Innovation and Prototyping (5 cr)

Evaluation scale

H-5

Schedule

Fall semester of 2025, both periods

Implementation methods, demonstration and Work&Study

This course can be completed by either
a. full time studying in class, blended learning or intensive implementations
b. taking part in a work project
c. learning at work (studification)

Intro

This course is intended to free your creative mind and to teach you how to refine an idea into an innovation. During the course you will learn innovation methods, tools for further refinement of the idea, and how to build a working prototype of the solution. Central to this course is the realization that creativity is a skill that can be developed, and that innovation is a process from an idea to a working solution.

Materials

Couse material is partly in Moodle and partly searched from internet based on project work needs.

Teaching methods and instruction

After completing this course the student is able to use ideation methods to a problem, acting creatively and focusing on the client and the solution. The student can present an innovative product using visual aids. The student knows how to use methods of concept building and is able to produce a working solution based on the concept.

The course is mostly based on exercises and group work with Arduino or ESP32 microcontroller.

The course focuses on problems from either client companies or the students themselves. Innovations are then developed starting from ideas related to the problems.

Central themes include:
• innovation: concepts, stages and demands of the innovation process, ideation and analysis methods, and tools for structuring the work
• concepting: defining and describing a concept, presenting and testing a concept, and how to present a concept

Working life connections

-

Exam dates and re-exam possibilities

This course is graded by the group project - there is no exam.

Internationality

-

Completion alternatives

This course can be completed by either
a. full time studying in class, blended learning or intensive implementations
b. taking part in a work project
c. learning at work (studification)

Learning assignments

Tasks presented in class.
Project work resulting in a working prototype using Arduino or ESP32 microcontroller.

Assessment methods

Grade 1
The student knows innovation methods, has a basic understanding of the central tenets of innovation, and knows the main features of the innovation process.

Grade 3
The student knows the basic concepts of innovation work, is able to choose applicable innovation methods for solving real life problems, recognizes the phases of an innovation process, and is able to function as a team member in an innovation project.

Grade 5
The student knows the basic concepts of innovation work, is able to choose applicable innovation methods for solving real life problems, knows the phases and requirements of an innovation process well, and is able to manage an innovation project in a solution-oriented and customer-oriented manner. The student shows initiative in developing an innovation process.