The remarkable strength and durability of metals can limit possibilities for forming and shaping components and structures. Modern engineering design must therefore balance multiple factors to achieve high performance products at a reasonable cost, while also meeting the growing demand for recyclability and sustainable material use.
In this course, we explore innovative approaches to forming and joining metallic components, with a strong emphasis on design for disassembly and recyclability. By doing so, we aim to expand the possibilities for circular metal lifecycles and equip participants with the tools to design for a more sustainable future.
General information
The course is structured into three modules:
- Module 1: Joining for Disassembly. Introduces a range of joining techniques with a focus on methods that enable disassembly for reuse and recycling. Participants will also examine engineering practices that promote circularity in material flows.
- Module 2: Weld Design for Sustainability. Provides knowledge and skills for designing welded components and structures that are sustainable, durable, and resource-efficient. Emphasis is placed on design choices that enhance quality while minimizing environmental impact.
- Module 3: Cast Component Design for Recyclability. Equips students with advanced knowledge and practical skills for designing cast components that facilitate efficient recycling and contribute to circular material flows.
The course is developed within the Circumet project, a collaboration project between universities and industry partners dedicated to advancing the development of more sustainable application of metal components. Each module is open to industry professionals with the aim of creating a diverse participant group that fosters networking and knowledge exchange.
Each module consists of in-person sessions, online workshops, and self-paced study via the Canvas learning platform. Between sessions and workshops, participants engage in recorded lectures, literature studies, analyses, and reflective exercises – all aligned with the Track program.
Prerequisites:
We welcome all master’s programme students, PhD students and Chalmers alumni who are interested in the circularity of metallic materials.
How to apply:
Apply to all Tracks courses at universityadmissions.se / antagning.se. Search for the course by using the course code TRA530. Read more on how to apply.
Teachers:
- Prof. Johan Ahlström and Prof. Sheng Guo, Chalmers
- Weld design expert Dr Ebrahim Harati from University West
- Joining experts from RISE
- Guest lecturers from industry
Course dates:
The course will run over two study periods 3 and 4.
- Module 1 calendar week 4-9
- Module 2 calendar week 10-16
- Module 3 calendar week 17-23