Drittes Fachsemester an der BTU

Aktuelle Änderung zur Übersicht der Studienschwerpunkte und Module an den einzelnen Partner-Hochschulen mit der Anzahl der Leistungspunkte (LP) pro Semester:

Modul-Nr.	Studienschwerpunkte und Module	Status	Bewertung	LP
1. Semester: ECN – Wind Energy and Robust Control				30
	Renewable Energy Systems	P		4
	Wind Power Energy 1	P		4
	Wind Power Energy 2	P		4
	Power Conversion	P		4
	Linear Control Systems	P		4
	Nonlinear Control Systems	P		4
	Project	P		4
	French Language and Culture	P		2
2. Semester: UNIZG – Solar Energy, Smart Grids and Observation				30
	Control and Grid Integration Techniques for Renewable Energy Sources	P		5
	Predictive Control	P		5
	Estimation Theory	P		5
	Control of Microgrids	P		5
	Energy-Efficient Buildings Control	P		5
	Seminar on Solar Energy	P		3
	Croatian Language and Culture	P		2
3. Semester: BTU – Hydrogen, Geothermal Energy, Storage and Power Networks				30
13964	Geothermal Energy	WP	Prü	6
13926	Hydrogen and Fuel Cells	WP	Prü	6
14145	Electrochemical and Chemical Energy Storage and Conversion	WP	Prü	6
14249	Control of Power-to-X, Storage and X-to-Power Systems	WP	Prü	6
44108	Equilibrium Thermodynamics and German Culture	WP	Prü	6
13832	Optimization in Process and Energy Systems Engineering	WP	Prü	6
13515	Advanced Methods in Process, Energy and Systems Engineering	WP	Prü	6
14414	Data Analytics and Process Modelling	WP	Prü	6
4. Semester: Master Thesis¹				30
14181	Master Thesis	P	Prü	30
Summe				120

Prü: Prüfungsleistung, SL: Studienleistung, LP: Leistungspunkte P: Pflichtmodul, WP: Wahlpflichtmodul

¹gem. § 6 Abs. 3 kann die Master Thesis an der ECN, UNIZG oder an der BTU absolviert werden.

Aktuelle Übersicht über das dritte Fachsemester EU-CORE an der BTU

Aktuelle Übersicht 3. Fachsemester EU-CORE an der BTU:

Advanced Methods in Process, Energy and Systems Engineering

Control of Power-to-X, Storage and X-to-Power Systems

Data Analytics and Process Modelling

Electrochemical and Chemical Energy Storage and Conversion

Equilibrium Thermodynamics and German Culture

Geothermal Energy

Hydrogen and Fuel Cells

Optimization in Process and Energy Systems Engineering

Name	Zweck	Ablauf	Typ	Anbieter
_pk_id	missing translation: trackingobject._pk_id.desc	13 missing translation: duration.months	missing translation: type.cookie_http+html	Matomo
_pk_ref	missing translation: trackingobject._pk_ref.desc	6 missing translation: duration.months	missing translation: type.cookie_http+html	Matomo
_pk_ses	missing translation: trackingobject._pk_ses.desc	30 missing translation: duration.minutes	missing translation: type.cookie_http+html	Matomo