http:www'iet'aau'dk

1
Education Programmes at Institute of Energy
Technology

• http//www.iet.aau.dk

2
Basic Structur
10
Master Specialisation
9
8
Intro semester
B.Sc.Thesis
7
Master Programme
6
The study each semester is based on a combination
of courses and teambased problem-oriented project
work
5
Fundmentel Education
4
3
2
Basic Year
1
3
Overview
High Voltage Engineering and Power systems
Power Electronics and Drives
ElectroMechanical System Design
Fluids and Combustion Engineering
Sustainable Energy Engineering
8. to 10. sem
Intro sem.
Electrical Energy Technology (EET)
6. to 7. sem
B.Sc og Honer
3. to 5. sem
Electronics and Electrical Engineering
Industry and export
1. and 2. sem
BASIC YEAR
4
Power Electronics and Drives PED

• Core Disciplines
• Power Electronics
• Electrical Machines
• Drive Systems
• Power Systems
• Control Theory
• Electronics
• ?-controller/DSP
• Prototyping and Tests

Theme 6. Sem Electric Machines and Power
Systems 7. Sem Design of Power Electronics and
Drives 8. Sem Control in Power Electronics and
Drives 9. Sem Design-oriented Analysis of
Electric Machines and Power Electronic Systems
10. Sem Master Thesis
5
Electrical Power Systems and High Voltage
Technology EPSH

• Core Disciplines
• Power Systems
• High Voltage engineering
• Electromagnetic compatibility
• Electrical Machines
• Power Electronics Control theory
• Measuring techniques
• Simulations

Theme 6. Sem Electric Machines and Power
Systems 7. Sem Design of Power Electronics and
Drives 8. SemControl and Surveillance of
Electrical Power Systems 9. Sem Electrical Power
Systems and High Voltage Technology 10. Sem
Master Thesis
6
Electro-Mechanical System Design EMSD

• Core Disciplines
• Mechanical Systems
• Fluid Power System
• Electrical Actuators
• Electronics, DSP, ? Controller
• Control Theory
• System Optimazation

Theme 6. Sem. Analysis and Synthesis of Fluid
Mechanical Systems 7. Sem Servo Systems and
Flexible Load Structures 8. SemDesign and
Control of Mechanical Power Transmission
Systems 9. Sem Industrial Research and
Development Studies 10. Sem Master Thesis
7
Fluid And Combustion Engineering FACE

• Core Disciplines
• Fluid mechanics
• Combustion
• Thermodynamics
• Heat transfer
• Experimental techniques
• Computational fluid dynamics (CFD)
• Transfer processes

Theme 6. Sem Energy converting machinery and
processes 7. Sem Thermomechanical analysis
methods 8. Sem Transport Processes 9. Sem
Energy converting machinery, processes, and
systems 10. Sem Master Thesis Fluids and
Combustion Engineering
8
Sustainable Energy Engineering SEE-E

• Core Disciplines
• Environmentally Sustainable Energy Systems
• Electrical Aspects
• Thermal Aspects
• Production of Energy
• Transmission/Distribution of Energy
• Load/Apparatus/Systems
• Energy Savings
• Pollution
• Environment
• Energy Economics
• Energy Planning

Theme Intro Problem-based project-organised
learning in Energy Engineering 8. Sem
Components in Electrical Systems 9. Sem
Electrical Energy Systems 10. Sem Master Thesis
9
Sustainable Energy Engineering SEE-T

• Core Disciplines
• Environmentally Sustainable Systems
• - Wind Power
• - Hydrogen Technology
• - Solar Power
• Thermal and Electrical Energy Conversion Systems
• Dynamical and Stationary Modeling and
  Optimization of Thermal Energy Systems
• Control Engineering concerning Energy Systems
• Heat and Mass Transfer
• Pollution Management
• Emission Control Technology

Theme Intro Problem-based project-organised
learning in Energy Engineering 8. Sem Model
based optimization and control of energy systems
9. Sem Design and implementation of energy
systems 10. Sem Master Thesis