The CAD Workshop is a project-based bachelor-level module that provides students with a hands-on introduction to the computer-aided development of a mechatronic prototype. The course has a particular focus on the development process from the initial idea to a functional prototype, including. team organisation, product management, and marketing.

Students work in small teams and operate under limited resources (time, budget, and personnel). Based on a task defined at the beginning of the workshop, the teams develop a product concept and implement it along a structured development process. The focus lies less on the design's complexity and more on the exemplary experience with typical tasks and challenges encountered throughout the development process, such as role and task allocation, workflow definition, bill of materials, version and data management, as well as project and time planning.

In parallel, students translate their concepts into mechanical designs using CAD software (e.g., Autodesk Fusion 360), with particular emphasis on creating assemblies. At least two components need to be manufactured using additive manufacturing methods (3D printing), while also providing basic insights into classical CAD design of individual parts. The designed components are assembled into a mechatronic prototype that may include basic electronic and software-based functionality. The control system of the prototype is implemented by the students.

The entire development process is documented, regularly reflected upon in milestone presentations, and finally presented in a final presentation, including a live demonstration of the prototype.

Learning Objectives

After successfully completing the module, students are able to:

• Work effectively in interdisciplinary teams and define roles, workflows, and responsibilities
• Develop a technical prototype under realistic constraints (time and resources)
• Create simple part designs with CAD, optimised for 3D printing
• Create CAD models of assemblies and integrate them into a coherent development process
• Conceive, build, and evaluate simple mechatronic systems
• Document and present project results in a clear and marketing-oriented manner

Additional Information

The number of participants is limited. Information on the application process is available in ILIAS.

Organizational Information

A project-based workshop with collaborative group work requiring regular attendance and active participation. Details regarding the schedule, assessment criteria, and milestones will be announced at the beginning of the course.

See further details on course organisation at: teaching.imi.kit.edu and in ILIAS.

Workload 120 hours

• regular attendance: 60 hours
• self-study and project work: 60 hours

See ILIAS for time and location / Zeit und Ort siehe ILIAS