TUHH > Education > Degree Courses > Master's Programs > Theoretischer Maschinenbau

Theoretischer Maschinenbau

  • ASIIN program overview

(Theoretical Mechanical Engineering)

Two-year Master of Science course

The 4-semester, research-oriented Master (MSc) Program in Theoretical Mechanical Engineering builds on research-oriented, mechanical engineering Bachelor (BSc) programs. It presupposes corresponding in-depth knowledge of basic mathematical, natural science and engineering principles, which may if necessary be verified. It is addressed to students with a Bachelor degree who wish to acquire mechanical engineering knowledge that is geared to principles and methods but with a interdisciplinary orientation, along with the related mechanical engineering skills, in order to development complex technical systems, products or processes by means of mathematical description, analysis and synthesis.

The course is divided into basic principle-oriented compulsory subjects and practically oriented special subjects. In the compulsory subjects, along with advanced mathematical principles, students acquire first and foremost in-depth knowledge in fields such as oscillation theory, non-linear dynamics, control engineering, fluid mechanics and structural mechanics. To consolidate the principles, students choose two applied elective blocks. Further technical and non-technical compulsory elective subjects can be chosen from the subjects offered at the TUHH and the University of Hamburg. In the final semester, the Master’s thesis is prepared. Occupational fields are all companies and research institutes with a mechanical engineering orientation.

Curriculum

Module Semester ECTS
Compulsory Technical Courses
Finite Elements Methods15
Control Systems Theory and Design15
Basic Principles of Fluidics14
Numerical Simulation24
Fundamentals of Mechanical Properties of Materials23
Nonlinear Dynamics25
Heat Transfer24
Practical Course: Theoretical Mechanical Engineering26
Seminar Catalogue: One of the Seminars must be attended.
Seminar Mechanics33
Seminar Engineering Design, Materials, Manufacturing33
Seminar Energy Systems33
Seminar Biomedical Engineering33
Seminar Naval Architecture and Ocean Engineering2-33
Elective Technical Courses
Elective Courses: Production Technology and Product Development
Production Technology1-36
System Development1-26
Machine Tool Systems25
Integrated Product Development24
Reliability in Engineering Dynamics24
Mechanical Design Methodology24
Boundary Element Methods25
Technical Acoustics I: Acoustic Waves, Noise Protection, Psycho Acoustics25
Technical Acoustics II: Room Acoustics, Computational Methods35
Elective Courses: Systems Engineering and Numerical Methods
Nonlinear Structural Analysis1-34
Numerical Mathematics1-34
Industrial Process Automation1-35
Parameter Identification and Adaptive Control1-33
Nonlinear Control1-33
Optimal and Robust Control24
Boundary Element Methods25
High Order FEM24
Numerical Algorithms in Structural Mechanics24
Computational Structural Dynamics24
Elective Courses: Aircraft Systems Engineering
Aircraft Systems: Overview, Hydraulic Systems, Electrical Power, Fuel System1-34
Aerodynamics and Flight Mechanics I1-34
System Development1-26
Aircraft Systems: Flight Control, High Lift Systems, Actuators24
Flight Mechanics II25
Aircraft Systems: Landing Gear, Air Condition, Ice Protection34
Flight Guidance Systems34
Elective Courses: Materials Science
Physical Properties of Solids24
Structure and Properties of Ceramics1-34
Computational Methods in Materials Science1-33
Structure and Properties of Polymers1-34
Structure and Properties of Composites1-34
Structural Metallic Materials1-33
Manufacturing with Polymers and Composites23
Elective Courses: Maritime Technology
Fundamentals of Naval Architecture1-34
Fundamentals of Marine Engineering1-34
Electric Installation on Ships1-34
Introduction to Maritime Technology1-33
Analysis Methods in Naval Architecture and Ocean Engineering1-2 / 2-37
Numerical Methods in Ship Design23
Marine Diesel Engine Plants25
Selected Topics in Maritime Technology24
Cavitation23
Elective Courses: Energy Systems
Thermal Engineering1-34
Steam Turbines1-34
Combustion Engines1-36
Combined Heat and Power and Energy from Biomass1-36
Gas-Steam Power Plants1-34
Hydrogen and Fuel Cell Systems Technology1-2 / 2-34
Steam Generators24
Heat and Mass Transfer II24
Renewables and Energy Systems25
Electricity Generation from Renewable Sources26
Air Conditioning24
Cavitation23
Special Topics in Fluid Mechanics24
Elective Courses: Biotechnology
Biomechanics and New Technologies in Medicine1-37
Ceramics Technology1-33
Biomechanics: Function Analysis and Joint Replacement23
Bioprocess Engineering - Fundamentals25
Cell and Tissue Engineering24
Medical Imaging Systems23
Bioprocess Engineering - Advanced34
Elective Courses: Computer Science
Industrial Process Automation1-35
Adaptive Compute Systems1-33
Digital Image Processing1-34
Embedded Processor Networks1-33
Real-Time Systems1-34
Microprocessor Systems24
Digital Signal Processors23
Process Data Processing24
Pattern Recognition24
Elective Complementary Courses
Block I: Business and Management
Module from separate Catalogue1-32
Module from separate Catalogue1-32
Module from separate Catalogue1-32
Block II: Complementary Courses
Module from separate Catalogue1-32
Module from separate Catalogue1-32
Module from separate Catalogue1-32
Assignments
Research Project310
Master Thesis
Master Thesis430