Mathematics I & II (Bachelor)
Graphs and functions, linear algebra, differential and integral calculus, vector analysis, statistics, applications in civil engineering
Principals of structural design
Design concept and loading according to DIN EN 1990 and DIN EN 1991 "Actions on structures": safety concept, limit states, structural capacities, strength reduction factors, safety factors, load combinations, dead load, superimposed dead load, live load (snow, wind, service loads), load distribution
Numerical Methods / Mathematics for structural engineers (Mastercourse)
Numerical Integration, matrix algebra, differential equations, application in structural engineering
Concrete Bridges (Mastercourse)
conceptual design of concrete bridges, construction methods, loads according to DIN EN 1991, modeling and design of prestressed concrete bridges