Summary
The IMDEA Materials Institute is seeking a motivated Predoctoral Researcher (PhD Candidate) to work on the development, optimization, and characterization of eco-friendly recycling processes for stainless steel. The candidate will join an international and multidisciplinary research environment in Madrid, Spain, focusing on physical simulation tools and multiscale microstructural characterization to advance the circular economy in metallurgy.
Predoctoral Position: Development of Eco-Friendly Technologies for Recycling Stainless Steel
Overview
| Attribute | Details |
| Position / Designation | Predoctoral Researcher (PhD Candidate) |
| Reference Number | 2026-IS-R1-318 |
| Host Institute | IMDEA Materials Institute |
| Location | Getafe, Madrid, Spain |
| Research Area | Materials Science & Engineering / Metallurgy / Mechanical Engineering |
| Employment Type | Full-time contract (including Spanish Social Security coverage) |
| Starting Date | Open until filled |
| Working Language | English |
| Application Status / Deadline | Rolling basis (closes once suitable candidate is selected / open until filled) |
Designation
- Predoctoral Researcher / PhD Fellow
Research Area
- Materials Science and Engineering
- Metallurgy & Physical Simulation
- Sustainable Manufacturing & Circular Economy (Stainless Steel Recycling)
Location
- IMDEA Materials Institute, Eric Kandel 2, TecnoGetafe, 28906 Getafe, Madrid, Spain.
Eligibility & Qualifications
- Academic Background: BSc or MSc degree in Mechanical Engineering, Metallurgy, Materials Science, or a closely related discipline.
- Academic Record: Excellent academic credentials.
- Language Proficiency: Full command of written and spoken English (the official working language of the Institute).
- Motivation: A solid commitment to pursuing an academic/research career in a competitive international environment.
Position & Project Description
Stainless steel production is energy- and resource-intensive, facing increasing pressure to decarbonize. Developing eco-friendly recycling technologies is vital to reducing raw material consumption, energy demands, and greenhouse gas emissions.
This project aims to:
- Develop novel physical simulation tools for optimizing manufacturing and processing routes for recycled stainless-steel feedstock.
- Perform comprehensive multiscale microstructural and mechanical characterization to verify that recycled materials achieve performance and properties comparable to conventionally produced steels.
- Support the commercial adoption and circular economy transition for stainless steels across engineering sectors.
What the Institute Offers:
- A full-time employment contract with complete social security coverage.
- State-of-the-art facilities for processing, characterization, and advanced material simulation.
- Comprehensive technical and transversal (soft skills) training programs.
How to Apply
- Visit the official IMDEA Materials job portal: IMDEA Materials Vacancies.
- Complete the online application form and submit your curriculum vitae (CV), academic transcripts, and relevant supporting documents.
Last Date to Apply
- Open until filled / Rolling review: Applications are evaluated as they are received. The position may close as soon as 10 working days after initial posting once a qualified candidate is identified. Early submission is strongly recommended.
