to global supersymmetry.- N=1 and N=2 supergravities coupled to yang-mills theories: General couplings and spontaneous symmetry breaking.- N=1 Supergravity unified theories and their experimental signatures.- TEV scale models with two supersymmetries.- Aspects of N=1 supergravity models.- Geometric hierarchy — global and local SUSY.- Supersymmetry, compositeness and a new approach to generation problem.- Search for supersymmetric particles.- Methods in non-perturbative field theory.- Anomalies and index theory.- Stochastic quantization, associated supersymmetry and Nicolai map.- Chiral symmetry, 1/N expansion and low energy quantum chromodynamics.- Numerical simulations — Canonical and microcanonical.