The restructuring of the engineering schools into well-defined competence c
entres has led to a reorganisation of chemistry training in western Switzer
land: chemical engineering and computational chemistry at Fribourg, and ana
lytical chemistry at Sion, in both cases within a general chemical training
framework. Each school will carry out increased amounts of applied researc
h, technology transfer, and continuing education, often in collaboration wi
th industries and foreign institutes, which will strongly influence teachin
g practice.
Today, analytical chemists are confronted with a multitude of different pro
blems to be solved. Teaching analytical chemistry thus pursues two main obj
ectives: transmitting scientific knowledge and know-how.
These objectives cover not only the classical wet methods and separation te
chniques and spectroscopic methods, but also surface analysis, electrochemi
cal and coupled methods, which are indispensable for solving particular pro
blems. Students should leave school with their own critical vision of analy
tical chemistry. This means that they should be able to correctly 'analyse'
analytical results and judge them in an appropriate context. In this sense
, sampling and sample preparation deserve a very careful treatment.
In order to reinforce this orientation at the Engineering School of Valais,
two new professors with extensive industry experience have been appointed.