60 h. 60 h 120 h. 10 h. 380 h 390 h. 60 h. 60 h 120 h

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60 h 60 h 120 h 10 h 380 h 390 h 60 h 60 h 120 h

Module guide

Apparatus Construction

Hours per week 4.0

Overview _Classes: Individual/ Group work: Workload: ECTS 4.0 Max. participants 0 Lectures Apparatebau Type Lecture Nr. M+V421 Hours per week 4.0

Bachelor's thesis

Overview _Classes: Individual/ Group work: Workload: ECTS 13.0 Max. participants 0 Lectures Bachelor-Thesis Type Thesis Nr. M+V844 Kolloquium Type Seminar Nr. M+V845 Hours per week 1.0

Building Services

Overview _Classes: Individual/ Group work: Workload: ECTS 4.0 Max. participants 0 Lectures Wärmeversorgung Type Lecture Nr. M+V646 Hours per week 3.0 Wärmeversorgungslabor Type Lab

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http://mi.hs-offenburg.de/en/nc/study-programs/bachelors-degree-programs/media-technology-and-economics-120 h 90 h 210 h 90 h 120 h 210 h 60 h Nr. M+V682 Hours per week 1.0

Building Services in Industrial Buildings

Overview _Classes: Individual/ Group work: Workload: ECTS 7.0 Max. participants 0

Lectures Systemkonzeption der industriellen Medienversorgung Type Lecture

Nr. M+V660

Hours per week

4.0

Systemkomponenten der industriellen Medienversorgung Type Lecture

Nr. M+V661

Hours per week

4.0

Computer Aided Engineering CAE

Overview _Classes: Individual/ Group work: Workload: ECTS 7.0 Max. participants 0 Lectures CAD Type Lecture Nr. M+V653 Hours per week 2.0 CAD-Labor Type Lab Nr. M+V685 Hours per week 2.0 Prozesssimulation Type Lecture Nr. M+V654 Hours per week 3.0

Control Engineering

Overview _Classes:

Individual/

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http://mi.hs-offenburg.de/en/nc/study-programs/bachelors-degree-programs/media-technology-and-economics-60 h 120 h 60 h 60 h 120 h 80 h 100 h 180 h Group work: Workload: ECTS 4.0 Max. participants 0

Lectures Regelungstechnik mit Labor Type Lecture/lab

Nr. M+V649

Hours per week

4.0

Control Engineering Applications

Lectures Angewandte Regelungstechnik und Leittechnik mit Labor Type Lecture/lab Nr. M+V677 Hours per week 3.0

Electrical Machines

Overview _Classes: Individual/ Group work: Workload: ECTS 6.0 Max. participants 0 Lectures Elektrotechniklabor Type Lab Nr. M+V678 Hours per week 1.0 Elektrotechnik II Type Lecture Nr. M+V813 Hours per week 2.0

Maschinen und elektrische Antriebe mit Labor Type Lecture/lab

Nr. M+V664

Hours per week

3.0

Energy Conversion Processes in Machines

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http://mi.hs-offenburg.de/en/nc/study-programs/bachelors-degree-programs/media-technology-and-economics-90 h 120 h 210 h 120 h 120 h 240 h 60 h 60 h Overview _Classes: Individual/ Group work: Workload: ECTS 7.0 Max. participants 0

Lectures Energieumwandlung in Maschinen Type Lecture Nr. M+V647 Hours per week 4.0 Energieumwandlung in Maschinen-Labor Type Lab Nr. M+V683 Hours per week 1.0 Kraftwerkstechnik Type Lecture Nr. M+V667 Hours per week 2.0

Energy Systems

Lectures Batterie- und Brennstoffzellentechnik Type Lecture Nr. M+V686 Hours per week 2.0 Seminar Energietechnik Type Seminar Nr. M+V666 Hours per week 2.0

Energiesystemtechnik mit Labor Type Lecture/lab

Nr. M+V665

Hours per week

4.0

Energy Systems in Application

Individual/ Group work:

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http://mi.hs-offenburg.de/en/nc/study-programs/bachelors-degree-programs/media-technology-and-economics-120 h 50 h 130 h 180 h Workload: ECTS 4.0 Max. participants 0 Lectures Qualitätsmanagement Type Lecture Nr. M+V833 Hours per week 2.0 CAD-Anwendung-Labor Type Lab Nr. M+V668 Hours per week 2.0 Smart grids Type Lecture/lab Nr. M+V672 Hours per week 2.0 Elektrische Netze Type Lecture Nr. M+V679 Hours per week 2.0 Technisches Englisch Type Lecture Nr. M+V675 Hours per week 2.0 Gebäudesimulation-Labor Type Lab Nr. M+V669 Hours per week 2.0

Reinraumtechnik mit Labor Type Lecture/lab Nr. M+V671 Hours per week 2.0

ES-Project

Duration 1 Semester

Frequency Every 2nd sem. Lectures Wahlfach Fallstudie

Type Lecture

Nr. M+V659

Hours 4.0

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http://mi.hs-offenburg.de/en/nc/study-programs/bachelors-degree-programs/media-technology-and-economics-60 h 90 h 150 h 90 h 90 h 180 h 60 h 60 h 120 h per week Betriebswirtschaftslehre II Type Lecture Nr. M+V427 Hours per week 2.0

Fluid Mechanics

Lectures Technische Strömungslehre Type Lecture

Nr. M+V285

Hours per week

4.0

Heat and Mass Transfer in Energy Conversion

Lectures Wärme- und Stofftransport Type Lecture Nr. M+V437 Hours per week 4.0 Technische Thermodynamik II Type Lecture Nr. M+V273 Hours per week 2.0

Measurement Engineering

Overview _Classes: Individual/ Group work: Workload: ECTS 4.0 Max. participants 0 Lectures Messdatenerfassungslabor Type Lab

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http://mi.hs-offenburg.de/en/nc/study-programs/bachelors-degree-programs/media-technology-and-economics-90 h 120 h 210 h 0 h 720 h 720 h 50 h 130 h 180 h Type Lab Nr. M+V697 Hours per week 2.0 Messtechnik Type Lecture Nr. M+V650 Hours per week 2.0

Mechanics III

Lectures Technische Mechanik III Type Lecture Nr. M+V808 Hours per week 4.0 Mathematiklabor Type Lab Nr. M+V643 Hours per week 2.0

Practise

Lectures Praktisches Studiensemester Type Internship

Nr. M+V835

Project Work

Overview _Classes: Individual/ Group work: Workload: ECTS 6.0 Max. participants 0 Lectures Schlüsselqualifikation II

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http://mi.hs-offenburg.de/en/nc/study-programs/bachelors-degree-programs/media-technology-and-economics-45 h 75 h 120 h 60 h 90 h 150 h 90 h Type Seminar Nr. M+V430 Hours per week 2.0 Industrieprojekt Type Seminar Nr. M+V655 Hours per week 4.0

Refrigation Techniques

Overview _Classes: Individual/ Group work: Workload: ECTS 4.0 Max. participants 0 Lectures Kältetechnik Type Lecture Nr. M+V658 Hours per week 3.0 Kältetechniklabor Type Lab Nr. M+V478 Hours per week 1.0

Sustainable Energy Conversion

Lectures Nachhaltige Energietechnik Type Lecture Nr. M+V645 Hours per week 3.0 Nachhaltige Energiewirtschaft Type Lecture Nr. M+V644 Hours per week 2.0

Thermal-Mechanical Energy Conversion Processes

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http://mi.hs-offenburg.de/en/nc/study-programs/bachelors-degree-programs/media-technology-and-economics-90 h 180 h 60 h 90 h 150 h 75 h 45 h 120 h Individual/ Group work: Workload: ECTS 6.0 Max. participants 0

Lectures Sicherheitstechnik und Brandschutz Type Lecture

Nr. M+V690

Hours per week

3.0

Feuerungstechnik I mit Labor Type Lecture/lab Nr. M+V657 Hours per week 2.0

Thermodynamics

Lectures Technische Thermodynamik I Type Lecture

Nr. M+V424

Hours per week

4.0

Ventilation and Air Conditioning

Lectures Raumluft- und Klimatechnik Type Lecture

Nr. M+V651

Hours per week

3.0

Raumluft- und Klimatechniklabor

Type Lab Nr. M+V652 Hours per week 1.0