Faculty of Sciences and Bioengineering Sciences
Faculteit Ingenieurswetenschappen

Admission Requirements

Enrolling for this study plan is possible after having obtained one of the following degrees:

Academic Bachelor's programme computerwetenschappen
Academic Bachelor's programme informatica
Academic Bachelor's programme ingenieurswetenschappen: computerwetenschappen

You may also be asked to provide additional documents so we may evaluate your application.

AANBEVELINGSBRIEF / LETTER OF RECOMMENDATION 1
AANBEVELINGSBRIEF / LETTER OF RECOMMENDATION 2
MOTIVATIEBRIEF / LETTER OF MOTIVATION
PUNTENLIJST / TRANSCRIPTS (NIET VOOR VLAAMSE DIPLOMA'S)

Overview of the study plan

All students study a core programme of 30 ECTS-credits; do a research training of 6 ECTS-credits and a master thesis of 24 ECTS-credits. Students SHOULD choose one OUT of four specializations: Artificial Intelligence, Multimedia, Software Languages and Software Engineering or Data Management and Analytics. 30 ECTS-credits should be spent to mandatory and optional courses within the chosen specialization. The 24 remaining optional ECTS-credits can be taken within the specialization or from other specializations. Finally, 6 ECTS-credits can be freely chosen from any master level VUB course. This free choice of 6 ECTS-credits has to be specified through the form (see facultary web site). Here is also an interuniversity offer of elective courses announced by the department. This brings the total to 120 ECTS-credits. The master thesis as well as the research training need to be related to the chosen specialization.

The students have to choose a master thesis topic and a research training within the chosen specialisation. Only students who have already obtained at least 45 ECTS-credits can register for the courses 'Research Training' and 'Master Thesis Computer Sciences'.

In total, this academic plan comprises 120 ECTS credits.


Master Computer Science Compulsory

These courses are envisioned to be part of year 1 and year 2 of the model trajectory.

First Year Master Compulsory

All students study this core programme of 30 ECTS-credits in the first year master of the model trajectory.

From the courses listed below, students must obtain 30 ECTS credits.

3ECTS credits - Methods for Scientific Research
6ECTS credits - Declarative Programming
3ECTS credits - Scientific Integrity
6ECTS credits - Software Architectures
6ECTS credits - Data and Information Management
3ECTS credits - Theory of computation
3ECTS credits - Information Theory

Second Year Master Compulsory

The students have to choose a master thesis topic and a research training within the chosen specialisation. Only students who have already obtained at least 45 ECTS-credits can register for the courses 'Research Training' and 'Master Thesis Computer Sciences'.

From the courses listed below, students must obtain 30 ECTS credits.

6ECTS credits - Research Training
24ECTS credits - Master Thesis Computer Science

Back to top


Profile and Electives Software Languages and Software Engineering

In this specialization, students gain the skills needed to build complex software applications and software intensive systems. Students are also taught scientifically sound methods, as well as the newest techniques and tools for the developing of software. The curriculum also includes research topics in programming languages and integrated development environments.

30 ECTS-credits should be spent to mandatory and optional courses within the chosen specialization. The 24 remaining optional ECTS-credits can be taken within the specialization or from other specializations. Finally, 6 ECTS-credits can be chosen completely freely from any of the VUB courses. This free choice of 6 ECTS-credits has to be specified through the form (see facultary web site).

To complete this module, students must obtain 60 ECTS credits.

Profile Software Languages and Software Engineering: Mandatory Courses

These courses are envisioned to be part of year 1 and 2 of the model trajectory.

From the courses listed below, students must obtain 18 ECTS credits.

6ECTS credits - Meta Programming and Reflection
6ECTS credits - Functional Programming
6ECTS credits - Cloud Computing and Big Data Processing

Profile Software Languages and Software Engineering: Electives

These courses are envisioned to be part of year 1 and 2 of the model trajectory.

From the courses listed below, students must obtain 12 ECTS credits.

6ECTS credits - Software Quality Analysis
6ECTS credits - Fundamentals of programming languages
6ECTS credits - Security in Computing
6ECTS credits - Next Generation User Interfaces
6ECTS credits - Programming Language Engineering
6ECTS credits - Compilers
6ECTS credits - Distributed and Mobile Programming Paradigms
6ECTS credits - Multicore Programming
6ECTS credits - Capita Selecta of Software Engineering
5ECTS credits - Formal Verification of Computer Systems

Electives from other profiles

These courses are envisioned to be part of year 1 and 2 of the model trajectory.

6ECTS credits - Statistical Foundations of Machine Learning
5ECTS credits - Computational Geometry
6ECTS credits - Physical Communication
5ECTS credits - Image Processing
3ECTS credits - Capita Selecta Multimedia
4ECTS credits - Computer Vision
3ECTS credits - Image and Video Technology
6ECTS credits - Evolution of speech
6ECTS credits - Reinforcement Learning
5ECTS credits - Processus dynamiques
6ECTS credits - Natural Language Processing
6ECTS credits - Artificial Intelligence Programming Paradigms
6ECTS credits - Advanced Methods in Bioinformatics
5ECTS credits - Swarm Intelligence
6ECTS credits - Adaptive Systems Seminar
6ECTS credits - Computational Game Theory
6ECTS credits - Current Trends in Artificial Intelligence
5ECTS credits - Heuristic Optimisation
5ECTS credits - Database Systems Architecture
5ECTS credits - XML and Web Technologies
6ECTS credits - Information Visualisation
6ECTS credits - Scalable Analytics
6ECTS credits - Discrete Modeling, Optimization, and Search
6ECTS credits - Computational Creativity
6ECTS credits - Scalable Data Management Systems
6ECTS credits - Advanced Topics in Big Data
3ECTS credits - Biomedical Signals and Images
6ECTS credits - Voice, Image, Coding, Media and Systems
3ECTS credits - Multimedia Seminar

Other electives

These courses are envisioned to be part of year 1 and 2 of the model trajectory.

4ECTS credits - Distributed Computing and Storage Architectures
3ECTS credits - Information Theory
3ECTS credits - Multiprocessors and Reconfigurable Architectures
3ECTS credits - GPU Computing
6ECTS credits - Coding Theory
6ECTS credits - Internship Applied Informatics
5ECTS credits - Signal Theory
4ECTS credits - Digital Signal Processing
4ECTS credits - Design and Implementation of Digital Circuits
3ECTS credits - Cryptography
3ECTS credits - Capita selecta Telecom

Electives conditional to the agreement of the examination committee

Max. 12 ECTS-credits from the Bachelor Computer Science

Free choice VUB master courses

6 ECTS-credits can be freely chosen from any Master level VUB-course.

Back to top