Sustainable Energy Systems
- Abschluss: Master
- Sachgebiet(e): Energietechnik
- Regelstudienzeit: 4 Semester
- Hauptunterrichtssprache: Englisch
- Studienform(en): Vollzeitstudium
- Standort(e): Wels
Roseggerstraße 15
4600 Wels
Tel: +43 5 0804 10
Fax: +43 5 0804 11900
E-Mail: info@fh-ooe.at
Beim Studiengang Sustainable Energy Systems an der Fachhochschule Oberösterreich handelt es sich um einen Studiengang mit dem Abschluss Master
Das Sachgebiet des Studiengangs ist Energietechnik.
Die Regelstudienzeit beträgt 4 Semester. Ein Semester sind 6 Monate. Somit dauert das Studium in der Regel 24 Monate.
Die Vorlesungen, Seminare oder Kurse finden in Englisch statt.
Das Studium wird als Vollzeitstudium in Wels angeboten.
Die Lehrveranstaltungen werden in Wels angeboten.
Für das Studium des Fachs Sustainable Energy Systems gelten keine speziellen Zugangsvoraussetzungen.
Hier findest du die Fristen und Termine für deine Bewerbung:
- Vorlesungszeit:
-
Oktober bis Juni
- Bewerbungsfrist:
-
30.06.2023
- Einschreibfrist (Beginner):
-
30.06.2023
Leider liegen uns keine Zulassungs- oder Bewerbungs-Informationen vor.
Leider liegen uns keine weiteren Informationen vor.
- Vorlesungszeit:
-
Oktober bis Juni
- Bewerbungsfrist:
-
30.06.2023
- Einschreibfrist (Beginner):
-
30.06.2023
- Studienbeitrag:
- 363,36 € / Semester
Studierende
Studienergebnis
Das Studium
Weitere Infos
As a University of Applied Sciences, we cooperate closely with the local industry and companies within the region, as well as with various international ones. These connections enable you, the student, to develop highly requested skills, as you will gain practical, hands-on experience which eventually increases your level of employability. Further interdisciplinary and applied research projects will allow you to strengthen relationships with the local industry and international companies throughout your studies.
international Evenings; orientation week
Internationale Ausrichtung
Der Fachbereich
Weitere Infos
Energiesysteme zur Energieerzeugung und Umwandlung von Energie mit Schwerpunkt erneuerbarer Energien (Sonne, Biomasse, Wind, Wasser); Planung und Optimierung von ökologischen und energieeffizienten Gebäuden sowie umfassende Gebäudebeurteilung und Gebäudemanagement; Energiedienstleistungen; Optimierung von energietechnischen Systemen für Antriebe, Wärmeversorgung und Beleuchtung unter Berücksichtigung der energie- und volkswirtschaftlichen Einflüsse; Energiewirtschaft und Energiepolitik; Projektmanagement; Teamfähigkeit und Sprachen; effiziente Studienganggrößen mit 20 bis max. 60 Studierenden
Involvement of international guest lecturers; Semesters abroad and / or internships abroad and short-term programs are actively funded; International interns are involved in ongoing research projects; International regular students are welcome in all courses; Lecturers regularly take part in international conferences / training courses; AET Bachelor: selected courses and / or project work in English; AET Master: selected courses and / or project work in English; Double Degree Program with INSA Strasbourg, France; SES: Master is taught 100% in English, international classroom
Laboratories for electrical, control, regulation, process control, drive, sensor, measuring and testing, microelectrical/digital technology, optics, sound, vibration and plastics technology, optics, image processing, product innovation, design prototyping, mechanical material testing and analysis, heat treatment, remelting technology, plasma treatment, coatings, surface technology, 3D scanning, generative manufacturing, metallography, tribology; fully automatic flexible manufacturing and assembly system (robots, CNC machines, transfer system), forming processes and simulation of processes; vir
The Faculty of Technology in Wels is the largest and strongest research faculty of the FH Oberösterreich: approx. 180 current projects, approx. 10M€ acquired R&D funds per year and approx. 250 R&D employees. Major projects, e.g: Josef-Ressel-Zentrum for innovative multi-body dynamics, Josef-Ressel-Zentrum für thermographic non-destructive testing, K-Zentrum für Feed and Food, Quality, Safety and Innovation, various Interreg projects together with research institutions from Bavaria and the Czech Republic, and many more; 7182,3 Euro third-party funding / year
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The FHOÖ career model defines 2 paths for scientific employees ("WMAs"): In the scientific path, academic careers are promoted, in the economic path, economically oriented ones. Experienced "WMAs" on both paths can lead projects in terms of content, organization and finances and can be integrated into teaching. The PhD program of the FHOÖ promotes PhDs through a qualified and structured training, which is offered in addition to the scientific specialization in the form of an accompanying and multi-layered program.
Campus in the city centre and close to the railway station; due to the small size, direct contact to the professors with intensive project support; high proportion of practical work in all study courses; fixed practice and laboratory places, extensive tutorials in elective subjects (e.g. languages); possibility to acquire external certificates in the areas of quality and environmental management (TÜV-Süd), value analysis (VDI). Specialist welding engineer (IIW), course for authorised blasters etc.; measures to promote women on their way to the FH.