Teaching offer

Basic studies

Course	Evaluation	Term	Lecturer	Tutor
Fluid mechanics (video)	Lecture: 2.4 Exercise: 2.4 Tutorial: 1.7	SS	Schmid	Jesinghausen
Fundamentals of Process Engineering and Polymer Processing	Lecture: 1.5 Exercise: 1.4	SS	Schmid Schöppner	Klippstein Kummert

Course	Evaluation	Term	Lecturer	Tutor
Mechanical Process Engineering I: Fundamentals (Video)	Lecture: 1.7 Exercise: 1.5	WS	Schmid	Prill
Mechanical Process Engineering II: Unit Operations	Lecture: 1.8 Exercise: 2.1	SS	Schmid	Rasche
Additive Manufacturing	Lecture: 1.7 Exercise: 1.4	SS	Klemp	DMRC
Civil law of contracts		WS	Schmeken	Stastny
Basics of Nanotechnology	Lecture: 1.5 Exercise: 1.5	WS	Schmid	Delfs
Basics of Production Integrated Conservation (Video)	L Schmid: 2.1 L Noeke: 1.9	WS	Schmid Noeke
Multiphase Flows	Lecture: 1.4 Exercise: 1.3	SS	Schmid	Tischendorf
Particle Synthesis	Lecture: 1.0 Exercise: 1.0	WS	Schmid	Rasche
Process modeling and simulation	Lecture: 1.8 Exercise: 1.1	SS	Hungenberg Schmid Kenig	Prill
Product Analysis	Lecture: 2.3 Exercise: 2.5	SS	Schmid	Tischendorf Prill
Project Seminar Mechanical Process Engineering	Seminar: 1.3	WS	Schmid	Hambal
Rheology (Video)	Lecture: 1.4 Practical course: 1.4	WS	Schmid	Hambal Jesinghausen Josupeit
Safety Engineering and Management		WS	Westphal Wehmeier	Stastny
Statistical Methods of Process Engineering	Lecture: 1.0 Exercise: 1.0	WS	Schmid	Jesinghausen
Process Engineering (Practical Course)	Practical course: 1.9	WS	Schmid Kenig	Beckmann (FVT) Stastny