Search results
Results 37-54 of 112
-
Product Design and Development Course 15 credits
- Autumn 2025
- Växjö
- Bachelor’s level
- Half-time
-
3D CAD - Mechanical Engineering Course 7.5 credits
- Spring 2025
- Växjö
- Bachelor’s level
- Half-time
-
Production Technology Course 7.5 credits
- Spring 2025
- Växjö
- Bachelor’s level
- Half-time
-
Production Technology Course 7.5 credits
- Spring 2025
- Växjö
- Bachelor’s level
- Half-time
-
Research methodology and opposition Course 7.5 credits
- Spring 2025
- Växjö
- Master’s level
- One-quarter-time
-
Advanced Project Course in Mechanical Engineering Course 30 credits
- Spring 2025
- Växjö
- Master’s level
- Full-time
-
Machine Design B Course 15 credits
- Autumn 2025
- Växjö
- Bachelor’s level
- Half-time
-
Advanced Project Course in Mechanical Engineering Course 30 credits
- Autumn 2025
- Växjö
- Master’s level
- Full-time
-
3D CAD - Mechanical Engineering Course 7.5 credits
- Spring 2025
- Växjö
- Bachelor’s level
- Half-time
-
Supply chain management Course 7.5 credits
- Spring 2025
- Växjö
- Bachelor’s level
- Half-time
-
Solid Mechanics, Advanced course Course 7.5 credits
- Spring 2025
- Växjö
- Bachelor’s level
- Half-time
-
Lars Håkansson new board member of international acoustics institute News
-
Seed project: IoT for ships – an untapped data resource The main objective for this seed project within Linnaeus University Centre for Data Intensive Sciences and Applications (DISA) is to establish…
-
The university's new professors lecture about their research News
-
Strengthen your company’s development journey with an externally-employed doctoral student in AI/Computer/IT News
-
Two degree projects of LNU students among the best in the competition Automation Student 2021 News
-
Project: Sustainable maintenance of gravel road In this project, academia and local businesses collaborate in the development of a new concept for sustainable maintenance of gravel road, where new…
-
Project: FEA of residual stresses in welded structures In this project, a versatile Eulerian plasticity is implemented and applied to the prediction of residual stresses in welded structures.