Scientific Computing (SciComp)
The development of computer technology and computing enables powerful use of modelling in science and technology. By the use of modelling and modern computing methods it is possible to gain highly accurate information from the measurements conducted using technical instrumentation. Further, using simulations it is possible to anticipate whether it is reasonable to conduct complicated and expensive measurements.
Main obstacles in capitalizing benefits from the scientific computing are related to the lack of relevant education. It is impossible to include all necessary courses in scientific computing into e.g. physics or mathematics curriculums. Optimization of the benefits in scientific computing requires the knowledge from the applications as well as selected knowledge in applied mathematics, physics, statistics and computer science. In SCICOMP the students will gain broad understanding in simulation and modelling methods. Example applications include those from continuum mechanics, fluid dynamics, heat transfer and electromagnetism.
