Modern Microelectronic Devices

The course focuses on a detailed analysis of the structure, physical principles, and electrical behavior of semiconductor devices in the context of advanced applications in microelectronics and power electronics. The content is grounded in the quantum-mechanical description of solids and the electronic properties of semiconductor materials, and it builds on the modeling and design of practical devices within electronic systems.
Emphasis is placed on the integration of physical models with simulation tools (SPICE) and the engineering interpretation of their outputs for the design and optimization of electronic components and systems.