MATLAB Resources

MATLAB Online Sessions 

The SEAS Computing Facility provides a video tutorial to learn MATLAB on the official YouTube Channel GW SEAS Computing Facility. This is an introductory video series to MATLAB and Simulink.

MathWorks also provides training that can be accessed here

MATLAB Materials & Practice Problems

Slide decks from past presentations and sample practice problems are available below. (Courtesy of  Farhad Goodarzi)

MATLAB Instructional Powerpoint Slides

Problem Sets and Bonus Problem

Problem Set 1 Problem Set 2 Problem Set 3 Problem Set 4
Problem Set 5 Problem Set 6 Problem Set 7 Problem Set 8

Video Tutorials

Five free Interactive MATLAB and Simulink Based Tutorials are available to help undergraduate students and other new users get started.

Users will be asked to sign into their MathWorks account (only by GW email address) to access these tutorials:       

                   MATLAB (120 Minutes)

                   Simulink (135 mins)

                   Signal Processing (150 mins)

                   Control Systems (150 mins)

                   Computational Mathematics (160 mins)

                   Parallel Computing (9 short videos)


Webinar and Courseware

MATLAB courseware consists of downloadable sets of curriculum materials for educators based on MATLAB and Simulink. These materials help you develop and enhance curriculum, facilitate lectures and classroom examples, and inspire student learning.

               MATLAB Courseware

               MATLAB Webinars 

In case more help is needed, hundreds of online examples of problem solving techniques are available.         

On Demand

Getting Started with Software-Defined Radio using MATLAB and Simulink

Join engineers from MathWorks, Analog Devices, and Avnet who will show a single hardware/software development and deployment environment for Software-Defined Radio. Using MATLAB® and Simulink®, users can go from designing and simulating communications algorithms to generating production implementations targeting the Xilinx® Zynq®-7000 All Programmable SoC and Analog Devices AD9361 RF Agile Transceiver™.

During our presentation, we will demonstrate how to:

  • - Model and simulate radio designs
  • - Verify algorithms in simulation with streaming RF data
  • - Deploy radio designs on Zynq-based hardware with HDL and C-code generation