Rapid Prototyping Technologies, 3D-Printing, Origami & Co (E)
Niveau
                                    first cycle
                                
                            Learning outcomes of the courses/module
                                    •	Understand the principles of different technologies for rapid prototyping 
• Be able to select technologies depending on geometries and material requirements
• Understand the technology related design requirements
• Know, how to use a wide range of different technologies and materials for manufacturing prototypes related to different applications
• Be able to prepare STL-Files via a slicer for 3-printing
                                
                            • Be able to select technologies depending on geometries and material requirements
• Understand the technology related design requirements
• Know, how to use a wide range of different technologies and materials for manufacturing prototypes related to different applications
• Be able to prepare STL-Files via a slicer for 3-printing
Prerequisites for the course
                                    none
                                
                            Course content
                                    Basics and detailed knowledge of different rapid prototyping technologies like 3D-Printing, Laser Origami, etc, related to their specific applications, materials and geometries.
Which technology is best for which application?
What are design requirements and new possibilities?
Provide detailed information about principles, opportunities and requirements for rapid prototyping in plastics and metals. Give practical guidelines for different applications.
Practical case studies support the theory.
                                
                            Which technology is best for which application?
What are design requirements and new possibilities?
Provide detailed information about principles, opportunities and requirements for rapid prototyping in plastics and metals. Give practical guidelines for different applications.
Practical case studies support the theory.
Recommended specialist literature
                                    none
                                
                            Assessment methods and criteria
                                    Presentations
                                
                            Language
                                    English
                                
                            Number of ECTS credits awarded
                                    3
                                
                            Semester hours per week
Planned teaching and learning method
                                    Lectures, presentations, groupwork and practice in the Maker´s Lab
                                
                            Semester/trimester in which the course/module is offered
                                    1
                                
                            