Physics - Bachelor's study program

Studying physics opens up a wide range of career opportunities, even outside the field of physics, e.g. in finance. Although many physicists do end up working in research, the excellent analytical skills acquired during a physics degree mean that the career opportunities are virtually unlimited.

Success in the Physics study program always requires intensive learning and self-discipline, both for gifted and less gifted students. The best students are those who study more than average and do so effectively. Group work with other students greatly facilitates this effective learning.

Data analysis using computers is indeed very important, especially in experimental physics, whereas simulations tend to be more important in theoretical physics. In addition, equations often cannot be solved analytically and are calculated using a computer.

With few exceptions, Bachelor's programs primarily teach the fundamental laws of physics and develop analytical thinking skills. Without this prior knowledge, current topics are usually impossible to address. However, physics colloquia are held regularly, at which current results are presented. These are usually open to all students.

For physicists, mathematics is indeed the most important way to formulate their thoughts and to check whether these could be theoretically correct. A basic understanding of mathematics is therefore essential, sooner or later.

Searching for the right formula would take far too long. To know which formula is correct, the relevant physical relationships must also be identified and derived from the problem. It is therefore not only important to know formulas, but also to understand how to derive and apply them, and how to interpret the resulting outcome.