Minor subject Mechanical engineering

The choice of mechanical engineering as a minor subject is particularly suitable for mathematicians, as they have the basic understanding of complex logical and technical issues required for mechanical engineering.

This minor subject is a special minor subject. Please be sure to read the relevant information in the general information.

Capacity: There is currently a capacity limit of 10 students for the minor subject Mechanical Engineering. This means that as long as fewer than 11 students wish to start the minor subject in a semester, the choice can be approved immediately. Otherwise, approval must first be obtained from the Department of Mechanical Engineering. Therefore, if possible, let us know in the orientation week which minor you would like to take.

Your degree programme, field of study, examination regulations version and (from PO 2018) minor subject version are relevant for the choice of minor subject. Please be sure to read the general information . There you will also find the number of credit points (CP) to be earned. Modules not listed here are possible with approval.

Please note: Not everything you can choose in TUCaN can also be included in the degree programme.

Due to a change in the study regulations of the minor subject, for example, certain module combinations may not be possible (because they overlap too much). In case of doubt, please ask for approval of a voluntary examination plan or ask our study coordinator.

Module name CP Module number
Mandatory Technische Mechanik I (Statik) 6 16-64-5190
Freely selectable Technologie der Fertigungsverfahren 6 16-09-5010
Werkstoffkunde I 6 16-08-3241
Technische Mechanik II (Elastostatik) 6 16-61-3011
Werkstoffkunde II 6 16-08-3251
Maschinenelemente und Mechatronik I 8 16-24-5010
Technische Thermodynamik I 6 16-14-5010
Technische Mechanik III (Dynamik) 6 16-25-5120
Maschinenelemente und Mechatronik II 8 16-05-5020
Messtechnik, Sensorik und Statistik 6 16-11-3132
Technische Strömungslehre 6 16-11-5010
Technische Thermodynamik II 2 16-14-5020
Systemtheorie und Regelungstechnik 6 16-23-5010
Wärme- und Stoffübertragung 4 16-14-5030
Numerische Berechnungsverfahren 4 16-19-5010
Aerodynamik I 6 16-11-5050
Einführung 3D-Druck und Additive Fertigung 4 16-17-3253
Einführung in die Druck- und Medientechnik 4 16-17-5120
Einführung in die Papiertechnik 4 16-16-5010
Energie- und Klimaschutz 4 16-20-5100
Flugmechanik I: Flugleistungen 6 16-23-5030
Gestaltung von Mensch-Maschine-Schnittstellen 6 16-21-5040
Grundlagen der Flugantriebe 8 16-04-5010
Grundlagen der Turbomaschinen und Fluidsysteme 8 16-10-5100
Innovative Maschinenelemente I – Grundlagen 4 16-05-3153
Kraftfahrzeugtechnik 6 16-27-5010
Laser in der Fertigung 4 16-22-5040
Mechanische Verfahrenstechnik 4 16-16-5090
Nachhaltige Verbrennungstechnologien A 8 16-13-5030
Praktische Farbmessung 4 16-17-5140
Verbrennungskraftmaschinen I 6 16-03-5010
Werkstofftechnologie und -anwendung 6 16-08-5040
Werkzeuge und Methoden der Produktentwicklung 4 16-05-5080
Werkzeugmaschinen und Industrieroboter 8 16-09-5020
Zuverlässigkeit im Maschinenbau 4 16-26-5020
selectable upon request Rechnergestütztes Konstruieren 4 16-07-5020
more module possible upon approval*
* All elective modules from the core study programmes are eligible, provided there is sufficient capacity.
Recommendation: It is recommended that students specialise in one area and also attend further courses that can be continued in the Master's programme.
Admission: The minor subject Mechanical Engineering in the Master's degree programme requires a corresponding Bachelor's minor subject. This means that appropriate knowledge is expected. This does not automatically mean that you have to prove it. It is just that no consideration is given if the expected knowledge is missing.
Module name CP Module number
Freely selectable (from BSc) Maschinenelemente und Mechatronik I 8 16-24-5010
Technische Thermodynamik I 6 16-14-5010
Technische Mechanik III (Dynamik) 6 16-25-5120
Maschinenelemente und Mechatronik II 8 16-05-5020
Messtechnik, Sensorik und Statistik 6 16-11-3132
Technische Strömungslehre 6 16-11-5010
Technische Thermodynamik II 2 16-14-5020
Systemtheorie und Regelungstechnik 6 16-23-5010
Wärme- und Stoffübertragung 4 16-14-5030
Numerische Berechnungsverfahren 4 16-19-5010
Aerodynamik I 6 16-11-5050
Einführung 3D-Druck und Additive Fertigung 4 16-17-3253
Einführung in die Druck- und Medientechnik 4 16-17-5120
Einführung in die Papiertechnik 4 16-16-5010
Energie- und Klimaschutz 4 16-20-5100
Flugmechanik I: Flugleistungen 6 16-23-5030
Gestaltung von Mensch-Maschine-Schnittstellen 6 16-21-5040
Grundlagen der Flugantriebe 8 16-04-5010
Grundlagen der Turbomaschinen und Fluidsysteme 8 16-10-5100
Innovative Maschinenelemente I – Grundlagen 4 16-05-3153
Kraftfahrzeugtechnik 6 16-27-5010
Laser in der Fertigung 4 16-22-5040
Mechanische Verfahrenstechnik 4 16-16-5090
Nachhaltige Verbrennungstechnologien A 8 16-13-5030
Praktische Farbmessung 4 16-17-5140
Verbrennungskraftmaschinen I 6 16-03-5010
Werkstofftechnologie und Anwendung 6 16-08-5040
Werkzeuge und Methoden der Produktentwicklung 4 16-05-5080
Werkzeugmaschinen und Industrieroboter 8 16-09-5020
Zuverlässigkeit im Maschinenbau 4 16-29-5010
freely selectable (from MSc) Höhere Maschinendynamik 6 16-25-5060
Analyse und Synthese technischer Systeme 6 16-98-3034
Vernetzte Produktentstehungsprozesse 6 16-98-3044
Transportphänomene 6 16-98-3054
Arbeits- und Prozessorganisation 4 16-21-5030
Arbeitswissenschaft 8 16-21-5020
Automatisierung der Fertigung 4 16-09-5030
Biofluidmechanik 4 16-10-5230
Energiesysteme I (Grundlagen der Energieumwandlung) 4 16-20-5010
Energiesysteme II (Erneuerbare Energiesysteme) 4 16-20-5020
Energiesysteme III (Innovative Energiewandlungsverfahren) 4 16-20-5030
Fahrdynamik und Fahrkomfort 6 16-27-5020
Farbwiedergabe in den Medien 6 16-17-5020
Flugmechanik II: Flugdynamik 6 16-23-5040
Fluidenenergiemaschinen 4 16-10-5120
Advanced Fluid Mechanics I 6 16-64-5110
Grundlagen der Adaptronik 4 16-26-5030
Grundlagen der Turbolenz 6 16-64-5130
Höhere Strömungslehre und Dimensionsanalyse 8 16-11-5020
Höhere Wärmeübertragung (Verdampfung und Kondensation) 4 16-14-5040
Innovation durch Patente 6 16-17-5200
Konstruieren mit Faser-Kunststoff-Verbunden II 4 16-12-5020
Konstruktiver Leichtbau I 4 16-14-5040
Konstruktiver Leichtbau II 4 16-12-5050
Lasermesstechnik 4 16-13-5110
Lean Production 4 16-09-5170
Management industrieller Produktion 4 16-09-5040
Maschinen der Umformtechnik I 2 16-22-5050
Maschinen der Umformtechnik II 2 16-22-5060
Maschinenakustik – Grundlagen I 6 16-26-5070
Mechanik elastischer Strukturen I 6 16-61-5020
Mechanik elastischer Strukturen II 6 16-61-5030
Mechatronik und Assistenzsysteme im Automobil 6 16-27-5040
Mechatronische Systemtechnik I 4 16-24-5020
Mechatronische Systemtechnik II 4 16-24-5030
Mikroverfahrenstechnik 4 16-15-5210
Modellierung turbulenter technischer Strömungen 8 16-13-5070
Nachhaltige Verbrennungstechnologien B 4 16-13-5040
Nano- und Mikrofluidik I 4 16-15-5190
Nano- und Mikrofluidik II 4 16-15-5220
Numerische Methoden der Technischen Dynamik 4 16-25-5150
Numerische Strömungssimulation 6 16-19-5020
Oberflächentechnik I 6 16-08-5060
Produktinnovation 4 16-05-5110
Sichere Avioniksysteme 4 16-23-5110
Systemverfahrungstechnik 8 16-15-5030
Thermische Turbomaschinen und Flugantriebe 8 16-04-5070
Thermische Verfahrenstechnik III – Höhere Stoffübertragung 4 16-15-5040
Umformtechnik I 4 16-22-5020
Umformtechnik II 4 16-22-5030
Verbrennungskraftmaschinen II 6 16-03-5020
Virtuelle Produktentwicklung A – CAD-Systeme und Cax-Prozessketten 4 16-07-5030
Virtuelle Produktentwicklung B – Produktdatenmanagement 4 16-07-5040
Werkstoffkunde der Kunststoffe 6 16-08-5090
Wind-, Wasser- und Wellenkraft – Optimierung und Skalierung von Fluidkraftsystemen 4 16-10-5220
restricted (from BSc) Technologie der Fertigungsverfahren 6 16-09-5010
Werkstoffkunde I 6 16-08-3241
Technische Mechanik II (Elastostatik) 6 16-61-3011
Werkstoffkunde II 6 16-05-3251
selectable upon approval (from BSc) Rechnergestütztes Konstruieren 4
more module possible upon approval*
* All elective modules from the core study programmes are eligible, provided there is sufficient capacity.
If you are planning to write your Master's thesis in another subject area, we recommend that you clarify the options in advance with the lecturer(s) you are considering as supervisor(s) and discuss the study plan in the non-mathematical areas. Please also note: When registering a Master's thesis, a second reviewer from Department 04 must agree to the topic and thus confirm that the topic is sufficiently mathematically orientated. This is not always the case.

A non-mathematical specialisation in this minor subject is only possible with the approval of the examination board.

In the case of a specialisation in this subject in the interdisciplinary mathematics field of study, basic knowledge in this subject amounting to at least 20 CP must be demonstrated.

A specialisation in Mechanical Engineering cannot currently be offered, as an appropriate range of courses cannot be guaranteed in the long term.

This does not prevent individual students from studying such a specialisation if they are able to put together a meaningful study programme through a suitable combination of modules. This must then be approved on a case-by-case basis by both faculties involved. In particular, the option of a mathematically orientated Master's thesis in the specialisation must be explored.

In this case, students also bear the risk that there is no suitable replacement for modules originally planned, but which are later unwanted or no longer offered, and the specialisation cannot be completed.

They also run the risk of not being offered a suitable Master's thesis in the specialisation and therefore being restricted to the mathematics specialisation when choosing a topic.

Both a potential examiner for the specialisation in mechanical engineering and a potential examiner for the specialisation in mathematics must agree to the approval and also examine the other specialisation and the interdisciplinary connection between the two specialisations.

To this end, students should have a complete examination plan, which they have drawn up in consultation with both examiners, signed by them with the endorsement note.

This examination plan must also be approved by the responsible representative of the Department of Mechanical Engineering in order to ensure teaching capacity and finally by the Chair of the Mathematics Examination Board.

If you have any questions, please contact the examination board.