Lightweight and material technologies are important drivers in many industrial sectors. Up to the finished part, each material is subjected to different processing and manufacturing processes, which shape the product and application properties. For the diverse lightweight construction tasks and material-specific requirements, specialized knowledge of modern materials, manufacturing processes, lightweight construction methods and their interaction is required in almost all areas. The cross-sectional content of the study program brings together different perspectives in a holistic approach. The study programme imparts and combines the competences along a technology chain in order to process metals and plastic materials into finished products under design, material and manufacturing conditions. After graduation of the study programme, not only you will have in-depth material-, manufacturing-, simulation- and design-specific competences, but also cover the development and design of lightweight constructions. The study programme is the link for cross-product technological competence and addresses a variety of research-related and application fields.
The 4-semester program with a total of 120 credit points (CP) is divided into weighted module complexes that allow for individual study planning with the support of a mentor:
- Basic modules (18 CP): Elective modules that teach relevant methods and establish a comparable knowledge and competence foundation.
- Advanced modules (54 CP): Focus on key technologies combined with metallic and non-metallic material systems. Students learn about material systems, their processing into semi-finished and finished products, and implementation of designs considering design guidelines and simulation methods. Students can specialize in either metal-based systems or plastic-based systems.
- Extension modules (12 CP): Production management topics to integrate lightweight construction and materials technologies into the production environment.
- Interdisciplinary studies (6 CP): For acquiring interdisciplinary knowledge, freely selectable from the current FÜS catalog.
- Internship (10 CP): Provides practical application of theoretical knowledge acquired during studies.
- Master's thesis (20 CP): Develops competence to independently work on a research task and apply theoretical and practical knowledge to solve a problem.
Master
Deutsch
Ingenieurwissenschaften
Lightweight Construction and Materials Technology
Master of Science (M.Sc.)
Brandenburgische Technische Universität Cottbus-Senftenberg
Cottbus
· Brandenburg
Standort: Cottbus/Chóśebuz
Über das Programm
▶ Den originalen englischen Text anzeigen
Lightweight and material technologies are important drivers in many industrial sectors. Up to the finished part, each material is subjected to different processing and manufacturing processes, which shape the product and application properties. For the diverse lightweight construction tasks and material-specific requirements, specialized knowledge of modern materials, manufacturing processes, lightweight construction methods and their interaction is required in almost all areas. The cross-sectional content of the study program brings together different perspectives in a holistic approach. The study programme imparts and combines the competences along a technology chain in order to process metals and plastic materials into finished products under design, material and manufacturing conditions. After graduation of the study programme, not only you will have in-depth material-, manufacturing-, simulation- and design-specific competences, but also cover the development and design of lightweight constructions. The study programme is the link for cross-product technological competence and addresses a variety of research-related and application fields.
The 4-semester program with a total of 120 credit points (CP) is divided into weighted module complexes that allow for individual study planning with the support of a mentor:
- Basic modules (18 CP): Elective modules that teach relevant methods and establish a comparable knowledge and competence foundation.
- Advanced modules (54 CP): Focus on key technologies combined with metallic and non-metallic material systems. Students learn about material systems, their processing into semi-finished and finished products, and implementation of designs considering design guidelines and simulation methods. Students can specialize in either metal-based systems or plastic-based systems.
- Extension modules (12 CP): Production management topics to integrate lightweight construction and materials technologies into the production environment.
- Interdisciplinary studies (6 CP): For acquiring interdisciplinary knowledge, freely selectable from the current FÜS catalog.
- Internship (10 CP): Provides practical application of theoretical knowledge acquired during studies.
- Master's thesis (20 CP): Develops competence to independently work on a research task and apply theoretical and practical knowledge to solve a problem.
The 4-semester program with a total of 120 credit points (CP) is divided into weighted module complexes that allow for individual study planning with the support of a mentor:
- Basic modules (18 CP): Elective modules that teach relevant methods and establish a comparable knowledge and competence foundation.
- Advanced modules (54 CP): Focus on key technologies combined with metallic and non-metallic material systems. Students learn about material systems, their processing into semi-finished and finished products, and implementation of designs considering design guidelines and simulation methods. Students can specialize in either metal-based systems or plastic-based systems.
- Extension modules (12 CP): Production management topics to integrate lightweight construction and materials technologies into the production environment.
- Interdisciplinary studies (6 CP): For acquiring interdisciplinary knowledge, freely selectable from the current FÜS catalog.
- Internship (10 CP): Provides practical application of theoretical knowledge acquired during studies.
- Master's thesis (20 CP): Develops competence to independently work on a research task and apply theoretical and practical knowledge to solve a problem.
Welche Berufe eröffnet dieses Programm?
Verwandte Berufssuchen aus Daten der Bundesagentur für Arbeit (BERUFENET):
Alle Berufe entdecken →Fächer / Themenbereiche
Materials Engineering
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Wie bewerbe ich mich für Lightweight Construction and Materials Technology an der Brandenburgische Technische Universität Cottbus-Senftenberg?
Die meisten internationalen Bewerber bewerben sich über uni-assist (Dokumentenprüfung + APS für einige Länder). Bereiten Sie Ihr Abitur-/Bachelor-Diplom, Zeugnisse, Sprachzertifikat (DSH/TestDaF oder IELTS/TOEFL), Motivationsschreiben und Lebenslauf vor. Nicht-EU-Studenten benötigen für das Visum auch ein Sperrkonto (~11.904 EUR/Jahr).
- Anforderungen prüfen — Überprüfen Sie, ob Ihr Abschluss anerkannt ist + erfüllen Sie die Sprach-/Notenschwellen.
- Sprachzertifikat erwerben — TestDaF / DSH für deutsche Studiengänge, IELTS / TOEFL für englische.
- Über uni-assist einreichen (Nicht-EU) — Dokumentenprüfung + APS, falls Ihr Land dies erfordert (China, Indien, Pakistan, Vietnam usw.).
- Direkt oder über das Uni-Portal bewerben — Einige Universitäten akzeptieren Direktbewerbungen — überprüfen Sie die offizielle Programmseite.
- Sperrkonto eröffnen + Visum beantragen — Nach der Zulassung 11.904 EUR einzahlen, Krankenversicherung abschließen, Botschaftstermin buchen.
Häufig gestellte Fragen
Kurze Antworten zu Lightweight Construction and Materials Technology an der Brandenburgische Technische Universität Cottbus-Senftenberg
Wird Lightweight Construction and Materials Technology an der Brandenburgische Technische Universität Cottbus-Senftenberg auf Deutsch oder Englisch unterrichtet? ▼
Dieser Master Studiengang wird in Deutsch unterrichtet. Stellen Sie sicher, dass Sie die Sprachanforderungen (z.B. TestDaF, DSH, IELTS oder TOEFL) vor der Bewerbung überprüfen.
Wie viel kostet der Studiengang Lightweight Construction and Materials Technology? ▼
Keine Studiengebühren (nur Semesterbeitrag). Internationale Studierende sollten zusätzlich etwa 800–1000 EUR/Monat für Lebenshaltungskosten in Deutschland einplanen.
Was sind die Zulassungsvoraussetzungen für Lightweight Construction and Materials Technology an der Brandenburgische Technische Universität Cottbus-Senftenberg? ▼
Typische Anforderungen sind: ein anerkannter Sekundar-/Bachelorabschluss, Nachweis der Sprachkenntnisse (Deutsch) 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. Bestätigen Sie die genaue Frist immer auf der offiziellen Universitätswebsite.
Kann ich während des Studiums von Lightweight Construction and Materials Technology in Deutschland arbeiten? ▼
Ja. Internationale Studierende dürfen ohne zusätzliche Genehmigung bis zu 140 volle Tage / 280 halbe Tage pro Jahr arbeiten. Nach dem Abschluss können Sie eine 18-monatige Arbeitserlaubnis zur Jobsuche beantragen.
Wie bewerbe ich mich an der Brandenburgische Technische Universität Cottbus-Senftenberg — direkt oder über uni-assist? ▼
Die meisten deutschen Universitäten akzeptieren internationale Bewerbungen zur Dokumentenprüfung über uni-assist. Einige Universitäten akzeptieren Direktbewerbungen — überprüfen Sie die Programmseite auf der offiziellen Website.