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Introduction to Semiconductor Technologies
Course Prerequisite(s)
- Please note that this course has the following prerequisites which must be completed before it can be accessed
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Introduction to Semiconductor Technologies
About Course
Master the foundational principles that power the global semiconductor industry. Semiconductor Fundamentals introduces you to the physics, materials, and device behavior behind modern chips—ranging from diodes and transistors to MOSFETs and integrated circuits (ICs).
This beginner‑friendly course covers everything from electron behavior in semiconductor materials to how basic devices operate inside computers, smartphones, AI accelerators, and embedded systems. You will understand how semiconductor properties are engineered through doping, how P–N junctions form the foundation of digital electronics, and why MOSFETs are the backbone of VLSI and chip design.
Whether you are planning to enter VLSI, chip design, embedded engineering, or fabrication, this course provides the essential theoretical foundation required for all advanced semiconductor and hardware engineering tracks.
Perfect for students, entry‑level engineers, and anyone aspiring to build a career in the semiconductor domain.
Benefits of the course
- Crystal Structure: Understand the atomic arrangement of Silicon and how "Doping" alters its electrical properties.
- Energy Band Theory: Master the concepts of Conduction Bands, Valence Bands, and the "Band Gap."
- Carrier Dynamics: Learn how electrons and "holes" move through a semiconductor via Drift and Diffusion.
- The P-N Junction: Decode the physics behind the world's most important electronic interface.
- MOSFET Mechanics: Understand the operation of the Metal-Oxide-Semiconductor Field-Effect Transistor—the heart of the digital age.
- Optoelectronic Basics: Explore how semiconductors interact with light for LEDs and Photovoltaics.