Mastering Semiconductors: From Basics to Advanced

A comprehensive guide to semiconductor physics, diodes, and modern electronic devices — basics to advanced applications

What you'll learn
- Understand semiconductor basics; explain how intrinsic and extrinsic types differ in charge carriers and conductivity.
- Apply concepts to analyze PN junctions under bias using circuit models and electrical behavior principles.
- Evaluate semiconductor devices like diodes and transistors using I-V curves and circuit simulations.
- Create efficient analog-digital semiconductor circuits tailored to specific application needs and design goals.

Requirements
- Basic Knowledge of Physics Understanding of atomic structure, electric charge, and basic electricity concepts. Introductory Electronics or Electrical Engineering Familiarity with current, voltage, resistance, Ohm’s law, and basic circuit components. Mathematics Proficiency

Description
Semiconductors and Devices: Basics to advanced:Unlock the secrets of modern electronics with this comprehensive course on semiconductors and electronic devices. Whether you're a student, engineer, or electronics enthusiast, this course takes you on a structured journey — starting from the fundamentals of semiconductor physics to advanced electronic device concepts and applications.

You'll begin by understanding the atomic structure, energy bands, and the behavior of charge carriers in intrinsic and extrinsic semiconductors. From there, you'll explore essential components like diodes, BJTs, and MOSFETs, and see how they are used in real-world circuits and systems.

As you progress, the course dives deeper into topics such as transistor biasing, device modeling, CMOS logic, and power electronics. You’ll also get insights into modern fabrication techniques and emerging technologies like SiC/GaN devices and nanoelectronics. Additional sections will cover optoelectronic devices, thermal effects, breakdown mechanisms, and simulation-based analysis for enhanced practical understanding and problem-solving skills.

By the end of the course, you’ll have a solid understanding of both the theoretical and practical aspects of semiconductors — making you well-equipped for exams, interviews, or real-world design work. Whether you're building foundational knowledge or sharpening advanced skills, this course has you comprehensively covered.

From your faithfully

Dr. Purushotham Endla

Who this course is for:
- Undergraduate students in electronics, electrical engineering, or physics looking to deepen their understanding of semiconductors. Graduate students or researchers entering the field of microelectronics or semiconductor device physics. Electronics hobbyists and self-learners who want a structured path from fundamentals to advanced applications. Industry professionals and technicians seeking to refresh or upgrade their knowledge in semiconductor technology and device design. Educators or trainers designing courses or teaching semiconductor concepts.
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