Starting from 1998, my
teaching
activities have covered different levels (LMD) and audiences
(matematicians, biologists and chemists, computer scientists,
psicologists...), and a wide range of domains both in Matematics (Analysis, Algebra, Geometry),
and in Matematics-Computer
Science (use of softwares
in the mathematical spirit, in particular computer algebra
and statistics),
and in Computer
Science
(operating systems Unix (Linux kernel) and Windows,
algorithmics,
programming in Ada, C e Java).
In
order to innovate in the Mathematics teaching at IUT
Dijon-Auxerre, I proposed and gave a complementary course in Statistics
with the software R
( IUT-Computer Science L2).
Mini-course (research)
- Topology and combinatorics, Unicamp
(Campinas - SP, Brazil):
I. One rectangle hyperbolic
systems: the substitutions hidden in the bendings of an invariant
manifold, 19th of March 2003;
II. The inverse limit
approach: aperiodic tilings and weak equivalence of substitutions,
26th of March 2003.
LM
teaching in Mathematics
Discrete
Mathematics for IUT-Computer Science (L1), Graph
Theory
for IUT-Computer Science (L1), Algebra
for IUT-Computer
Science (L1), Mathematics IUT-Mechanics
(L2), Mathematics for
doctors-engeneers ESIREM (L3), Mathematics
for Mathematics
(L1), Mathematics for Natural Sciences (L1), Statistics for
Psychology (L1);
in
Mathematics-Computer Science
Algorithmics and
Discrete Mathematics with
Maple for Mathematics (M1), Projects in
Probability and Numerical Analysis with Maple
for Mathematics
(L3), Laboratoires de Statistique : with R for
IUT-Computer Science (L2), with Statistica
and Excel
for Social Sciences (L3), with Statistica
and
Statview
for Biochemistry (M1), Mathematics on computer with Maple IUT-Mechanics
(L1), Maple
for Mathematics (L1);
in Computer Science
Operating Systems Unix
(Linux kernel) and Windows for
IUT-Computer Science (L1), Algorithmics and Programming (with Java, C, Ada)
for IUT-Computer Science (L1), Computer Science with Maple IUT-Mechanics
(L1).
