BAS102
Engineering Physics notes — handwritten
Engineering Physics for CSE leans towards optics, quantum mechanics and semiconductor behaviour rather than mechanics, because those are the topics that explain how the hardware underneath a program actually works — from fibre links to the transistor switching inside a processor.
The unit order below follows the standard university teaching sequence. Use these topic-wise lecture notes, revision checklists, and important exam questions to structure your exam preparation effectively.
Unit-wise Syllabus & Notes
Unit 1
Wave optics: interference, diffraction and polarisation
Notes, worked approach, and a revision checklist.
Open unitUnit 2
Electromagnetic field theory and Maxwell's equations
Notes, worked approach, and a revision checklist.
Open unitUnit 3
Quantum mechanics and the Schrodinger equation
Notes, worked approach, and a revision checklist.
Open unitUnit 4
Semiconductor physics and band theory
Notes, worked approach, and a revision checklist.
Open unitUnit 5
Lasers, fibre optics and modern physics applications
Notes, worked approach, and a revision checklist.
Open unitFrequently Asked Questions
What is the syllabus for Engineering Physics?
The syllabus is divided into 5 main units: Wave optics: interference, diffraction and polarisation, Electromagnetic field theory and Maxwell's equations, Quantum mechanics and the Schrodinger equation, Semiconductor physics and band theory, Lasers, fibre optics and modern physics applications. Each unit covers specific topics essential for university examinations.
Where can I find important questions for Engineering Physics?
Wink Notes provides unit-wise worked approaches, past-paper analysis, and a revision checklist to help you identify and practice the most important questions for Engineering Physics.
How many units are in Engineering Physics?
Engineering Physics (BAS102) is divided into 5 units: Wave optics: interference, diffraction and polarisation, Electromagnetic field theory and Maxwell's equations, Quantum mechanics and the Schrodinger equation, Semiconductor physics and band theory, Lasers, fibre optics and modern physics applications. Each unit is covered with detailed topic-wise lecture notes, worked examples, and a revision checklist.