Engineering 326 - Computational Methods for Environmental Engineering III

• Catalog course description
• Course syllabus
• Course topics
• Format of lab reports and term project
• Prototype program illustrating components of typical ENGR 326 lab assignment program
• Pseudocode for Romberg integration algorithm
• Sample program demonstrating how to generate a 3-D surface plot with Dislin

• Lab Assignment 1 (Newton-Cotes integration formula derivation) Due before lab, February 2
• Lab Assignment 2 (Romberg numerical integration - "hand" calculation) Due before lab, February 2
• Lab Assignment 2 (Romberg numerical integration - program and report) Due 5:00 PM, February 5
• Lab Assignment 3 (Gaussian Quadrature - "hand" calculation) Due 11:00 AM, February 3
• ODE Lab Assignment 1 Due before lab, February 9
• ODE Lab Assignment 2 Due before lab, February 16
• ODE Lab Assignment 3 Due before lab, March 2
• ODE Lab Assignment 4 Problems 1, 2, and 3 due before lab, March 2; problems 4, 5, and 6 due 5:00 PM, March 5
• Numerical ODE (Introduction to Runge Kutta methods) Lab Assignment Due before lecture, March 10
• Numerical ODE (RKF) Lab Assignment (Program) Due 5:00 PM, March 19
• BVP ODE (Shooting Method) Lab Assignment (Program and report) Due 10:00 AM, April 5
• PDE Lab Assignment 1 - Elliptic PDE (program) Due 10:00 AM, April 19
• PDE Lab Assignment 2 - Parabolic PDE (program and report) Due 5:00 PM, April 28

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