Information regarding the lectures are available in the TUHH modul manuals as well as in the course catalogue.

Module
Exami­nation
Course Work
Re­com. Term Module Name (German / English) Language Module­Responsability Institute C/EC (1) CM/
OM (2)
CP (4) Grade Exami­nation Form(3)
Compulsory Course Work Type Bonus (in %)
 
Core qualification   Compulsory Courses: 144 LP Optional Courses: 6 LP
1 Informatik für Maschinenbau-Ingenieure / Computer Science for Mechanical Engineers DE Prof. Fey E-13 C CM
6 Y KL
N ÜA 10
1 Mathematik I / Mathematics I DE Prof. Taraz E-10 C CM
8 Y KL
1 Mechanik I (Stereostatik) / Mechanics I (Statics) DE Prof. Seifried M-13 C CM
6 Y KL
N MT 20
1 Teamprojekt MB / Team Project MB DE Prof. Fiedler M-11 C CM
6 N SA
1-2 Fertigungstechnik / Production Engineering DE Prof. Hintze M-18 C CM
6 Y KL
1-2 Grundlagen der Werkstoffwissenschaften / Fundamentals of Materials Science DE Prof. Weißmüller M-22 C CM
6 Y KL
2 Grundlagen der Konstruktionslehre / Fundamentals of Mechanical Engineering Design DE Prof. Krause M-17 C CM
6 Y KL
2 Mathematik II / Mathematics II DE Prof. Taraz E-10 C CM
8 Y KL
2 Mechanik II: Elastostatik / Mechanics II: Mechanics of Materials DE Prof. Cyron M-15 C CM
6 Y KL
2 Technische Thermodynamik I / Technical Thermodynamics I DE Prof. Schmitz M-21 C CM
6 Y KL
3 Grundlagen der Elektrotechnik / Basics of Electrical Engineering DE Prof. Kern M-4 C CM
6 Y KL
3 Mathematik III / Mathematics III DE Prof. Taraz 0-UNIHH C CM
8 Y KL
3 Mechanik III (Hydrostatik, Kinematik, Kinetik I) / Mechanics III (Hydrostatics, Kinematics, Kinetics I) DE Prof. Seifried M-13 C CM
6 Y KL
N MT 20
3 Technische Thermodynamik II / Technical Thermodynamics II DE Prof. Schmitz M-21 C CM
6 Y KL
3-4 Konstruktionslehre Gestalten / Mechanical Engineering: Design DE Prof. Krause M-17 C CM
6 Y KL
Y SA 0
Y SA 0
Y SA 0
Y SA 0
3-4 Vertiefte Konstruktionslehre / Advanced Mechanical Engineering Design DE Prof. Krause M-17 C CM
6 Y KL
4 Mechanik IV (Kinetik II, Schwingungen, Analytische Mechanik, Mehrkörpersysteme) / Mechanics IV (Kinetics II, Oscillations, Analytical Mechanics, Multibody Systems) DE Prof. Seifried M-13 C CM
6 Y KL
N MT 20
4 Strömungsmechanik / Fluid Dynamics DE Prof. Rung M-8 C CM
6 Y KL
4 Elektrische Maschinen und Antriebe / Electrical Machines and Actuators DE Prof. Kern M-4 EC CM
6 Y KL
4 Grundlagen des Produktions- und Qualitätsmanagements / Fundamentals of Production and Quality Management EN Prof. Lödding M-18 EC CM
6 Y KL
4 Moderne Werkstoffe / Advanced Materials DE / EN Prof. Huber M-22 EC CM
6 Y KL
5 Großes Konstruktionsprojekt / Advanced Mechanical Design Project DE Dr. Schmidt M-17 C CM
6 Y KL
Y TE 0
5 Grundlagen der Regelungstechnik / Introduction to Control Systems DE Prof. Werner E-14 C CM
6 Y KL
5 Messtechnik für Maschinenbau- und Verfahrensingenieure / Measurement Technology for Mechanical and Process Engineers DE NN M-4 C CM
6 Y KL
Y FFST 0
6 Grundlagen der Betriebswirtschaftslehre / Foundations of Management DE Prof. Ihl W-11 C CM
6 Y FFA
1-6 Nichttechnische Ergänzungskurse im Bachelor / Nontechnical Complementary Courses for Bachelors DE / EN Richter 0-TUHH C OM
6 Selection out of seperatly published Catalogue
 
Specialisation Biomechanics   Compulsory Courses: 18 LP Optional Courses: 0 LP
4 MED I: Einführung in die Anatomie / MED I: Introduction to Anatomy DE Prof. Schumacher M-3 C CM
3 Y KL
4 MED I: Einführung in die Radiologie und Strahlentherapie / MED I: Introduction to Radiology and Radiation Therapy DE Prof. Carl M-3 C CM
3 Y KL
5 BIO I: Implantate und Frakturheilung / BIO I: Implants and Fracture Healing DE Prof. Morlock M-3 C CM
3 Y KL
5 MED II: Einführung in die Biochemie und Molekularbiologie / MED II: Introduction to Biochemistry and Molecular Biology DE Prof. Kreienkamp M-3 C CM
3 Y KL
6 BIO I: Experimentelle Methoden der Biomechanik / BIO I: Experimental Methods in Biomechanics DE Prof. Morlock M-3 C CM
3 Y KL
6 MED II: Einführung in die Physiologie / MED II: Introduction to Physiology DE Dr. Zimmermann M-3 C CM
3 Y KL
 
Specialisation Energy Systems   Compulsory Courses: 12 LP Optional Courses: 6 LP
5 Wärmeübertragung / Heat Transfer DE Dr. Moschallski M-21 C CM
6 Y KL
5 Numerische Methoden der Thermofluiddynamik I / Computational Fluid Dynamics I DE Prof. Rung M-8 EC CM
6 Y KL
5 Wärmekraftwerke / Gas and Steam Power Plants DE Prof. Kather M-5 EC CM
6 Y KL
N TE 5
N ÜA 5
5-6 Kolbenmaschinen / Reciprocating Machinery DE Prof. Wirz M-12 C CM
6 Y KL
 
Specialisation Aircraft Systems Engineering   Compulsory Courses: 18 LP Optional Courses: 0 LP
5 Simulation und Entwurf mechatronischer Systeme / Simulation and Design of Mechatronic Systems DE Prof. Weltin M-24 C CM
6 Y KL
6 Integrierte Produktentwicklung und Leichtbau / Integrated Product Development and Lightweight Design DE Prof. Krause M-17 C CM
6 Y KL
Y FFST 20
6 Luftfahrtsysteme / Aeronautical Systems DE Prof. Thielecke M-7 C CM
6 Y KL
 
Specialisation Materials in Engineering Sciences   Compulsory Courses: 18 LP Optional Courses: 0 LP
5 Materialwissenschaftliches Praktikum / Material Science Laboratory DE Prof. Fiedler M-11 C CM
6 N KL
5-6 Strukturwerkstoffe / Structural Materials DE Prof. Emmelmann G-2 C CM
6 Y KL
6 Vertiefende Grundlagen der Werkstoffwissenschaften / Enhanced Fundamentals of Materials Science DE / EN Prof. Schneider M-9 C CM
6 Y KL
 
Specialisation Mechatronics   Compulsory Courses: 18 LP Optional Courses: 0 LP
4 Mathematik IV / Mathematics IV DE Prof. Taraz 0-UNIHH C CM
6 Y KL
5 Simulation und Entwurf mechatronischer Systeme / Simulation and Design of Mechatronic Systems DE Prof. Weltin M-24 C CM
6 Y KL
6 Halbleiterschaltungstechnik / Semiconductor Circuit Design DE Prof. Kuhl E-9 C CM
6 Y KL
 
Specialisation Product Development and Production   Compulsory Courses: 18 LP Optional Courses: 0 LP
5 Materialwissenschaftliches Praktikum / Material Science Laboratory DE Prof. Fiedler M-11 C CM
6 N KL
5 Produktionstechnologie / Production Technology DE Prof. Hintze M-18 C CM
6 Y KL
6 Integrierte Produktentwicklung und Leichtbau / Integrated Product Development and Lightweight Design DE Prof. Krause M-17 C CM
6 Y KL
Y FFST 20
 
Specialisation Theoretical Mechanical Engineering   Compulsory Courses: 12 LP Optional Courses: 6 LP
5 Simulation und Entwurf mechatronischer Systeme / Simulation and Design of Mechatronic Systems DE Prof. Weltin M-24 C CM
6 Y KL
5 Numerische Mathematik I / Numerical Mathematics I DE / EN Prof. Le Borne E-10 EC CM
6 Y KL
5 Wärmeübertragung / Heat Transfer DE Dr. Moschallski M-21 EC CM
6 Y KL
6 Mathematik IV / Mathematics IV DE Prof. Taraz 0-UNIHH C CM
6 Y KL
 
Thesis   Compulsory Courses: 12 LP Optional Courses: 0 LP
6 Bachelorarbeit / Bachelor Thesis Professoren der TUHH 0-TUHH C CM
12 Y AB
Explanation:

1C=Compulsory, EC=Elective Compulsory

2CM=Compulsory Defined Module, OM=Optional Defined Module

3KL=Written exam, MT=Midterm, SA=Written elaboration, FFST=Subject theoretical and practical work, FFA=Subject theoretical and practical work, MP=Oral exam, RE=Presentation, ÜA=Excercises, AB=Thesis, TE=Attestation

4CP=Credit Points

5VL=Lecture, SE=Seminar, UE=Recitation Section (small), PBL=Project-/problem-based Learning, PR=Practical Course, HÜ=Recitation Section (large)

6DE=German, EN=English, DE/EN=German and English

7SWS=Contact hours