The course, which is primarily taught to junior level students majoring in oceanography, mechanical engineering and mathematics, covers the basic materials of vector calculus ...

A first-year graduate core course on the numerical solution of linear structural problems by finite element methods. This course has been taught 12 times, every Fall ...

This course provides both an introduction to Electromagnetism and to Mathematica. A large proportion of the students taking this course use Mathematica to complete the ...

excerpted from: Teaching MBA Students to Compete in Simulated Oligopoly Environments by Philip Crooke, Luke Froeb, Steven Tschantz Vanderbilt University We teach MBAs how ...

This is an introductory graduate-student course in nonlinear programming. The focus is on theory and algorithmic methods for solving equations and for the related task of ...

The Maths Lab forms the main component of a maths course for first-year chemistry students. In addition, a small number of lectures are given to motivate the use of maths in ...

This graduate level course, which is offered every two years, is typically taken by about 15 students. The students are a mix of undergraduates and graduate students in ...

These laboratory materials represent the second semester in a three semester scientific and engineering calculus sequence developed at Lafayette College in Easton, ...

A four lecture undergraduate engineering course on variational methods and stress analysis. Lecture 1: Fundamentals of elasticity: strain energy density, generalised Hooke's ...

Introduction to the theory of linear signals and systems. Analysis of continuous-time and discrete-time signals and systems. Linear, time-invariant (LTI) system properties ...