1.Creep and deformation (over II). 2.High toughness and high temperature ceramics. 3.Background material for lectures on high toughness and high temperature ceramics. 4.Applications of advanced ceramic materials. 5.Simulation of performance of Non-Homogeneous. 6.Background material for lectures on “Non-destructive testing”. 7.Background material for lectures on “Non-destructive testing”. 8.Simulation of performance of Non-Homogeneous materials. (Lectures II+ Background material). 9.Porous media. (Lectures I and II). 10.Sintering and microstructure. (Lectures III). 11.Porous media. (Lecture III-V). 12.Fibre strengthening of ceramics and glasses. (Background material). 13.Microstructure design. (Lectures I-III). 14.Mechanical behavior of composites. (Background material). 15.A strong-Coupling mechanish in the high-TC. Cooper oxides. 16.Processing of advanced ceramic and composite materials. 17.Transport properties in ceramic Ionic conductors. 18.Simulation of performance of Non-Homogeneous materials. (Lectures III). 19.Structure determination. (Background material). 20.Strengthening mechanism and strong microstructure. 21.Positron studies on defects in materials. 22.Fibre reinforced ceramics. (Continuation of lectures). 23.Mechanical bahavider of composites. 24.Theoretical developments in Ni-Tc super conductivity. 25.Structural properties of oxide super conductors. 26.“Ceramic coating”.