The multidisciplinary programme Fluid Mechanics comprises 2 years of study in which you will need to amass a total of 120 EC.
YEAR 1
In the first year you will gather 60 EC, spread out over courses in three categories:
The following four courses (20 EC) are mandatory courses voor students enrolled in the Master Applied Physics Programme:
Quartile
EC
202200093
Quantum mechanics 2
1
5
201900080
Mathematical and numerical physics
2
5
191470241
Heat and mass transfer
3
5
201900281
Ethical and Cultural Awareness
4
1
201900282
Small signals and detection
4
4
10 EC mandotary for Applied Physics students.
Quartile
EC
193580020
Experimental Techniques in Physics of Fluids
3
5
Due to overlap, one of the following courses;
193570010
Advanced fluid mechanics
1
5
201500136
Fluid Mechanics II
1
5
Of the following courses 30 EC are mandatory electives voor students enrolled in the Master Mechanical Engineering Programme:
6 out of the courses below (30EC)
Quartile
EC
201500024
Advanced Thermodynamics
2
5
191121710
Composites
1+2
5
191154731
Computational Fluid Dynamics
4
5
201600019
Energy Conversion Technology
1
5
201500136
Fluid Mechanics II
1
5
191154720
Fluid Mechanics of Turbomachines 1
2
5
202000036
Frontiers in Energy and Flow
4
5
201900074
Fundamentals of Numerical Methods
1
5
201400300
Multiphase Flows
4
5
202000035
Multiscale Functional Materials for Engineering Ap
3
5
201300039
Structural Health and Condition Monitoring
3
5
191141700
Transport Phenomena
1
5
If you are enrolled via the Master's of Applied Physics, you chose out of the following elective courses:
Quartile
EC
201900074
Fundamentals of Numerical Methods
1
5
201500024
Advanced Thermodynamics
2
5
191154720
Fluid Mechanics of Turbomachines 1
2
5
201100254
Advanced computer vision and pattern recognition
4
5
191154731
Computational Fluid Dynamics
4
5
201400300
Multiphase Flows
4
5
If you are enrolled via the Master Mechanical Engineering, you chose out of the following elective courses:
Quartile
EC
201700023
Energy from Biomass
2
5
193580020
Experimental techniques in physics of fluids
3
5
191470241
Heat and Mass transfer
3
5
201400037
Linear Solid mechanics
3
5
201900097
Machine Learning in Engineering
3
5
201300155
Process Equipment Design
3
5
202100080
3D Bioprinting
4
5
191121700
Composites Forming
4
5
202000246
Frontiers in Aeronautics
4
5
193542070
Medical acoustics
4
5
202100319
Phase Transformations in Manufacturing
4
Students enrolled in the Multidisiplinairy Specialisation can choose out of the following free electives:
Quartile
EC
201800083
Advanced colloids and interfaces
1
5
191157750
Engineering Acoustics
1
5
202000245
Experimental methods in Fluid and Thermal Engin
1
5
202200103
Image processing and computer vision
1
5
191560430
Nonlinear dynamics
1
5
201900091
Advanced Topics in Finite Element Methods
2
5
202200266
Hydrogen Technology
2
5
201800327
Ion Transport in Fluids
2
2,5
193572010
Physics of bubbles
2
2,5
193580010
Turbulence
2
5
201800371
Aeroacoustics
3
5
202000244
Aircraft & Wind Turbine Aerodynamics
3
5
202001436
Biofluid Dynamics
3
5
191154340
Gasdynamics
3
5
201400194
Granular matter
3
5
193400121
Nano-fluidics
3
5
191121740
Rheology & Processing of Thermoplastics
3
5
202001413
Soft matter physics
3
5
191155730
Tribology
3
5
201700218
Turbulent Combustion
3
5
201100254
Advanced computer vision and pattern recognition
4
5
193565000
Capillarity phenomena
4
5
201500405
Complex function theory
4
3
201400195
Fluids and elasticity
4
2,5
201800131
Numerical methods for engineers
4
5
201700024
Wind Energy
4
5
Complementing these courses, a number of joint activities are offered for all students enrolled in this specialisation, such as colloquia, excursions to companies, and informal meetings.
YEAR 2
The second year of the programme consists of a compulsory internship (20 EC) and your master's assignment (40 EC). During the internship, you will learn how to apply the knowledge acquired in the first year in a corporate or institutional environment. Your master’s assignment will get you working independently on the solution of either a practical challenge from business or industry, or on a theoretical (open) question.
