Vorlesung + Übung: Bioinspired Composites - Details

Allgemeine Informationen

Veranstaltungsname	Vorlesung + Übung: Bioinspired Composites
Veranstaltungsnummer	MRM-0128
Semester	SS 2025
Aktuelle Anzahl der Teilnehmenden	37
Heimat-Einrichtung	Lehrstuhl für Materials Engineering
Veranstaltungstyp	Vorlesung + Übung in der Kategorie Lehre
Erster Termin	Donnerstag, 24.04.2025 08:15 - 09:45
Veranstaltung findet in Präsenz statt / hat Präsenz-Bestandteile	Ja
Hauptunterrichtssprache	englisch

Lehrende

• Dr. Anna Schneller
• Dr. Judith Moosburger-Will
• Prof. Dr. Ing. Dietmar Koch

Tutor/-innen

• Denny Schüppel
• Manikanda Priya Prakasan

Räume und Zeiten

Keine Raumangabe

Dienstag: 08:15 - 09:45, wöchentlich

Donnerstag: 08:15 - 09:45, wöchentlich

(Hörsaal W-1019)

Dienstag, 22.07.2025 08:30 - 09:30

(W-1020)

Mittwoch, 24.09.2025 09:00 - 10:00

Studienbereiche

• Mathematisch-Naturwissenschaftlich-Technische Fakultät > Institut für Materials Resource Management

Modulzuordnungen

• Wirtschaftsingenieurwesen Master Wirtschaftsingenieurwesen, 19. Version gültig ab WS 2024/25 > Modulgruppe D: Major Materials Engineering > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Austauschstudium - MNTF Austauschstudium MNTF, 6. Version gültig ab SS 2025 > Mathematisch-Naturwissenschaftlich-Technische Fakultät - Master Level > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 6. Version gültig ab SS 2025 > FMI 2 Structural and Functional Materials > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 6. Version gültig ab SS 2025 > 2 Structural and Functional Materials > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Wirtschaftsingenieurwesen Master Wirtschaftsingenieurwesen, 20. Version gültig ab SS 2025 > Modulgruppe D: Major Materials Engineering > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 5. Version gültig ab WS 2024/25 > FMI 2 Structural and Functional Materials > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 5. Version gültig ab WS 2024/25 > 5 Additional Elective > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 6. Version gültig ab SS 2025 > 5 Additional Elective > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Materials Science Master Program Materials Science (PO 2016), 16. Version gültig ab WS 2024/25 > 4 Materials Science - Major Topic - Engineering of Materials > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 5. Version gültig ab WS 2024/25 > 2 Structural and Functional Materials > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Materials Science Master Program Materials Science (PO 2016), 16. Version gültig ab WS 2024/25 > 5 Materials Science Elective Topic (PO16) > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Austauschstudium - MNTF Austauschstudium MNTF, 5. Version gültig ab WS 2024/25 > Mathematisch-Naturwissenschaftlich-Technische Fakultät - Master Level > MRM-0128 - Bioinspired Composites > Bioinspired Composites
• Wirtschaftsingenieurwesen Master Wirtschaftsingenieurwesen, 19. Version gültig ab WS 2024/25 > Modulgruppe D: Major Materials Engineering > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites
• Austauschstudium - MNTF Austauschstudium MNTF, 6. Version gültig ab SS 2025 > Mathematisch-Naturwissenschaftlich-Technische Fakultät - Master Level > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 6. Version gültig ab SS 2025 > FMI 2 Structural and Functional Materials > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 6. Version gültig ab SS 2025 > 2 Structural and Functional Materials > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites
• Wirtschaftsingenieurwesen Master Wirtschaftsingenieurwesen, 20. Version gültig ab SS 2025 > Modulgruppe D: Major Materials Engineering > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 5. Version gültig ab WS 2024/25 > FMI 2 Structural and Functional Materials > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 5. Version gültig ab WS 2024/25 > 5 Additional Elective > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 6. Version gültig ab SS 2025 > 5 Additional Elective > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites
• Materials Science Master Program Materials Science (PO 2016), 16. Version gültig ab WS 2024/25 > 4 Materials Science - Major Topic - Engineering of Materials > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites
• Materials Science and Engineering Master Materials Science and Engineering, 5. Version gültig ab WS 2024/25 > 2 Structural and Functional Materials > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites
• Materials Science Master Program Materials Science (PO 2016), 16. Version gültig ab WS 2024/25 > 5 Materials Science Elective Topic (PO16) > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites
• Austauschstudium - MNTF Austauschstudium MNTF, 5. Version gültig ab WS 2024/25 > Mathematisch-Naturwissenschaftlich-Technische Fakultät - Master Level > MRM-0128 - Bioinspired Composites > Übung Bioinspired Composites

Kommentar/Beschreibung

Inhalte:
• Introduction in bionics and bioinspiration
• Basics of bionic principles
• Fundamental approaches to develop technical components based on bioinspired ideas
• Topology optimization
• Bioinspired ceramic and polymer based components
• Natural fiber based bioinspired materials
• Application of bioinspired materials

Lernziele/Kompetenzen:
• The students know the basic principles of bionics and bioinspiration
• The students know the bionically motivated development of technical components
• The students have the competence to explain topology optimization
• The students understand general principles bioinspired composites
• The students get the knowledge about manufacturing, properties and application of natural fiber based
composites
• The students acquire scientific skills to search for scientific literature and to evaluate scientific content