Load-Bearing Efficiency: A 3D Printing Challenge
Load-Bearing Efficiency: A 3D Printing Challenge
Our Challenge
The traditional manufacturing approach, driven by resource availability and exploitation can cause significant environmental degradation and thus, societal harm. Society needs a shift towards more sustainable manufacturing processes that focus on maximizing resource efficiency. To address this challenge, it is crucial to train and empower individuals and communities to develop sustainable engineering solutions.
The Team
Teachers
These are the teachers you'll work with on the challenge.
Learners
- Study period
- 29 October 2024 – 28 January 2025
- Study format
- Hybrid
- Application period
- 22 September – 21 October 2024
- Credits
- 6 ECTS
- Hosting university
- Hamburg University of Technology
- EQF Level
Master Level
Information
Value and progress
Collaboration
Gain experience in collaboration and teamwork by working with a diverse group of participants with varying backgrounds and perspectives.
ESCO SKILLS
Critical thinking
Enhance critical thinking and problem-solving abilities by applying a human-centered design approach to the development of engineering solutions. The course encourages critical thinking about how to optimize designs for minimal material use, exploring how 3D printing can revolutionize manufacturing by making it more accessible, customizable, and sustainable.
ESCO SKILLS
Mastering 3D printing technology
The course fosters students enabling independent design and production on 3D printed products, with focus on material minimization and thus, resource efficiency.
ESCO SKILLS
Not sure which competencies suit you?
Take our motivation scan to find learning opportunities that will help you reach your potential goal and growth.
Hosting university
Hamburg University of Technology
