MSc at Power&Flow

Master programs

Our group is involved in the following master programs:

Master Mechanical Engineering

Master Sustainable Energy Technology

Master Automotive Technology

Master tracks

The Power & Flow group is involved in the following Mechanical Engineering master tracks:

Een track van de MSc Mechanical Engineering

Mastertrack Computational Engineering

Tijdens deze track verwerf je de kennis en vaardigheden om computationele methodes, AI en wiskundige modellen te begrijpen en toe te passen…

Een track van de MSc Mechanical Engineering

Mastertrack Energy Conversion and Storage

Tijdens deze track doe je gespecialiseerde kennis op over energiesystemen en de onderliggende fundamentele principes.

Een track van de MSc Mechanical Engineering

Mastertrack Engineering Fluid Mechanics

Bij Engineering Fluid Mechanics verwerf je fundamenteel inzicht in vloeistofstromingen.

Een track van de MSc Mechanical Engineering

Mastertrack Materials for High Tech Systems Design

Tijdens deze track verwerf je fundamenteel inzicht in de eigenschappen van geavanceerde technische materialen en hun toepassing in complexe…

Master Graduation project proposals Power and Flow

This binder contains an overview of all the Master Graduation project proposals available (30 in total) in the Power and Flow section of Mechanical Engineering (ME).

Please select 3 choices of different projects in order of preference and write a short motivation for your first choice to Giulia Finotello (G.Finotello@tue.nl). 

If you need more information on a proposal you can contact directly one of the supervisors (the email adresses can be found in each project proposal). 
 

Courses

There are a number (core and specialization) courses that fit well to the profile of students graduating in the Power & Flow group. The exact choices depend on the master program (and track) and should be discussed with your MSc mentor or with prof. Niels Deen. Our section is involved in the following MSc courses:

  • 4EM10 Gasdynamics
  • 4EM60 Advanced discretization techniques
  • 4AT020 Clean engines and future fuels
  • 4BM20 Experimentation for Mechanical Engineering
  • 4BM10 Hydraulic turbomachines
  • 4BM60 Interfacial transport phenomena in engineering flows
  • 4BM30 Modelling combustion
  • 4BM40 Optical diagnostics for combustion and fluid flow
  • 4AT060 Sustainable vehicles
  • 4AT070 Advanced control for future heavy-duty powertrains