Courses within the programme

Statistical Signal Processing 7.5 cr

Applied Mechanics II 7.5 cr

Field Physics

After completing the course the student will be able to:
1. starting from a problem, make idealizations, with motivations a put up a mechanical model and with mathematical and numerical methods analyze the model for different parameter values, as well as interpret and critically evaluate the results
2. describe the differences between reality and the mathematical model, and understand the relationship between observations and model building
3. analyze the mathematical model using numerical and symbolic computing tools in order to effectively investigate and visualize the characteristics of the system
4. set up and solve advanced problems concerning three-dimensional mechanical structures
5. understand and calculate lattices in two and three dimensions
6. understand and perform shear force diagrams and torque charts for the calculation of beams
7. manage and calculate friction in elementary machine elements
8. solve problems of linear and angular momentum associated with rigid bodies
9. understand and explain gyroscopic forces.

Multivariable and Nonlinear Control Systems 7.5 cr

RF Measurement Technology 7.5 cr

The aim of the course is to give a systematic introduction to the fundamental components used in RF measurement systems, as well as to give in-depth knowledge of the most commonly occurring RF instruments.
Furthermore the course gives an understanding of the different causes of measurement uncertainty, and how they can be quantified. An understanding on how to minimize the effects of measurement error is given, in order to simultaneously to streamline measurements with respect to both time and cost.

Wireless Sensor Networks 7.5 cr

This course aims to give an overview of wireless communication technologies and M2M (machine-to-machine) wireless sensor networks. The course deals with knowledge and
practical skills in sensor networks for industrial applications. Problems, technology, and theory are tools for the purpose.

Computerized Image Processing and Machine Vision 7.5 cr

Field Electronics, Computer Science

The course covers concepts, methods and sensors used in various types of computer-based image analysis.

Robotics 7.5 cr

The use of robots are becoming more widespread and new applications beyond the classic industrial environment is continuously increasing. The aim of the course is to provide broad but also in-depth theoretical knowledge of robots and robotic systems in industry and services and related technology areas. The course has a focus on robot design and the robot's internal systems.

Ethics in Technical Development 7.5 cr

Year 2

Industrial Statistics 7.5 cr

Field Industrial Economics

This course focuses on the application of Statistics in industrial fields.
After completion of the course the student shall be able to
1. state the importance of the concepts, theory and methods in statistics
2. apply statistical methods in engineering problems
3. apply statistical tools such as Excel, SPSS and MatLab for data analysis
4. analyze a practical operational problem with statistical thinking.

Sensors and Measurement Technology 7.5 cr

Advanced Projects in Electronics 7.5 cr

The aim of this course is that the student will gain:
- A theoretical basic understanding of the principles of project management.
- In-depth knowledge in a specific technical area related to on-going research conducted at ITB-Electronics.
- Experience of conducting an advanced science project, by applying project management principles.
- An ability to reflect both upon the relevance of the technical knowledge developed throughout the project, as well as an ability to reflect upon project management principles used in practice.

Advanced Digital Control Systems 7.5 cr

Master's Thesis in Electronics 30 cr