After completing the course
1.    Knowledge and understanding
•    you can explain the concepts: work, energy, momentum, angular momentum and moment of inertia
•    you can explain the concepts: time dilation, length contraction and radioactive radiation
2.    Skills and abilities
•    you can make free-body diagrams and solve 2D dynamical problems for particles and rigid bodies e.g. in simple rotation, physical pendulum motion, satellite movement, arbitrary collisions and non-constant acceleration
•    you can calculate the position of the center of mass for arbitrary 2D bodies
•    you can apply the law of conservation of mechanical energy on systems with rotating parts
•    you can solve 1D problems in special relativity
•    you can calculate the energies in radioactive decay and nuclear reactions
•    you can present scientific results in a structured way
3.    Assessment and attitude
•    you can participate in the nuclear debate in an informed way
•    you are aware of the world view of modern physics and your own responsibility to develop sustainable technical solutions

•    special relativity
•    nuclear- and particle physics
•    radioactivity
•    risks of radiation exposure when using radioactive isotopes in technology and medicine
•    astrophysics and cosmology
•    motion under non-constant acceleration
•    polar coordinates
•    2D collisions, coefficient of restitution
•    gravitation
•    periodic motion
•    movement of center of mass
•    intertia
•    kinetics and kinematics of rigid bodies (translation and rotation)
•    dynamic momentum and forces in bearings
•    moment of inertia and dynamics of rigid bodies