Control Parrot drones from MATLAB and acquire sensor data

Today we’re talking to Tingkai Li, who participated in the Development Collaborative Research Grant program at MathWorks, which supports academic research aligned with development priorities for MATLAB and Simulink. Through the program, he advanced battery…

A high-performance electric vehicle (EV) model with a dual-motor (2EM) architecture, developed using Powertrain Blockset™.

When designing flight controls, a good model of your aircraft and its operational environment are needed. Where models are available, traditional methods like PID provide good performance. However, PIDs have a limited operating window which can make them…

Fast Sum with error compensation

A teaching package containing interactive and engaging content for an introductory course in rigid-body robotics.

Nonlinear confidence bands help you quantify forecast uncertainty in DSGE models, but they can be slow to compute. At the MathWorks Finance Conference, Kadir Tanyeri (International Monetary Fund) showed a MATLAB workflow that cut simulations from more than…

Interactively create AI-based reduced order models (ROMs) of subsystems modeled in Simulink® using the Reduced Order Modeler app. Using this app, you can create ROMs from full-order high-fidelity third-party simulation models brought into Simulink as Functional…

We’re excited to announce the winners of the Simulink Student Challenge 2025!

The challenge brought together innovative minds from around the world, showcasing the Simulink in their projects. A big thank you to all the participants for their hard work, creativity…

Think control engineering is all about designing the perfect controller? Think again. This tech talk breaks down the misconceptions that many students have about this field. From why the “best” controller isn’t always the one with the fastest response to…

Learn how MATLAB® Copilot can be used by educators and instructional designers to enhance teaching and learning experiences. MATLAB Copilot can instantly generate code examples, practice problems, and unit tests—making it easy for educators to supplement…

MATLAB® Copilot is your AI assistant for writing, understanding, and debugging MATLAB code within the MATLAB desktop environment. It assists with MATLAB workflows and provides responses based on information specific to MATLAB.

In this demonstration, you’ll…

Gahounzo et al., (2026). h-NUMO: A high-performance discontinuous-Galerkin code for hydrostatic ocean modelling. Journal of Open Source Software, 11(119), 9147, https://doi.org/10.21105/joss.09147

How about if you could easily present your TopoToolbox code, results and entire studies to others? The TopoToolbox GitHub organisation now has a new feature: The TopoToolbox Gallery. This growing r…

Riley et al., (2026). INS_IEP: A MATLAB package for fitting peaks of Inelastic Neutron Scattering data in spin cluster systems. Journal of Open Source Software, 11(119), 9176, https://doi.org/10.21105/joss.09176

Time series modeling helps you understand and predict how systems change over time by analyzing data collected at regular intervals. Learn what time series data is and why it matters through relatable examples such as sleep tracking and home energy usage.…

This video demonstrates how to use MATLAB Copilot to streamline the course design process for MATLAB-based classes. It covers writing clear, measurable learning objectives using the ABCD model, generating tailored learning activities from those objectives…