Every Wednesday (except during project presentation weeks) we meet in SEL 2249

Course Content

The text book for this course is `Industrial Mathematics. Modeling in Industry, Science, and Government.' by Charles R. MacCluer, Prentice Hall, 2000.

1. Statistical Reasoning

  • L-1 The four most useful distributions
  • L-2 Taguchi quality control
  • L-3 Factor analysis and design of experiments

  • L-4 Proposals of projects, technical writing and presenting

    2. The Monte Carlo method

  • L-5 mean time between failures and servicing requests

    3. Data Acquisition and Manipulation

  • L-6 z-transforms
  • L-7 Simulations, Filters, and Stability Plots
  • L-8 Filters
  • L-9 Bode plots, feedback, and decibels

    4. The Discrete Fourier Transform

  • L-10 cruise control and spectral analysis
  • L-11 the DFT: definition, properties, and filter design
  • L-12 the FFT and image processing

  • L-13 Presentations of Project I
  • L-14 Presentations of Project I (continued)

    5. Linear Programming

  • L-15 Introduction to Linear Programming
  • L-16 LP continued and introduction to Regression.

    6. Regression

  • L-17 Regression

    7. Cost-Benefit Analysis

  • L-18 Fourier Series and Cost-Benefit Analysis

    8. Microeconomics

  • L-19 Microeconomics
  • L-20 Macroeconomics

  • L-21 Midterm Exam on Chapters 1 to 8 with answers

    9. Ordinary Differential Equations

  • L-22 ODEs in mechanics
  • L-23 Nonlinear Population Dynamics
  • L-24 linear systems

    10. Frequency Domain Methods

  • L-25 Frequency domains, signals, and plants
  • L-26 signals and ODEs, electronic circuits
  • L-27 Filters and Bode plots

  • L-28 Presentations of Project II
  • L-29 Presentations of Project II (continued)

  • L-30 Control by Feedback
  • L-31 Root locus, Nyquist analysis and control

    11. Partial Differential Equations

  • L-32 Air quality modeling by the advection equation with diffusion
  • L-33 Separation of variables applied to the heat equation
  • L-34 PDEs in Maple
  • L-35 Traffic Flow modeling
  • L-36 Periodic Steady State

    12. Divided Differences

  • L-37 Numerical solving of ODEs and PDEs in Maple

    13. Galerkin's method

  • L-38 Illustration of Galerkin's idea in Maple
  • L-39 Finite Elements

    14. Splines

  • L-40 Illustration of Splines in Maple

  • L-41 Review for final exam, html version of Maple worksheet
    Review for final exam, chapters 9 and 10, html version of Maple worksheet

  • L-42 Individual Presentations of Project III
  • L-43 Individual Presentations of Project III (continued)
  • L-44 Individual Presentations of Project III (continued)
    The web pages for the MCS 494 Fall 2003 Course Content are still available.