Thermal Energy Engineering Master

First semester Lectures in the afternoons

Second semester Master Thesis

Barcelona School of Industrial Engineering (ETSEIB)

60 ECTS

100% English

- Solar and Renewable Energy

- Heating Ventilation Air Conditioning & Refrigeration

- Computational Fluid Dynamics & Heat Transfer

- High Performance Computing

- Numerical and Experimental methods in Thermal Engineering

- Recent advances in Heat and Mass Transfer

The aim is to produce scientific and technical experts with the knowledge and skills needed to analyse any engineering problem in the fields of thermal energy and fluid dynamics

Mandatory courses

- Thermal Equipments for Heat and Cold Generation

- Computational Methods in Thermal Engineering

- Energy Resources

- Intensification on Heat and Mass Transfer

Elective courses

- Turbulence

- Heat Exchangers

- Experimental Measurement Techniques

- Heat Engines

Generation, transport, storage and use of energy.

Domestic, comercial, industry and transport sectors.

Thermal Equipments for Heat and Cold Generation

Digital Twins

Transcritical CO2 cycles

Stirling Engine

Refrigeration Cycles

INDIRECT SYSTEMS

Natural refrigerants

AIRCRAFT THERMAL MA AGEMENT

ABSORPTION MACHINES

CONDENSERS & EVAPORATORS

COMPRESSORS

HEAT PUMPS

HVAC&R Systems

EJECTORS

EVAPORATIVE COOLING

Thermal Power Plants

Physics rationale behind system designs

HEAT EXCHANGERS

Computational Fluid Dynamics and Heat Transfer

Fluid Particle

Two Phase Flow

Euler Euler

RANS modelling

TURBULENCE

Euler Lagrange

Parallel Computing

Natural Convection

Magneto Hydrodynamics

Combuston Kinetic mechanism

Navier Stokes Equations

Large Eddy Simulation

Solid Fluid Interaction

Conjugate Heat Transfer

HIGH PERFROMANCE COMPUTING

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