Automotive Computational Design Studio Intern

General Motors; Warren (MI); In loco; USD 28.000 - 34.000; Tempo pieno

Descrizione del lavoro

General Motors is seeking a 2027 Summer Intern in Computational Design to help develop digital tools, workflows, and automotive design studies in a creative studio. You will collaborate with GM Design, Sculpting, and Engineering to explore new ways of generating and refining digital models, incorporating parametric and procedural approaches, and delivering production-ready studies.

The role emphasizes aesthetic decision-making, design technology, and the materials and processes used in

Competenze

• Pursuing a bachelor’s or advanced degree in a relevant design or computational field.
• Must be graduating between December 2027 and May 2029.
• Able to work full-time, 40 hours per week during the summer.

Mansioni

• Interpret sketches and technical requirements with Design, Sculpting, and Engineering teams.
• Develop digital studies, tools, and model variations for future themes.
• Explore parametric and generative approaches to support form development.
• Build and refine 3D models with attention to proportion and visual harmony.
• Translate concepts into clear digital workflows and production-ready models.

Conoscenze

Portfolio

Collaborative work style

Creative problem solving

Formazione

Bachelor’s or advanced degree in Computational Design, Industrial Design, Product Design, Transportation Design, Architecture, Animation, Game Design, Computer Science, Fine Arts, Sculpture, Ceramics, or related field

Strumenti

Rhino/Grasshopper

Alias

Python/C#

Descrizione del lavoro

General Motors is seeking a 2027 Summer Intern in Computational Design to help develop digital tools, workflows, and automotive design studies in a creative studio. You will collaborate with GM Design, Sculpting, and Engineering to explore new ways of generating and refining digital models, incorporating parametric and procedural approaches, and delivering production-ready studies.

The role emphasizes aesthetic decision-making, design technology, and the materials and processes used in