| 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 |
