About this course
Block 1 - Programming principles and data structures (4 lectures and 2 GS, 6x2h=12h) Block 2 - Object-oriented data structures and linear systems of equations (4 lectures and 2 GS, 6x2h=12h) Block 3 - Component and block-based programming (2 lectures and 1 GS, 3x2h=6h)
Expected learning outcomes
After this course the students are able to design and implement a scientific code to solve a system of equations, to control a complex system, or to post-process large amounts of digital data. The coursrse targets the development of genereic programming skills. For that reason, use is made of multiple programming languanges, with a prominent role for C and Python.
Examination
[unknown]
Course requirements
You must meet the following requirements
- Completed none of the course modules listed below
- Scientific programming (2MMN20)
Activities
[unknown]
- Local course code4EM30
- Study loadECTS 5
- Levelmaster
- Contact hours per week[unknown]
- Instructors[unknown]
- Mode of delivery[unknown]
- Course coordinator
If anything remains unclear, please check FAQ page.