1. Review of Semiconductor Device Physics. - 2. Classical and Semiclassical Models. - 3. Numerical Techniques Finite Difference and Boundary Element Methods. - 4. Numerical Techniques The Finite Element Method. - 5. Gallium Arsenide versus Silicon Applications and Modelling. - 6. Physical Models for Silicon VLSI. - 7. Physical Models for Compound Semiconductor Devices. - 8. Modelling of Semiconductor Laser Diodes. - 9. Equivalent Circuit Models for Silicon Devices. - 10. High Frequency Equivalent Circuit Models. - 11. Modelling of Noise Processes. - 12. Monte Carlo Modelling Techniques. - 13. Quantum Transport Modelling. - 14. Computer Simulations. - 15. Practical Aspects of Device Modelling. Language: English