Metadata
Title
Innovation in Engineering
Category
graduate
UUID
477cad84ad2a43f4bd68f1bd6b905aa8
Source URL
https://www.dtu.dk/english/education/graduate/innovation-in-engineering
Parent URL
https://www.dtu.dk/english/education/graduate/admission-and-deadlines
Crawl Time
2026-03-17T07:59:21+00:00
Rendered Raw Markdown

Innovation in Engineering

Source: https://www.dtu.dk/english/education/graduate/innovation-in-engineering Parent: https://www.dtu.dk/english/education/graduate/admission-and-deadlines

Innovation is a key competence for all engineers! That is why we teach innovation competences to all master students at DTU in the course ‘Innovation in Engineering’.

In a hands-on course, students learn how to engage with innovation through learning a process, methods and tools and by adopting an innovation mindset!

The DTU innovation mindset consists of six core principles:

Students will learn how to innovative in multidisciplinary teams and go through an innovation process from exploring an innovation theme, to identifying opportunities, creating ideas, developing and testing concepts and finally pitching their innovation to a diverse audience.

Students in the course will form multidisciplinary teams, complemented with a team facilitator. The facilitators are students that already have innovation competences and are participating in the integrated sister course ‘facilitating multidisciplinary teams in innovation’.

Together, the teams learn through doing a real-life innovation project in a state-of-the-art hybrid course in which we benefit both from the opportunities e-learning has to offer, combined with the facilities and atmosphere of the DTU Campus.

The course is probably quite different from most of the courses you are used to, as it takes a hands-on approach to teach innovation, and because – for the second and third week - you will be working independently in an innovation team using the teaching material and instructions provided online via DTU Learn.

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Aims of the course

This course aims to contribute to the development of innovation competences of all master students at DTU. We aim for our engineering graduates to:

The course in brief:

Course structure:

The course consists of two parts:

Week 1: BOOST module

Purpose: to introduce you to the course topics and explain how and why we are teaching innovation to all master students at DTU. To prepare you for the innovation experience in week 2 and 3.

Content: Introduction to the course, to innovation, the innovation themes, team formation, innovation exercises, theory, and preparation exercises.

Week 2 & 3: EXPERIENCE MODULE

Purpose: to let you experience an innovation process in a multidisciplinary team context in a systematic way. To provide you with innovation competences that you can apply in your future career as engineer.

Content: Doing an innovation project through a structured and facilitated innovation process and mindset. Each day in the two weeks of this module has dedicated activities for your innovation project team with deliverables most of the days. The project ends with a pitch of the concept that you have developed on the final day.

Learning objectives

A student who has met the objectives of the course will be able to:

What can you expect in the course?

We will facilitate team formation during the second day of class on Tuesday the 4th of January. We will facilitate the team formation to create diverse and multidisciplinary teams. This is important for the learning experience and objectives in the course, as we know that diverse teams generally perform better in doing innovation.

During the course, you will be able to work at Skylab with your team. The course home will be in the Arena. The project work in week 2 and 3 of the course will be done through the material and instructions provided on DTU Learn. There will be the possibility to reach out to the teaching team and TA’s of course.

Furthermore, every team will be assigned an innovation facilitator. These are students that are taking the sister course ‘Facilitating Innovation in Multidisciplinary teams’. The facilitator will be responsible for supporting the team during their innovation project.

The course is a pass/non pass course.

Course program

Day & class time Content Type of activity Deliverable/outcome
BOOST module (week 1)
Day 1 (10:00 – 16:00) Course kick-off & introduction Lecture (in class)
Introduction to innovation theme (incl. Q&A session) Presentation by client (in class)
Day 2 (9:00 – 15:00) Team formation Individual/team activity Teams formed and expectations discussed and aligned
Day 3 (9:00 – 17:00) Innovation in a day (one day innovation project with your team) Team activity Pitched concepts
Planning innovation theme exploration Team activity Workplan for theme exploration day 4
Day 4 (9:00 – 17:00) Introduction to the innovation project (incl. Q&A session) Lecture
Stakeholder analysis Lecture (online)
Exploring the innovation theme & data collection plan Team activity Initial insights, research questions data collection plan for innovation project
Day 5 (9:00 – 16:00) Innovation & context of innovation Lecture (online) & exercises with team Revised data collection
Preparing for the project (week 2 and 3): - Facilitator session for students in 42505 (Skyboxes in Skylab) - Innovator session for students in 42504 (Arena in Skylab) Group activity (facilitators) & team activity (innovators) Teams and facilitators are ready to start the project after the weekend
Weekend
EXPERIENCE module *team activity happens on campus, teaching material on DTU Learn
Day 6 (8:30 – 17:00) Kicking-off the project
Team catch-up, theme exploration, data collection plan Team activity* Data collection plan (hand-in)
Individual reflection & benchmarking Individual activity Individual reflection (survey)
Day 7 (8:30 – 17:00) Data collection
Collecting data, organizing data Team activity* Data collected and organized
Individual reflection & benchmarking Individual activity Individual reflection (survey)
Day 8 (8:30 – 17:00) Explore & analyze
Clustering insights and identifying and prioritizing focus areas, opportunity mapping and selection Team activity* Opportunities identified and evaluated (hand-in)
Individual reflection & benchmarking Individual activity Individual reflection (survey)
Day 9 (8:30 – 17:00) Define & choose direction
Creating an innovation brief Team activity* Innovation brief (hand-in)
Individual reflection & benchmarking Individual activity Individual reflection (survey)
Peer review Team activity* Peer review (on DTU Learn)
Day 10 (8:30 – 17:00) Idea generation
Creating requirements and criteria, idea generation, combination and selection Team activity* Most promising early-stage concepts (hand-in)
Individual reflection & benchmarking Individual activity Individual reflection (survey)
Weekend
Day 11 (8:30 – 17:00) Conceptualization
Developing and assessing concepts, listing assumptions Team activity* Concept (hand-in)
Peer review Team activity* Peer review (on DTU Learn)
Individual reflection & benchmarking Individual activity Individual reflection (survey)
Day 12 (8:30 – 17:00) Build, Measure, Learn
Planning and executing prototyping, creating a validation matrix Team activity*
Individual reflection & benchmarking Individual activity Individual reflection (survey)
Day 13 (8:30 – 17:00) Build, Measure, Learn
Planning and executing prototyping, creating a validation matrix Team activity* Validation matrix & presentation of prototypes (hand-in)
Individual reflection & benchmarking Individual activity Individual reflection (survey)
Day 14 (8:30 – 17:00) Prepare & Communicate
Reviewing the concept & creating the story Team activity* Pitch slidedeck (hand-in)
Individual reflection & benchmarking Individual activity Individual reflection (survey)
Day 15 (8:30 – 15:00) Deliver & reflect
Preparing to pitch, pitching your project Team activity* Pitched projects, wrap up of the course