BTech Electrical & Electronic Engineering (Level 100): Program Notes & Question Bank

88 topics across 7 chapters

Chapter 1

Engineering Mathematics I (Level 100)

Algebra & functions refresher (indices, logs, equations, graphs)

Trigonometry, complex numbers & phasors basics

Calculus I: limits, differentiation & applications

Calculus II: integration techniques & applications

Vectors & matrices basics (linear algebra essentials)

Math notes & formula sheet (quick revision)

Math practice questions (drill set)

Chapter 2

Engineering Physics I (Level 100)

Units, dimensions, significant figures & scientific notation

Mechanics for engineers (forces, work/energy, momentum)

Electricity & magnetism basics (fields, potential, EM induction)

Waves & optics basics (with signal intuition)

Physics notes & key laws summary sheet

Physics practice questions (drill set)

Chapter 3

Electrical Circuits Fundamentals (Level 100)

Circuit quantities & laws (Ohm’s law, KCL/KVL, power/energy)

Network reduction & circuit theorems

2 subtopics

Thevenin/Norton equivalents (concept + computation)

Superposition, source transformation & maximum power transfer

Systematic DC analysis methods

2 subtopics

Nodal (node-voltage) analysis (step-by-step)

Mesh (loop-current) analysis (step-by-step)

AC circuit analysis (phasors & impedance)

3 subtopics

↗ Trigonometry, complex numbers & phasors basics (see Chapter 1)

Impedance/admittance of R, L, C and combinations

AC power, power factor & resonance basics

First-order transients (RC/RL)

2 subtopics

Time constant intuition & step response sketches

Energy in capacitors/inductors & continuity rules (vC, iL)

Circuits notes & formula sheet (DC/AC/transients)

Circuits practice questions (drill set)

Chapter 4

Electronics Fundamentals (Level 100)

Semiconductor basics & diode model overview

Diode circuits (rectifiers, regulators, clippers/clampers)

Transistors & basic amplifiers (intro block)

3 subtopics

BJT fundamentals (operation regions, DC bias intuition)

MOSFET fundamentals (switching idea, common configs overview)

Basic transistor amplifiers (small-signal idea, gain, loading)

Op-amp fundamentals (ideal model)

2 subtopics

Inverting & non-inverting amplifier configurations (ideal op-amp)

Summing, integrator & differentiator (concept-level)

Electronics notes & key device equations (quick revision)

Electronics practice questions (drill set)

Chapter 5

Computing & Programming for Engineers (Level 100)

Programming fundamentals (Python or C)

3 subtopics

Variables, types, I/O, conditionals & loops

Functions, arrays/lists & basic modular design

Debugging basics + intro to Git/version control workflow

Spreadsheets, plotting & data handling

2 subtopics

Data entry, units consistency & table formatting

Plotting best practices (labels, units, scales, error bars)

Digital logic & number systems (intro)

2 subtopics

Binary/hex arithmetic, signed numbers & simple conversions

Logic gates & Boolean algebra basics (truth tables, simplification)

Intro numerical methods for engineers (EEE-flavored)

2 subtopics

Root finding basics (bisection / Newton idea)

Numerical differentiation/integration (trapezoid idea, errors)

Computing notes & cheat sheets (syntax + workflows)

Programming practice exercises (weekly drills)

Chapter 6

Measurement, Instruments & Lab Skills (Level 100)

Electrical lab safety, ESD awareness & lab etiquette

Measurement errors & uncertainty

2 subtopics

↗ Units, dimensions, significant figures & scientific notation (see Chapter 2)

Uncertainty propagation exercises (worked practice)

Core lab instruments

3 subtopics

Digital multimeter (DMM): safe measurement of V, I, R

Oscilloscope basics: probes, triggering, amplitude/frequency

Bench power supply & function generator usage (limits, grounding)

Basic electrical measurement labs

3 subtopics

Lab: measuring resistors & verifying tolerance (series/parallel)

Lab: I–V characteristics (resistor and diode)

Lab: power and energy calculations from measurements

Sensors & transducers (intro and examples)

Lab notebook habits, lab report structure & referencing

Chapter 7

Communication, Study Skills & Exam Practice (Level 100)

Technical writing for engineers

3 subtopics

Clear technical paragraphs, definitions & structured solutions

Equations, figures, tables & units formatting standards (basics)

Academic integrity: paraphrasing, citation basics & avoiding plagiarism

↗ Lab notebook habits, lab report structure & referencing (see Chapter 6)

Presentations, teamwork & professional communication

Technical reading & note-taking (textbooks, slides, datasheets)

Study planning & problem-solving workflow (how to approach problems)

Past questions: common patterns & marking schemes

4 subtopics

Exam-style question set: Engineering Mathematics I

Exam-style question set: Engineering Physics I

Exam-style question set: Electrical Circuits Fundamentals

Exam-style question set: Electronics Fundamentals

Exam time management drills (speed + accuracy routines)