QUT Notes
  • Home Page
  • CAB201 - Programming Principles
  • CAB202 - Microprocessors and Digital Systems
  • CAB401 - High Performance and Parallel Computing
  • CAB403 - Systems Programming
  • CAB420 - Machine Learning
  • EGB120 - Foundations of Electrical Engineering
  • EGB242 - Signal Analysis
  • EGB342 - Telecommunications and RF
  • EGH444 - Digital Signals and Image Processing
  • EGH456 - Embedded Systems
  • MXB101 - Probability and Stochastic Modelling 1
  • MXB102 - Abstract Mathematical Reasoning
  • MXB103 - Introductory Computational Mathematics
  • MXB105 - Calculus and Differential Equations
  • MXB106 - Linear Algebra
  • MXB107 - Introduction to Statistical Modelling
  • MXB161 - Computational Explorations
  • MXB201 - Advanced Linear Algebra
  • MXB202 - Advanced Calculus
  • MXB225 - Modelling with Differential Equations 1
  • MXB322 - Partial Differential Equations
  • MXB325 - Differential Equations and Modelling 2
  • MXB326 - Computational Mathematics 2
  • MZB126 - Engineering Computation
  • MZB221 - Electrical Engineering Mathematics
Powered by GitBook
On this page
  • Prof Scott McCue
  • Semester 1, 2024
  • Downloads
  • Contents
Edit on GitHub

MZB221 - Electrical Engineering Mathematics

PreviousMZB126 - Engineering Computation

Last updated 25 days ago

Prof Scott McCue

Semester 1, 2024

Downloads

Lecture notes download:

This repository provides lecture notes for MZB221 - Electrical Engineering Mathematics.

The contents of the lecture notes are described below.

Contents

  1. Sequences and Series

  2. Taylor Series

  3. Fourier Series

  4. Scalar Fields

  5. Vector Fields

  6. Multiple Integrals

  7. Line Integrals

  8. Surface Integrals

  9. Fundamental Theorems of Calculus

  10. Laplace Transform

  11. Nonlinear ODEs

  12. System of Differential Equations

This work is licensed under a .

MZB221 Lecture Notes PDF
Attribution-NonCommercial-ShareAlike 4.0 International License