Value Innovation, 7,5 credits
Start of studies
No occasions planned
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Period
Admission to the course requires 150 completed credits of which 60 credits from a MSc Engineering program in Mechanical Engineering or Industrial Economics. In the 60 credits, the courses Analysis 1, 6 credits, minimum 6 credits in Product development methodology (Innovative and Sustainable Product Development), minimum 6 credits of Industrial economics (Basic Industrial Economics, 6 credits or Industrial Economics, Overview Course, 6 credits) are included. Additionally requires taken courses in Sustainability Basics (6 credits) and Mathematical Statistics (6 credits).
Extended product warranties up to 10 years, leasing or pay-per-use schemes are few examples of how manufacturing companies are shifting their focus from selling products to offering ‘solutions’, by combining products and services to maximize value for their customers. This transformation challenges engineers to work systematically with value creation throughout the entire development process, from the initial need identification stage to detail design. The purpose of the course is to give participants an understanding of value-driven methods for product/service design. The acquired theoretical base is be applied in real-life projects in collaboration with selected industrial partners.
Admission to the course requires 150 completed credits of which 60 credits from a MSc Engineering program in Mechanical Engineering or Industrial Economics. In the 60 credits, the courses Analysis 1, 6 credits, minimum 6 credits in Product development methodology (Innovative and Sustainable Product Development), minimum 6 credits of Industrial economics (Basic Industrial Economics, 6 credits or Industrial Economics, Overview Course, 6 credits) are included. Additionally requires taken courses in Sustainability Basics (6 credits) and Mathematical Statistics (6 credits).
Level
A1N
Course code
MT2568
