Ingénieur Robotique et Automatisation H/F / Robotic and Automatization Engineer M/F

Job Description Summary English and French descriptions available below: Are you an innovative, hands‑on, and results‑oriented Robotization & Automatization Engineer ready to drive the future of product development and manufacturing within our Technology organization? We are seeking a talented individual to serve as a crucial technical partner, supporting our R&D teams in implementing Design for Robotics & Automation (DfRA) principles and guiding our manufacturing sites through the successful deployment of robotic and automated solutions. In this pivotal role, you will be instrumental in translating strategic goals into intelligent, automated solutions. You'll contribute across the entire automation lifecycle, from influencing early‑stage product design through comprehensive DfRA assessments, to enabling robotic solutions for our product designs in a high variant, low quantity manufacturing environment. If you thrive in a collaborative, cross‑functional environment, possess a strong blend of robotics, automation, and project leadership expertise, and are passionate about coaching teams and driving adoption, we encourage you to apply and help shape the future of our products and processes.

Description française: Es-tu un ingénieur en robotisation et automatisation, innovant, pragmatique et axé sur les résultats, prêt à façonner l’avenir du développement de produits et de la fabrication au sein de notre organisation technologique ? Nous recherchons une personne talentueuse pour jouer un rôle technique clé, en soutenant nos équipes R&D dans la mise en œuvre des principes de Conception pour la Robotique et l’Automatisation (DfRA – Design for Robotics & Automation), et en accompagnant nos sites de production dans le déploiement réussi de solutions robotiques et automatisées. Dans ce rôle central, tu seras essentiel pour traduire les objectifs stratégiques en solutions automatisées intelligentes. Tu contribueras à l’ensemble du cycle de vie de l’automatisation, en intervenant dès les premières phases de conception produit grâce à des évaluations DfRA approfondies, jusqu’à la mise en œuvre de solutions robotiques adaptées à un environnement de production caractérisé par une forte variété et de faibles volumes. Si tu t’épanouis dans un environnement collaboratif et interdisciplinaire, que tu possèdes une solide expertise en robotique, automatisation et gestion de projet, et que tu es passionné par le mentorat et la promotion de l’adoption des nouvelles technologies, nous t’encourageons à postuler et à contribuer activement à l’avenir de nos produits et de nos procédés.

Job Description English and French descriptions available below: Strategic Opportunity Identification & Cross‑functional Collaboration: Collaborate closely with R&D, Manufacturing, and Industrialization teams and other stakeholders to proactively identify and evaluate high‑impact opportunities for robotic and automated solutions. Translate complex operational needs into clear, actionable, and innovative automation concepts, with a strong focus on both product design and manufacturing processes, especially considering the challenges of high variant, low quantity production.

Design for Robotics & Automation (DfRA) Leadership

Lead the development, implementation, and promotion of DfRA guidelines and best practices. Act as a primary coach and subject matter expert for R&D teams, guiding them on optimizing product architectures, component designs, and assembly methods to maximize automation potential and manufacturability from the earliest design stages.

Feasibility Studies & Technical Expertise

Conduct comprehensive feasibility studies for our product portfolio to analyze the potentials/risks for robotic and automated manufacturing processes. Provide design adaptation proposals to the R&D teams with your deep technical expertise for DfRA, leveraging your knowledge of actual technological capabilities for Robotics & Automation (R&A).

New Product Introduction (NPI) Assessments for DfRA

Integrate DfRA assessments directly into the NPI process. Evaluate new product designs for their suitability for robotic manufacturing and assembly, identifying potential challenges and recommending design changes to enhance automation efficiency and adaptability for flexible manufacturing.

AI for Robotic Programming & Optimization

Explore and facilitate the implementation of advanced AI techniques (e.g., computer vision, machine learning) together with our AI teams for tasks such as robotic path planning, automated quality inspection, and adaptive process control, especially those that enhance flexibility and efficiency in high variant environments.

Technical Excellence & Best Practices

Contribute to the development and maintenance of comprehensive technical documentation, functional specifications, and knowledge‑sharing initiatives for DfRA.

Qualifications

Design for Robotics & Automation (DfRA) Expertise

• Experience with collaborative robots (cobots), mobile robotics (AGVs/AMRs), or highly flexible/reconfigurable robotic systems suitable for high variant production.
• Proven experience and deep understanding of DfRA principles and methodologies, including identifying design elements that enable or hinder automation, modularity, part presentation, and assembly sequence optimization.
• Ability to translate complex product designs into actionable recommendations for robotic assembly, welding, material handling, or inspection processes.
• Experience in developing and implementing DfRA guidelines and training materials for product development teams.
• Proficiency in CAD tools (Creo) and robotic simulation software for product design evaluation, modification and assembly simulations.

Product Design & Manufacturing Process Knowledge

• Strong background in product design principles, engineering mechanics, and materials science, with an emphasis on how these influence automated manufacturing.
• Comprehensive understanding of various manufacturing processes (e.g., machining, assembly, fabrication, welding, inspection) and their suitability for robotization and automation.
• Ability to assess existing product designs for their "automatability" and propose design modifications to improve efficiency, reduce cost, and enhance quality through automation.
• Domain Knowledge: Previous experience in the power transmission or a good understanding of our products and processes.

AI/ML in Automation

• Practical experience applying AI/ML for tasks such as robotic vision inspection, anomaly detection, predictive maintenance of automation assets, or adaptive process control, especially in the context of robotic programming.

Preferred Knowledge

• Exposure to the following topics will be considered a strong advantage:
  • Omniverse / Isaac Sim: Python scripting, Isaac Sim API, USD/scene graph, kinematics and inverse kinematics, sensors, ROS 2 integration, SLAM/localization, navigation and LiDAR/vision‑based applications
  • Design for Robotics & Automation (DfRA): product assembly, robotic accessibility, gripping strategies, tolerances, datum strategies, joining processes, poka‑yoke / anti‑error, feasibility of the automation, PLC/MES/WMS integration, cycle time optimization, and co‑design equipment/product

Soft Skills & Attributes

• Collaborative Team Player & Coach: Exceptional ability to work effectively and collaboratively within diverse, cross‑functional teams (especially R&D and Manufacturing). Proven ability to coach, mentor, and influence technical teams on DfRA principles and robotic implementation strategies for flexible production.
• Communication & Presentation: Excellent written and verbal English communication skills, with the ability to articulate complex technical concepts to both R&D and manufacturing stakeholders, conduct training sessions, and prepare clear, concise documentation.
• Problem‑Solving & Critical Thinking: Demonstrated strong analytical and problem‑solving skills, with a proactive approach to identifying, troubleshooting, and resolving technical challenges in complex automated systems and during DfRA discussions, particularly in a high‑mix environment.

Education

• Bachelor’s or master’s degree in Robotics Engineering, Automation Engineering, Electrical Engineering, Mechanical Engineering or a closely related technical field.

Experience

• 2+ years of progressive experience in robotics, automation engineering, or a closely related field, with a proven track record of significant contributions to Design for Robotics & Automation (DfRA) initiatives.

Additional Information Relocation Assistance Provided

No Addressing the climate crisis is an urgent global priority and we take our responsibility seriously. That is our singular mission at GE Vernova: continuing to electrify the world while simultaneously working to help decarbonize it. If we want our energy future to be different…we must be different. Our mission is embedded in our name. We retain our treasured legacy, "GE," in our name as an enduring and hard‑earned badge of quality and ingenuity. "Ver" / "verde" signal Earth’s verdant and lush ecosystems. "Nova," from the Latin "novus," nods to a new, innovative era of lower carbon energy that GE Vernova will help deliver. Together, we have The Energy to Change the World.