CAD Design

• Design and development of 3D models for mechanical parts made of sheet metal, plastic, or cast materials, in both creation and development phases.
• Creation and updating of 2D drawings (assembly or sub-assembly parts), in compliance with ISO dimensioning standards and industry-specific rules (sheet metal, plastics, or casting).
• Verification of assembly and clearance gaps using tolerance stack-up calculations.
• Workload monitoring while adhering to quality processes and committed deadlines.
• Convergence on robust technical solutions and continuous improvements in collaboration with cross-functional teams during zone meetings and HH reviews.
• Feasibility study through to the RO (Release Order) phase of mechanical components.
• Official release and documentation in PLM tools such as 3DCOM.
• Analysis of supplier feedback (2D and 3D) to ensure compliance with technical specifications.
• Writing progress reports for all assigned activities.
• Ensuring knowledge capitalization for the entire scope of work.

Profile : 

• Bachelor's Degree (licence) or Engineering Degree (or equivalent) in Mechanical Engineering or Industrial Engineering.
• Proven experience in the design of interior and exterior equipment parts, as well as plastic components.
• Good knowledge of the automotive industry and solid expertise in automotive parts and components.
• Proficiency in CATIA (3D and 2D design tools), Siemens NX, and related design software.

Experience :

1 to 3 years of experience.

Skills :

• Fluent English
• Knowledge and skills with PLM/Catia/Enovia systems, alternatively TCAE/Unigraphics/Teamcenter.
• Modeling of 3D / 2D components.
• Knowledge of the design and manufacturing criteria of plastic components obtained through injection molding process: molding axis, draft angles, parting-line management, management of undercuts and/or trolleys.
• Feasibility Studies.
• Knowledge of the ASME dimensioning system.
• In addition, they represent points of greater interest if the candidate has also gained experience:
• In the automotive sector and especially in the design of vehicle interior components.
• Welding of plastic components.