This course explores the core principles of MOSFETs (Metal Oxide Semiconductor Field-Effect Transistors), which are essential in nearly all modern electronic systems. Learners will understand MOSFET construction, operation, fabrication, and industrial applications, connecting theory to practice with real-world examples from consumer electronics, automotive, and renewable energy domains. The curriculum highlights MOSFET applications in digital logic, CMOS design, and VLSI systems, emphasizing how these devices underpin today’s digital infrastructure. Key focus areas include device physics, fabrication methods, implementation techniques, and inspection systems to ensure functional reliability and integrity.

➢Learning Outcomes

• Explain MOSFET construction, types (nMOS, pMOS), and symbols.
• Analyze and simulate MOS capacitor characteristics and device physics.
• Describe key MOSFET operational modes & I–V characteristics.
• Understand fabrication and scaling challenges in VLSI systems.
• Apply MOSFET principles to digital logic, CMOS design, and device testing.
• Assess and simulate industrial applications such as power electronics and renewable energy controllers.

➢ Skills You’ll Learn

• Device Physics: Deep understanding of MOSFET construction, channel formation, and energy band diagrams.
• Circuit Analysis & Simulation: Analyze I–V curves and operating regions using SPICE and virtual labs.
• Fabrication Knowledge: Comprehend modern semiconductor fabrication, IC scaling, and layout principles.
• Digital Logic Design: Apply CMOS principles to implement efficient logic gates and digital circuits.
• Troubleshooting MOSFETs: Identify and analyze device non-idealities, body effect, and scaling issues.
• Industrial Application Analysis: Evaluate and present MOSFET uses in EVs, smart devices, renewable energy, and more.
• Competency in Testing: Use inspection and testing methods for MOSFET and VLSI device reliability.

➢Target Audience

• Beginners seeking foundational knowledge in electronics and semiconductor devices.
• Students or engineers aiming for careers in VLSI, IC design, and digital logic development.
• Professionals desire to strengthen MOSFET and CMOS expertise for advanced system design and industry practice.
• Enthusiasts are interested in the practical impact of MOSFETs in everyday technologies such as smartphones, vehicles, and IoT devices.

➢Topics Covered in this Course

• Module 1: Introduction to MOSFETs – 50 min
• Module 2: Fundamentals & Symbols – 50 min
• Module 3: MOS Capacitor Refresh – 55 min
• Module 4: MOSFET Structure & Fabrication – 55 min
• Module 5: MOSFET Working Principle – 55 min
• Module 6: MOSFET Operating Modes – 55 min
• Module 7: MOSFET I–V Characteristics – 55 min
• Module 8: Key Parameters & Non-Idealities – 55 min
• Module 9: CMOS Design & Digital Logic – 55 min
• Module 10: Industrial & Current Applications – 55 min
• Module 11: MOSFET Applications in VLSI – 55 min

➢ Time duration 10 Hours (Modules 1–11)