Each module is carried out through lessons, followed by exercises on which students will receive feedback from the professors. All modules include a project and an evaluation.

AutoCAD (21h)
Students will start with an introduction to AutoCAD’s interface and tools, learning to set up an efficient workspace. They’ll cover 2D drafting fundamentals like drawing lines, working with layers, applying hatches, and using dimensioning tools. As the course progresses, they’ll manage drawings through blocks, groups, and external references and explore layouts, annotations, and plotting techniques for professional documentation. By the end, students will know how to export files and integrate AutoCAD with other design software.

Rhinoceros 8 (36h)
The Rhino module begins with an overview of the software’s interface, navigation, and essential commands. Students will create and edit 3D models using curves, surfaces, and solids, while learning the fundamentals of NURBS modeling. They’ll develop complex shapes and refine designs with Rhino’s powerful tools. Lessons emphasize organization and workflow efficiency, covering layers, construction history, and file management. The module concludes with an introduction to preparing models for 3D printing and prototyping.

Twinmotion (27h)
The module introduces students to Twinmotion’s rendering tools, starting with its interface, material editor, and basic lighting setups. Students will create high-quality materials and textures to enhance the realism of their models. Lessons cover lighting techniques, environmental settings, and camera positioning for visually compelling renders. They’ll explore HDRI, global illumination, and reflections to improve image quality. The module ends with post-processing techniques and rendering optimization, ensuring students can produce professional-level visuals efficiently.

Revit (12h)
The Revit module introduces students to the fundamentals of Building Information Modeling (BIM) using Autodesk Revit. It covers interface navigation, project setup, and modeling of key architectural elements such as walls, floors, and roofs through a small-scale project. Students also learn family management, annotations, technical drawings, and layout printing. The course focuses on parametric modeling, view coordination, and concludes with an overview of project phases and data export for professional use.

Software licenses will not be provided by the school, but students will be able to access educational discounts. The course is available for 850 euros for all participants, with a 50% discount for those who will enroll in SPD.