Description
we work on both primary and secondary aluminium alloys to support a sustainable development of the foundry industry. The formation of the microstructure in casting and forming processes, and correlating it with (thermos-physical and mechanical) properties, are of interest.
The focus is also on the development of the actual casting and forming process and tooling. The end game is to gather data and develop descriptions allowing for life-span prediction of the cast and wrought components in use. We work towards zero or near zero emission processes that can produce sound components using recycled materials with a high material efficiency and zero or near zero material losses.
Requirements
We are looking for candidates with a PhD degree with specialization in materials engineering, or mechanical engineering, or equivalent who thoroughly understand and conduct efficient and good research practices according to the desired timetable. You also need to be:
- result-oriented and have high level of motivation and will to face new challenges and conduct systematic research to solve them.
- creative and eager to share knowledge via publication in reputed journals/conferences.
- able to efficiently supervise students.
- skilled in thermodynamics and process design.
We find it meritorious if you thoroughly understand the scientific ethic rules and demonstrate a successful scientific record via publication in high-ranked journals/conferences. It is also meritorious if you demonstrate:
- experience with conducting advanced microstructural, thermo-physical and mechanical characterization.
- skill in data analysis with good knowledge of possible errors in analysis.
Application Procedure
Welcome with your application, no later than 2025-01-15.
Your application is preferred in PDF format through our recruitment system and should include:
- personal cover letter motivating your interest for the position,
- CV,
- attested credentials,
- publication list,
- dissertation,
- 2 references.
