communication protocols (TIA Portal, Simatic Manager) between robotic controllers and factory systems. Hardware-in-the-Loop: Integrate real-time simulation with physical control hardware to ensure seamless vertical integration of the robotic stack. Industrial Architecture & Project Leadership: Technical Deliverables: Take ownership of work packages and lead technical reviews, ensuring robotic solutions meet the highest industrial standards. Stakeholder Management: Coordinate the exchange of technical data between internal and global stakeholders to drive architecture projects toward best performance. Documentation & Best Practices: Maintain rigorous documentation of robotic application developments, version controls, and changes to ensure traceability and scalability. Strategic Alignment: Align the robotics roadmap with the organization’s long-term business goals, capturing stakeholder needs to define architectural solutions that exceed expectations. Domain Knowledge: Best to have Airbus product knowledge of different programs along with basic knowledge on Structural assembly and Systems design It is not expected for one person to have all the above skillset. The job requires the basic level of understanding of the above. The Job role would also give exposure to different career paths under the perimeter of the Industrial systems such as Industrial virtual commissioning, Digital twin concept, opportunity to develop and deploy industrial grade perception and controls programs, Industrial Digital Mockup, Robotic Simulation and Robotics Architect roles. TOOL SKILLS: