Introduction to Innovation and Design Engineering at Bachelor level
7.5 ECTS creditsThe course is focused on a group-based product development or product analysis project, where other acquired knowledge is used.
The course covers the following:
Innovation and Design
- A group-based development project presented orally and in writing.
- Lectures on product and design processes.
- Design exercises.
- Literature studies.
Mechanical Engineering basics
- Introduction to mechanical engineering topics such as mechanics, solid mechanics, materials technology, and machine elements.
- Introduction to and use of a 3D CAD tool, as well as basics of reading technical drawings.
Professional role
- Sustainable development and ethics from the perspective of an engineers professional role.
- Basics of commonly used digital tools for word processing, spreadsheet calculations, data handling, and presentations.
- Presentation techniques and report writing.
- Workplace visits and meetings with practicing engineers.
Study techniques
- Basics of study techniques for academic study.
- Fundamental group dynamics and project methodology.
- Overview of study administration systems and collaboration platforms.
The course covers the following:
Innovation and Design
- A group-based development project presented orally and in writing.
- Lectures on product and design processes.
- Design exercises.
- Literature studies.
Mechanical Engineering basics
- Introduction to mechanical engineering topics such as mechanics, solid mechanics, materials technology, and machine elements.
- Introduction to and use of a 3D CAD tool, as well as basics of reading technical drawings.
Professional role
- Sustainable development and ethics from the perspective of an engineers professional role.
- Basics of commonly used digital tools for word processing, spreadsheet calculations, data handling, and presentations.
- Presentation techniques and report writing.
- Workplace visits and meetings with practicing engineers.
Study techniques
- Basics of study techniques for academic study.
- Fundamental group dynamics and project methodology.
- Overview of study administration systems and collaboration platforms.
Progressive specialisation:
G1N (has only upper‐secondary level entry requirements)
Education level:
Undergraduate level
Admission requirements:
General admission requirements plus upper secondary level Physics 2, Chemistry 1, and Mathematics 3c/D, or equivalent
Selection:
Selection is usually based on your grade point average from upper secondary school or the number of credit points from previous university studies, or both.
This course is included in the following programme
- Study Programme in Innovation and Design Engineering (studied during year 1)