Course materials: syllabus, lecture notes, assignments, quizzes and exams, and MATLAB tutorials.
Online textbook on numerical methods, with downloadable chapters and supporting MATLAB files
Students use MATLAB simulations to explore complex cognitive processes
Review of linear algebra and mathematical methods for simulation and estimation with MATLAB
Comprehensive tutorials on MATLAB and Simulink and their application in classical control design
MATLAB published files introducing symbolic and numerical solutions for differential equations
First year undergraduate course using MATLAB and Symbolic Math Toolbox at the University of Oxford
Lecture slides and Simscape models for electromechanical, hydraulic and thermal systems
Course materials include: syllabus, tutorials, homework and solution, and projects.
Course materials by Marc Herniter & Zachriah Chambers at Rose-Hulman Institute of Technology.
Course materials include syllabus, lecture notes, assignments, projects, and MATLAB tutorials.
Published MATLAB files demonstrating concepts in multivariate and vector calculus
Lab handouts, assignments and final project material for a real-time DSP course using MATLAB
Course materials for teaching advanced DSP and imaging concepts, with implementation on TI hardware
Powerpoint slides and exercises introducing MATLAB and Simulink and their utility in teaching
Graduate-level introduction to macroeconomic theory, with MATLAB problem sets
MATLAB course on numerical linear algebra and applications on image processing and circuits
Laboratory exercises and associated MATLAB simulations from classical statistics to quantum physics
MATLAB files for a variety of mathematics courses (calculus, matrix theory, numerical analysis etc.)
Demonstration of fundamental concepts in calculus using MuPAD notebooks and Symbolic Math Toolbox
Course on design and planning of transportation systems, with MATLAB and Simulink simulations
MATLAB course on the analysis and simulation of chemical and biological systems
Undergraduate course on the physical laws, stoichiometry, and thermodynamics of energy balances
Lecture material and MATLAB code for computational methods in aerospace engineering and controls
Graduate course on formulating and solving economic models with MATLAB
Introduction to computational and simulation methods in physics & astronomy using MATLAB
Introduction to general concepts of probability, statistics and data analysis using MATLAB
Graduate course on econometric analysis of conditional models and linear causal relationships
Undergraduate course with extensive use of MATLAB for instrument control in communications labs
Assignments & demo MATLAB files on electromagnetics for course by MIT prof Jin Au Kong
Lecture material, videos & homework for course by MIT prof David Staelin
Introductory textbook on continuous and discrete-time systems, with applications to control systems
Videos and lecture notes for engineering students learning numerical methods with MATLAB
Course on the mathematics of infinite random matrices, with extensive MATLAB examples
Introduces MATLAB programming and numerical methods for chemical engineering problems
Advanced topics in numerical linear algebra (eigenvalue decomposition, QR/SVD factorization, etc).
Lecture slides and MATLAB exercises for an introductory controls course
Introductory course on linear algebra, with extensive MATLAB assignments
Lecture materials, assignments & related MATLAB files for course by MIT prof Tommi Jaakkola
Lecture slides, Simulink models and MATLAB files for teaching system modeling & conrrol design
Graduate-level course on design of multivariable feedback control systems
Course on numerical methods for linear systems, with MATLAB exercises and lecture notes.
MATLAB course on numerical issues in heat & mass transfer, fluid mechanics, simulations, etc.
Online textbook and associated code for teaching MATLAB programming and numerical methods
Online textbook and lecture slides for teaching linear algebra, ODEs, etc. using MATLAB
Introduction to linear and nonlinear elliptic, parabolic and hyperbolic PDEs and integral equations
Course on PDEs and models for advection, convection, and diffusion using MATLAB
Application of probability theory to linear regression, hypothesis testing and Bayesian inference
Focused on topics of optimization and simulation (linear & dynamic programming, optimality, etc)
Textbook, videos, lectures, assignments, & MATLAB code by Purdue University prof Supriyo Datta