Master programme Environmental, Process & Energy Engineering

Contents and focus of the degree programme:

The Energy Engineering major meets this technical requirements profile by imparting the necessary content in a practice-oriented and well-founded way. Students in the Environmental Engineering major will analyse environmental pollutants and employ the results to develop technical solutions to reduce the impacts on soil, air and water. They will also be responsible for controlling, optimising and monitoring plants and ensuring compliance with the relevant laws.

Higher education institution:
MCI - Management Center Innsbruck - Internationale Hochschule GmbH
Group of fields of study:
Natural Sciences, Engineering Sciences
Degree programme:
Environmental, Process & Energy Engineering
Type:
Master programme
Academic degree:
Master of Science in Engineering, MSc
Duration:
4 Semester / 120 ECTS*

Contact & Information materials:

Further information:

Languages of instruction:
English
Costs:
Student Union fee: EUR 19,70
tuition fee: EUR 363,36 (Detailed information)
Stay abroad:
Not compulsory
Type of higher education institution:
University of Applied Sciences
Location:
Innsbruck
Curriculum:
published in the:
Extra occupational:
Yes
Fulltime:
Yes

Additional information

Die berufsbegleitende Form wird teilweise in Englisch angeboten, die Vollzeit-Variante wird in Englisch angeboten (Environmental, Process & Energy Engineering)

Definition of the field of studies

By choosing respective areas of specialization the students of the program can deepen their interests and obtain advanced knowledge of Plant Engineering and Operations, Chemical Engineering, Energy Engineering, or Environmental Engineering. Subjects in the Plant Engineering and Operations module are automation engineering, logistics, and plant design, with a particular focus on computer-aided design. Chemical Engineering is positioned at the intersection of chemistry and process engineering, thus addressing central issues of industrial scale-up, chemical product design, advanced catalysis, and polymer chemistry. The Energy Engineering module provides students with advanced knowledge of technologies for the efficient, safe, environmentally friendly, and economic conversion, storage, and utilization of all forms of energy. Environmental Engineering deals with technical procedures for the protection of the environment and the restoration of damaged ecosystems.

Exams

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Entrance examinations

Admission procedure

Supplementary examinations