The course consists of three parts. The first part is an introduction to data analysis and descriptive statistics with applications within quality technology. The second part is stochastic simulation, and predictions with application in risk analysis. The third part is multifactorial experimental design by using statistical methods and orthogonal matrices.
An important part of the content is to adapt data to a possible statistical distribution to be used at stochastic simulation.
The aim is to give the participants possibilities to use advanced statistical methods for data analysis, predictions and risk analysis as decision support within engineering related fields
On completion of the course the participants should be able to
- Analyse and present multidimensional data sets from industrial applications
- Used statistical distributions in stochastic simulation, based on given data
- Make stochastic simulations by using Monte Carlo techniques
- Explain what the simulation results say about risk and possibilities
- Use common methods within qualitative risk analysis, as a complement to numerical methods
- Make a complete risk analysis by using both qualitative and quantitative data
- Use the Design of Experiments method to evaluate multifactorial dependencies in risk analyses and predictions
- Write risk analysis reports which are understandable for all involved parties