Physics – Bachelor’s Programme

Program Overview

Are you intrigued by the fundamental forces of nature? Do you dream of developing environmentally friendly technology or creating materials with unique properties? The Bachelor’s Programme in Physics provides you with the theoretical and experimental knowledge needed to explore these areas. Physics is about the fundamental building blocks of our world and the forces and laws that govern them. Physicists explore the properties of matter through advanced experiments and develop models to describe reality, often with the help of detailed computer simulations. Depending on your specialization, you may for example work on investigating elementary particles or developing new components for energy-efficient technology and advanced solar cells. During the Programme In your first year, you’ll build a solid foundation with courses in mechanics, electromagnetism, quantum mechanics, thermodynamics, and mathematics. From the second year, you’ll deepen your knowledge by integrating physics with mathematics. You will study applications in molecular physics, atomic and nuclear physics, elementary particles, and materials science. The programme includes lectures, laboratory work, problem-solving exercises, and independent projects. You will learn how to plan, conduct, and analyze experiments, to program, to use advanced experimental equipment, as well as to process and interpret data. In the third year, you can choose elective courses, allowing you to either specialize or broaden your knowledge in other subjects. The final semester is dedicated to a bachelor’s thesis, often connected to ongoing research. There are many exciting research opportunities, both theoretical and experimental, within Lund’s profile area "Light and Materials" (with the 2023 Nobel laureate Anne L’Huillier), particle physics in collaboration with CERN, astronomy, or industry-based research. Some projects are conducted at Lund’s world-leading research facilities, such as the MAX IV synchrotron and the upcoming European Spallation Source (ESS), with applications in natural sciences, technology, and medicine. Through the Bachelor’s Programme in Physics, you are well-prepared to engage with these cutting-edge developments. After Graduation Many students choose to continue their studies at the master’s level. As a trained physicist, you can work in a wide range of fields, such as environmental technology, space research, energy development, computational modelling, and simulations. Potential career roles include design engineer, measurement engineer, process developer, or quality manager. This is the international track of the Bachelor’s Programme in Physics, taught entirely in English. You start with the mathematics block in the first semester, followed by the physics block in the second semester

Academic Requirements