AMIR EIT Master & Partial Scholarships

Introduction: What the AMIR EIT Master Offers

The AMIR EIT Master—Advanced Materials: Innovative Recycling—prepares specialists to design circular strategies across the raw-materials value chain, including mining by-products, end-of-life goods, and industrial scrap. Over two years, the mobility-based programme couples materials science and process engineering with innovation training under the EIT RawMaterials label. Importantly, selected students may receive partial scholarships to offset living or study costs during the central semesters. For official timelines, admission rules, and current scholarship availability, consult the AMIR campaign page (calls, forms, and any track updates appear there first).

Looking for a rigorous, mobility-driven master’s in circular materials? The AMIR EIT Master blends advanced materials science with entrepreneurship and industry exposure. You’ll rotate across partner universities, refine recycling processes, and develop market-ready solutions—supported, for some, by partial scholarships that ease core semester costs and keep your focus on impact.

Why AMIR: Tangible Outcomes for Circular Materials Careers

Industry-aligned curriculum

AMIR integrates advanced modules on materials characterization, waste valorisation, hydrometallurgy/pyrometallurgy, and process scale-up with business content covering innovation, intellectual property, and venture creation. Consequently, graduates learn to weigh recovery yield against energy demand and environmental load, then defend those trade-offs using data, flowsheets, and concise techno-economic narratives employers recognise.

Mobility and multi-campus advantage

Because students rotate across partner universities, they gain access to complementary laboratories, regional

industries, and internship pipelines. This structure broadens methodological range—from high-resolution analytical techniques to pilot-plant trials—while also exposing students to differing regulatory contexts and supply-chain realities that shape recycling projects in practice.

Entrepreneurial mindset, backed by EIT RawMaterials

Beyond technical mastery, AMIR develops opportunity recognition, market sizing, and route-to-impact skills. Therefore, students learn to translate a lab-proven separation step into a bankable flowsheet, estimate CAPEX/OPEX envelopes, and frame a venture concept, all while understanding IP boundaries and standards that govern commercialisation.

Scholarships and Fees: How the Partial Funding Works

AMIR allocates a limited number of EIT-label partial scholarships to admitted candidates. The grant totals €15,000 for the full programme, commonly disbursed across semesters 2 and 3. Although the funds are flexible (tuition, travel, or living costs), applicants should plan to self-finance semester 1 and typically semester 4. In addition, certain partner sites may levy local tuition or administrative fees in the final semester; review the offer letter closely to avoid surprises.

Because cohort funding fluctuates, treat the scholarship as a bridge, not a full-ride. Accordingly, many students combine the EIT grant with institutional fee waivers, national schemes, or personal savings. Build a location-specific budget early—accommodation, insurance, visa costs, campus fees, and commuting vary

by site and season.

Tip: Ask the programme office for typical monthly budgets by city. Then, ensure your financial runway covers semester 1 and the thesis semester without relying on future disbursements.

Eligibility: Who Stands Out in Selection

Academic background

Strong applicants typically hold a bachelor’s (or equivalent) in materials science, chemical/process engineering, metallurgy, environmental engineering, or closely related fields. Solid grounding in thermodynamics, transport phenomena, and characterization methods strengthens your case, especially when paired with lab or pilot-scale experience.

Proof of readiness

Expect to provide English-language proof per programme policy, official transcripts with grading scales, and a CV showing laboratory, project, or industry work. Because AMIR emphasises problem-solving around TRL 3–6, foreground design projects, plant visits, or internships—particularly those intersecting with circular economy themes.

Fit and motivation

Selectors value a coherent motivation letter. Therefore, map your experience to AMIR’s mobility routes and explain how you will leverage partner labs, regional clusters, or specific internships to tackle a defined recycling challenge—such as permanent magnets, battery black mass, PV modules, WEEE, red mud, or metallurgical slags.

Curriculum and Mobility: What You Actually Study

Year 1: Foundations and context

style="text-align: justify;">You begin with advanced materials characterization, recycling fundamentals, and life-cycle thinking. In parallel, innovation and entrepreneurship (I&E) modules cover market analysis, IP management, and venture modelling. Short design sprints help you prototype flowsheets, quantify sensitivities, and iterate under realistic constraints like impurity limits and reagent availability.

Year 2: Specialisation and deployment

Semesters 3 and 4 focus on specialised coursework, an internship, and a master’s thesis—often co-supervised by labs or companies. Students move from bench-scale validation to pilot-level assessment, then articulate scale-up logic, CAPEX/OPEX scenarios, and potential revenue streams from secondary raw materials.

Skills you will practice repeatedly

- Techno-economic evaluation: convert recovery gains into business value that withstands scrutiny.
- Process integration: balance energy use, reagent consumption, and emissions with yield.
- Regulatory and EHS literacy: anticipate permitting, safety, and waste-handling requirements.
- Stakeholder communication: translate results for engineers, managers, and policymakers.

Application Timeline: What to Prepare and When

- Typical opening: applications commonly open in October.
- Typical closing: the window usually ends in late January (Europe/Paris time).
- Next cycle (projected): October — January; we will update soon.

Because AMIR evaluates dossiers holistically, assemble materials early:

1. Transcripts and degree documents with clear grading scales.
2. English-language proof if required.
3. CV emphasising projects, lab skills, and any industry
  
  exposure.
4. Motivation letter connecting your goals to AMIR’s mobility, labs, and target materials.
5. Two references able to comment on research potential and teamwork.
6. Passport scan and any host-site forms if requested.

Quality check: Use descriptive filenames (for example, Surname_AMIR_CV.pdf) and keep PDFs within size limits. Moreover, demonstrate a direct line from AMIR modules to a concrete recycling problem you plan to solve.

How Selection Works: Practical Signals for a Strong Dossier

- Coherence beats quantity. Rather than listing every activity, show depth around one or two circular-materials problems and how AMIR’s partners unlock your next step.
- Evidence beats assertion. Replace general claims with short examples—a flowsheet you co-designed, a safety audit you led, or a dashboard you built to track mass balances.
- Readiness beats perfection. Explain how you will finance semester 1 and where you intend to live initially; clear planning lowers perceived risk for selectors.

Career Pathways: Where AMIR Graduates Typically Land

Because AMIR sits at the interface of academia and industry, graduates commonly step into roles such as:

- Process or R&D engineer in battery, magnet, or metallurgical recycling.
- Circularity analyst for OEMs and technology providers.
- Pilot-plant or scale-up engineer in hydrometallurgy, pyrometallurgy, or solvent extraction.
- Consultant or venture founder focused on critical-materials recovery and eco-design.
- PhD researcher in metallurgy, materials, or process systems engineering.

To accelerate hiring, curate thesis artefacts—PFDs/P&IDs, mass-energy balances, and concise TEA notes—into a portfolio that hiring managers can evaluate quickly.

How to Apply: A Step-by-Step Checklist

1. Create an account on the official portal and complete your profile.
2. Select the AMIR EIT Master & partial scholarships campaign for the active intake.
3. Upload certified documents and confirm English-language proof as required.
4. Draft a targeted motivation letter (1–2 pages) referencing relevant labs and industry clusters.
5. List referees and alert them to the forthcoming email request.
6. Submit before the deadline (Europe/Paris) and monitor your inbox—including spam—for notifications.

Smart Extras: Make Your Application Stand Out

- Link to supporting work (simulation files, code repositories, posters, or a concise design brief).
- Quantify project results (recovery %, impurity cuts, reagent savings, or energy intensity).
- Demonstrate safety culture (PPE practices, risk assessments, or LOTO familiarity).
- Prepare basic local language for host cities to ease onboarding.
- Show a transparent budget and list any alternate funding you can access.

Conclusion: Your Next Step

The AMIR EIT Master offers a rigorous, mobility-centred pathway into circular materials, supported for some by partial scholarships that ease core-semester costs. If the combination of hands-on processing, techno-economics, and entrepreneurship fits your goals, assemble a focused dossier and apply through the official portal before the application window closes.

Quick Review

Feature	Details
Program Name	AMIR EIT Master — Advanced Materials: Innovative Recycling
Host Country	Multi-campus mobility across partner universities in Europe
Funded By	EIT RawMaterials (EIT-label programme) and partner institutions
Duration	2 years (4 semesters)
Study Mode	Full-time, mobility track across at least two campuses
Eligibility	Bachelor’s (or equivalent) in materials, chemical/process engineering, metallurgy, environmental engineering, or closely related field; English proficiency per programme policy
Financial Support	Partial scholarship of €15,000 for the full programme, typically disbursed in semesters 2 and 3; students usually self-finance semester 1 and semester 4; local fees may apply at some sites
Fields of Study	Materials characterization, waste valorization, hydrometallurgy/pyrometallurgy, process scale-up, life-cycle thinking, innovation and entrepreneurship
Deadline	Applications typically open in October and close in January (Europe/Paris). Next cycle projected: October — January; we will update soon.
Official Website	Click here

Schol References

1. Fees & Scholarship

Frequently Asked Questions (FAQs)

What is the AMIR EIT Master in Advanced Materials and Innovative Recycling?

It is a two-year mobility master focusing on circular materials, process engineering, and entrepreneurship, delivered across partner universities under the EIT RawMaterials label.

How do AMIR partial scholarships work?

AMIR awards competitive partial scholarships totaling €15,000. Funds typically support central semesters; however, you should budget independently for remaining study and living costs.

Who qualifies for AMIR EIT Master admission?

Applicants usually hold a relevant bachelor’s degree in materials, chemical or process engineering, metallurgy, or environmental engineering, plus proof of English proficiency and demonstrated project or lab experience.

What documents are required for the AMIR application?

Prepare transcripts, degree certificates, English-language proof, a CV, a motivation letter, passport copy, and two referees. Then upload everything through the official online portal.

What are the AMIR mobility tracks and partner universities?

Mobility routes vary by cohort; however, you rotate across partner universities to access complementary labs, regional industries, and internships aligned with circular materials and innovative recycling.

What will I study in the AMIR curriculum?

You study materials characterization, recycling process fundamentals, hydrometallurgy, pyrometallurgy, life-cycle thinking, and innovation. Later, you complete specialization modules, an internship, and a research thesis.

What careers do AMIR graduates pursue?

Graduates typically become process or R&D engineers, circularity analysts, scale-up specialists, consultants, venture founders, or PhD researchers in metallurgy, materials, and process systems engineering.

When should I apply to AMIR?

Applications usually open in autumn and close in winter. Consequently, assemble documents early and submit before the stated deadline on the official application portal.

How can I strengthen my AMIR motivation letter?

Connect your background to specific AMIR labs and mobility tracks. Then, showcase quantified project outcomes, safety culture, and a realistic budget for housing, visas, and travel.