Master course, Delft Dniversity of Technology, Imaging Physics Department, 2021
This year, I redesigned the course final projects. Each group (of two students) need to select a topic, implement a paper, write a report and present it at the end of the course. The final projects are all publically available here: https://qiweb.tudelft.nl/adip/final_projects/.
Master course, Delft Dniversity of Technology, Imaging Physics Department, 2020
The aim of this course is to teach the students to acquire in-depth knowledge of state-of-the-art image processing techniques. By the end of this course the students will be able to solve advanced problems addressing the theory of image processing by combining mathematical skills and physical insight. For this course, I designed the programming assignments. The programming assignments were written in MATLAB and used dipimage library for several tasks.
Undergraduate course, Delft University of Technology, Imaging Physics Department, 2019
I was the tutor of this course for the second time.
Undergraduate course, Delft Dniversity of Technology, Imaging Physics Department, 2018
This course is part of the minor Biomedical Engineering. It consists of 3 parts, which are given simultaneously: Image acquisition, Image processing and Data analysis. I worked as TA for this course.
Undergraduate course, Delft University of Technology, Imaging Physics Department, 2017
Bachelor course based on the famous book of Oppenheim. I was the tutor of this course.
Undergraduate course, Delft Dniversity of Technology, Imaging Physics Department, 2016
The aim of the course Computational Science is to introduce the student in the use of models and simulation techniques for research into physical phenomena and processes. First, the student is taught to program in a programming environment: MATLAB. The students then carry out a number of assignments that illustrate different aspects of the use of simulations within physics. Based on this, the student also becomes acquainted with a number of frequently used numerical techniques, the stability of the methods used and the error estimation.