Research & Development/Professional Practice Project
Forschungs- und Entwicklungsprojekt/Ingenieurprojekt in der Praxis
30 LPjedes SemesterENwird nicht mehr angeboten
Voraussetzungen
Zwingend, im Wortlaut
• Successful completion of the first 3 semesters AND • No successful participation in associated phase-out module 41512 Research and Development Project.
Inhalte
Students perform a research & development or professional practice project as master thesis work. The master thesis is an academic examination performed within 5 month during one semester in a research institution, a company or an university (host institution). The topic has to be related to the field of hydroinformatics and water management. The master thesis is documented for academic recognition in a master thesis report with fixed deadline of submission. The master thesis report should describe the given scientific or professional problem(s), solution concepts and approaches, basic theory and application methods and tools, performed working steps, results and conclusions, discussion of future aspects and alternatives. Seminars with presentations from several master thesis topics and related research and engineering aspects are held during the semester in Cottbus, in the location of the EuroAquae partner universities as well as the location of the master thesis host institutions.
Lernziele
Ability for scientific and/or professional project performance in a self-dependent manner. Application skills for efficient use of hydroinformatics theory, methods and tools in project environments. Engineering skills. Project reporting for scientific and professional needs.
Prüfungsleistung
• Master thesis report (80%, evaluated by two supervisors) • Final oral presentation with discussion (20%)
Literatur (1)
- Depending on the master thesis topic. References to related teaching material and literature is given by the thesis supervisors and has to be extended by the students in a literature research as part of the master thesis.
Bemerkungen
EuroAquae module: EA 4.1
Quelle: Modulbeschreibung der BTU · abgerufen 20.10.2026Original