• Mechanics

  This winter semester course for first-year bachelor students covers the basics of mechanics and some advanced methods, such as solving equations of motion for mechanical systems like a particle under constant force, a harmonic oscillator, the central force problem, and rigid bodies. ( Syllabus )

• Electricity and Magnetism

  This summer semester course for first-year bachelor students covers the basics of electricity and magnetism, aiming to provide a solid foundation in these fundamental concepts, which are essential for understanding more complex topics in physics and engineering.

• Quantum Programming

  This summer semester course aims to provide foundational skills for programming quantum computers. Students will use these skills to understand fundamental quantum communication protocols and quantum algorithms. The classes consist of lectures covering essential concepts, paired with interactive tutorials which practice how these concepts are implemented using the Python programming language. The course is suitable for bachelor’s and master’s students of all years, and familiarity with quantum mechanics is not necessary. Classes are held entirely online to maximize accessibility and benefit from the learning material.

• Bacholor Thesis

  This thesis project, identified by the course codes 02BPQT1 and 02BPQT2 for the winter and summer semesters, respectively, is a mandatory course for final-year undergraduate students to complete in order to receive their degree. I currently offer a thesis topic titled 'Programming and Simulation with Quantum Computers'.The project aims to develop foundational skills in programming noisy intermediate-scale quantum computers (NISQ) and identifying suitable algorithms or physical models for implementation and simulation.