Analyze clients' business needs and translate them into requirements
Understand business processes and associated functional needs; identify gaps with solution standards
Convey any necessary adaptations to development teams
Organize and facilitate workshops and working groups with the various stakeholders
Document and produce deliverables (functional specifications, test plans, solution operation manuals)
Validate the implementation of requirements in the PLM solution
Perform tests and validate results
Participate in preparing responses to tenders/RFPs
Conduct technology watch and contribute to the definition of new services
Requirements
Master's degree (Bac+5) ideally in Industrial Engineering, Mechanical Engineering, or IT
Proficiency in one or more of the following programming languages/technologies is appreciated: Java / Spring Boot + Spring Batch, C++, Shell, Python, and SQL databases
Knowledge of the PLM ecosystem (3DEXPERIENCE, Windchill, Teamcenter) and operating systems: Windows/Linux
Experience with cloud solutions (Azure, AWS) and DevOps is a plus
Experience working in Agile environments (Scrum, SAFe, etc.) is a plus
Good command of English (minimum B1)
Tech Stack
AWS
Azure
Cloud
Java
Linux
Python
Spring
Spring Boot
SpringBoot
SQL
Benefits
Cutting-edge expertise and innovation: participate in strategic projects alongside leading global innovators in high-impact sectors (future energy, biotechnology, 5G/6G, AI, autonomous vehicles). These projects combine digital and physical technologies driven by an augmented engineering approach. Innovation and R&D are at the heart of the assignments, offering our talent the opportunity to contribute to major technological advances.
Continuous, accelerated training: from day one, follow a structured and certified learning path through the Engineering Academy and digital campuses. By immersing yourself in our augmented engineering culture, you will develop technical and sector-specific expertise at the intersection of digital and physical technologies, aligned with current and future industrial challenges.
Meaningful, innovative projects: take part in global challenges such as Tech4PositiveFutures or Future of X, where your ideas are turned into solutions addressing major issues like climate or health. Using cutting-edge technologies (generative AI, connectivity, etc.), you contribute to tangible, socially beneficial innovations that have purpose.