THE MASTERS PORTAL
Home
web_Sustainable energy.jpg
Engineering Systems: Sustainable Energy
Hogeschool van Arnhem en Nijmegen

Relevant links


Name of the Masters programme

Engineering Systems: Sustainable Energy


Institution

Hogeschool van Arnhem en Nijmegen (HAN)


Contact the student advisors
More information on this institution
Our Social Media:

    Engineering Systems: Sustainable Energy
  • Brief profile
  • Inhalte
  • Career
  • Admission
  • Masters
  • Graduation Project
  • Contact
|�|

Master Engineering Systems: Sustainable Energy

In this master track, you will focus on becoming an authority on Sustainable Energy Systems. You will learn to model and validate systems with multiple inputs and outputs using both white box modeling and system identification. You focus on Sustainable Energy Systems including sustainable technology and Energy System Integration (ESI). You focus on control applications used in industry. Furthermore, you can choose modules about Data Analytics or Power Supply.

 

The course consists of:
 

  • lectures
  • individual and group assignments
  • experimental research and laboratory exercises
  • model development and simulation exercises
  • group cases
  • minor projects
  • a major project including a management game

More information on this programme? Visit the website!

next: Inhalte »

|�|

Master Engineering Systems: Sustainable Energy: Content

Module 1: Systems Modelling
Applied Physics
Introduction modelling
Practice modelling and simulation
Energy Based Modelling
System Identification
Minor project modelling systems including Research skills

 

Module 2: Sustainable Energy Systems
Fundamentals of sustainable energy technology
Sustainable energy innovations
Model, design and testing of sustainable energy systems
Energy System Integration

 

Module 3: Applied Control
The module covers the following tasks: analysing an uncontrolled system, creating a feedback controller, applying an advanced control strategy and applying a controlled system.

 

Module 4: Smart Power Supply or Big Data & Small Data
The current energy grid, power supply and assets
Energy transition for electrical grid stability
Interchangeability of power and heat as energy
Optimization algorithms for energy management
Model and simulate power control (systems)

 

Big data and small data
The following courses are taught in the Big data and small data module:
System identification
State and parameter estimation
Advanced modelling minor project

 

Graduation project


More information on this programme? Visit the website!

« back: Brief profile

next: Career »

|�|

Master Engineering Systems: Sustainable Energy: Career

An a sustainable energy engineer you will have an active role in the transition towards a sustainable energy system. You will work on the development of technology, models and smart control of sustainable systems for energy generation, storage or distribution at local, regional or (inter)national level. You may be employed by SME’s, grid operators, energy providers or governments to develop innovative energy systems or have a role towards maintaining the energy balance on an (inter)national scale.


More information on this programme? Visit the website!

« back: Inhalte

next: Admission »

|�|

Master Engineering Systems: Sustainable Energy: Admission

To enrol in the Master Engineering Systems: track Sustainable Energy, you need a Bachelors degree in Engineering or a related technical discipline, with a GPA of 2.8 or higher based on a 4.0 scale. International students need to be proficient in English.


More information on this programme? Visit the website!

« back: Career

next: Masters »

|�||�|

Graduation project

All master graduation projects are motivated by real-life problems, supplied by companies related to the area of your Master Track. A master thesis is written, and the project is presented in an oral examination for a major project committee. In most cases, the thesis-related work is carried out at the company. This means that a representative of the company is involved, to verify (1) whether the thesis results match the expectations of the company, and (2) whether the rated aspects of the master thesis are relevant for the company. In this way, feedback is obtained on the professional requirements regarding the intended learning outcomes.


More information on this programme? Visit the website!

« back: Masters

next: Contact »

|�|

Institution

Hogeschool van Arnhem en Nijmegen (HAN)


Location: Campus Arnhem Ruitenberglaan 26
6826 CC Arnhem
Niederlande
Gelderland
T   +31 26 365 81 32
E   info@han.nl

« back: Graduation Project

Facts about the Masters programme

Location

Arnhem

Field of study

Engineering

Degree

Master of Science

Language

English

Start

Application deadline

ask the institution

Type of study

Part-time

Duration of study: 2,5 - 3 years

Tuition fees EU: no information

Tuition fees Non EU: no information

Full-time

Duration of study: 18 months

Tuition fees EU: no information

Tuition fees Non EU: no information

ADD TO WATCHLIST
Related & recommended articles:

Facts about the Masters programme

Location

Arnhem

Field of study

Engineering

Degree

Master of Science

Language

English

Start

Application deadline

ask the institution

Type of study

Part-time

Duration of study: 2,5 - 3 years

Tuition fees EU: no information

Tuition fees Non EU: no information

Full-time

Duration of study: 18 months

Tuition fees EU: no information

Tuition fees Non EU: no information

MASTER AND MORE Study Portals

Masters portal for Germany: www.master-and-more.de

Masters portal for Austria: www.master-and-more.at

MASTER AND MORE NEWSLETTER
We use cookies to ensure that we give you the best experience on our website. By continuing to browse our site or by clicking OK, we assume your consent to our use of cookies.
Please view our Privacy Policy for further information.
OK