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Technische Universität Darmstadt
Master Englisch Ingenieurwissenschaften

FAME-AIS Functional Advanced Materials Engineering with Artificial Intelligence for Sustainability

Master

Über das Programm

The FAME-AIS Erasmus Mundus Joint Master's (EMJM) proposal, Functional Advanced Materials Engineering with Artificial Intelligence for Sustainability, aims to produce high-level graduates who have mastered sound fundamentals with respect to materials science. Graduates will be proactive in mobilising artificial intelligence methods and addressing sustainability challenges in the field of functional materials, recognised as a strategic key enabling technology for European research and industry. The overall objective of the FAME-AIS programme is to train the most promising students from all over the world in all aspects of materials sciences applied to functional materials. They will be able to use artificial intelligence to develop new paths to design and manufacture sustainable materials. Fully taught in English, this 120 ECTS Master's programme will lead to double Master's degrees in Materials Science and gives students the possibility of earning joint degrees. FAME-AIS will gather seven European high-level universities, leading in the field of materials science: Aveiro in Portugal, Bordeaux and Grenoble Institute of Technology in France, Augsburg and Darmstadt in Germany, Liège and Louvain-la-Neuve in Belgium. The FAME-AIS curriculum implements artificial intelligence training and sustainability considerations through the teaching of physics and chemistry of materials. The teaching assets rely on innovative learning practices based on a learning-by-doing approach, virtual exchanges and blended mobility. Associated partners from industry, RTOs, worldwide universities and alumni are strongly involved in student mentorships, e-seminars, plant visits, company internships and the Master's thesis. Prepared to work in a multicultural professional environment, FAME-AIS graduates will join industry and/ or PhD positions, or they may even start their own businesses in the technological domain of functionalised advanced materials, tackling both technological and sustainability challenges.
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The FAME-AIS Erasmus Mundus Joint Master's (EMJM) proposal, Functional Advanced Materials Engineering with Artificial Intelligence for Sustainability, aims to produce high-level graduates who have mastered sound fundamentals with respect to materials science. Graduates will be proactive in mobilising artificial intelligence methods and addressing sustainability challenges in the field of functional materials, recognised as a strategic key enabling technology for European research and industry. The overall objective of the FAME-AIS programme is to train the most promising students from all over the world in all aspects of materials sciences applied to functional materials. They will be able to use artificial intelligence to develop new paths to design and manufacture sustainable materials. Fully taught in English, this 120 ECTS Master's programme will lead to double Master's degrees in Materials Science and gives students the possibility of earning joint degrees. FAME-AIS will gather seven European high-level universities, leading in the field of materials science: Aveiro in Portugal, Bordeaux and Grenoble Institute of Technology in France, Augsburg and Darmstadt in Germany, Liège and Louvain-la-Neuve in Belgium. The FAME-AIS curriculum implements artificial intelligence training and sustainability considerations through the teaching of physics and chemistry of materials. The teaching assets rely on innovative learning practices based on a learning-by-doing approach, virtual exchanges and blended mobility. Associated partners from industry, RTOs, worldwide universities and alumni are strongly involved in student mentorships, e-seminars, plant visits, company internships and the Master's thesis. Prepared to work in a multicultural professional environment, FAME-AIS graduates will join industry and/ or PhD positions, or they may even start their own businesses in the technological domain of functionalised advanced materials, tackling both technological and sustainability challenges.

Welche Berufe eröffnet dieses Programm?

Verwandte Berufssuchen aus Daten der Bundesagentur für Arbeit (BERUFENET):

Alle Berufe entdecken →

Fächer / Themenbereiche

Ceramics (Materials Engineering)

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Häufig gestellte Fragen

Kurze Antworten zu FAME-AIS Functional Advanced Materials Engineering with Artificial Intelligence for Sustainability an der Technische Universität Darmstadt

Wird FAME-AIS Functional Advanced Materials Engineering with Artificial Intelligence for Sustainability an der Technische Universität Darmstadt auf Deutsch oder Englisch unterrichtet?

Dieser Master Studiengang wird in Englisch unterrichtet. Stelle sicher, dass du die Sprachanforderungen (z.B. TestDaF, DSH, IELTS oder TOEFL) vor der Bewerbung überprüfst.

Wie viel kostet der Studiengang FAME-AIS Functional Advanced Materials Engineering with Artificial Intelligence for Sustainability?

Keine Studiengebühren (nur Semesterbeitrag). Internationale Studierende sollten zusätzlich etwa 800–1000 EUR/Monat für Lebenshaltungskosten in Deutschland einplanen.

Was sind die Zulassungsvoraussetzungen für FAME-AIS Functional Advanced Materials Engineering with Artificial Intelligence for Sustainability an der Technische Universität Darmstadt?

Typische Anforderungen sind: ein anerkannter Sekundar-/Bachelorabschluss, Nachweis der Sprachkenntnisse (Englisch) und (für Nicht-EU-Bewerber) eine uni-assist Bewerbung plus Finanzierungsnachweis (Sperrkonto ~11.904 EUR/Jahr).

Wann ist die Bewerbungsfrist?

Die Bewerbungsfristen variieren: Das Wintersemester endet in der Regel am 15. Juli, das Sommersemester am 15. Januar. Bestätige die genaue Frist immer auf der offiziellen Universitätswebsite.

Kann ich während des Studiums von FAME-AIS Functional Advanced Materials Engineering with Artificial Intelligence for Sustainability in Deutschland arbeiten?

Ja. Internationale Studierende dürfen ohne zusätzliche Genehmigung bis zu 140 volle Tage / 280 halbe Tage pro Jahr arbeiten. Nach dem Abschluss kannst du eine 18-monatige Arbeitserlaubnis zur Jobsuche beantragen.

Wie bewerbe ich mich an der Technische Universität Darmstadt — direkt oder über uni-assist?

Die meisten deutschen Universitäten akzeptieren internationale Bewerbungen zur Dokumentenprüfung über uni-assist. Einige Universitäten akzeptieren Direktbewerbungen — überprüfe die Programmseite auf der offiziellen Website.

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