General Info

1^st YEAR
1^st Semester	2^nd Semester
Physics Ι (mechanics, waves) General and Inorganic Chemistry Mathematics Ι Computer-Informatics Ι Laboratories of General Chemistry Engineering Drawing I Foreign language	Physics ΙI (electromagnetism, optics) Organic Chemistry Mathematics ΙI Computer-Informatics ΙI Laboratories of Physics Engineering Drawing II English technical terminology

2^nd YEAR
3^rd Semester	4^th Semester
Classical and statistical thermodynamics Ordinary differential equations Physical-chemistry Ι Laboratory of physical chemistry Chemical Thermodynamics Continuum Mechanics Introduction to Materials Science	Physical-chemistry ΙI Partial differential equations Quantum theory of matter Laboratory Materials I: Introduction to Materials Science Diffusion and transportation phenomena Unit Operations Electrical, magnetic and optical properties of materials

3^rd YEAR
5^th Semester	6^th Semester
Fluid mechanics Physical metallurgy I Chemical reaction engineering Atomic and electronic structure of solids Laboratory of Materials II: Ceramics and composite materials *+ 2 courses out of:* Probabilities, statistics & treatment of experimental data Numerical analysis and applications Materials and environmental engineering Classical mechanics	Applied mechanics Ceramics Physical metallurgy II Heat transfer Plant design and process engineering *+ 2 courses out of:* Complex analysis Chemistry of nanoporous and clay materials Wave mechanics Applications of informatics

4^th YEAR
7^th Semester	8^th Semester
Laboratory of Materials III: Electronics and magnetic materials Semiconductors and dielectric materials Polymers Composite materials Laboratory of Materials IV: Mechanical behavior and quality control *+2 courses (1 from the direction of the Diploma Thesis) out of:* Glasses and optical materials Corrosion and protection of materials Organics chemistry - special issues Oil derived materials, petrochemicals and lubricants Materials for nano-structures, nano-devices and micro-engines Computational methods in materials science Vacuum and plasma engineering Structure characterization of materials with X-ray techniques Management I Group theory and applications Mechanics - special issues Introduction to pharmaceutical chemistry	Laboratory of Materials IV: Metallurgy Polymer engineering Magnetic materials and superconductors Biomaterials and biomedical engineering Laboratory of Materials V: Polymers *+2 courses (1 from the direction of the Diploma Thesis) out of:* Fracture mechanics Non-destructive analysis Metallurgical Engineering Computational methods in continuum mechanics Environmental chemistry - special issues Synthetic Chemistry & chemical modification of polymers Nanotechnology Magnetic materials design Simulation and materials design techniques Management IΙ Plant design and process engineering - special issues Mechanical behavior of composite materials
Optional Practical exercise of students during the summer period

5^th YEAR
9^th Semester	10^th Semester
*6 courses (4 from the direction of the Diploma Thesis) out of:* Ceramics - special issues Aluminum engineering Industrial alloys Materials characterization techniques Bioceramics Phase transformations in materials Polymers - special issues Polymers and related materials with controlled morphology Packing materials and recycling Biomedical spectroscopy and medical technology Photonic materials Computational methods for complex systems Contemporary computational techniques Introduction to advanced computational methods in materials science Advanced electronic materials and small dimension systems Surface science and thin films Seminars on materials science by invited scientists Composite and structural - construction materials characterization and properties	*Diploma Thesis* (the 3 available scientific directions are reported above)

Contact : Dept. Materials Science & Engineering, University of Ioannina, GR-451 10 Ioannina, Greece, Tel (+30)-265100-7109, -7202 (Secretary) -9001 (Chairman)