Thousands of engineers. Hundreds of ideas. One global community. Take a look back at #MATLABEXPO Online 2025 and see how engineers around the world are advancing innovation with MATLAB and Simulink. Registration for MATLAB EXPO Online 2026 is now open: spr.ly/6016BG5x5g

Two types of splines you need to know ⬇️ 📈 Cubic spline interpolation: fit every data point 🌊 Smoothing splines: balance accuracy and smoothness to reveal the underlying trend When should you choose one over the other?

How can a collection of sine waves become a sawtooth wave? This MATLAB visualization, created with the MATLAB Agentic Toolkit, shows how a Fourier series is built one harmonic at a time. As each harmonic is added, you can watch the waveform take shape 🌊⤵

Visual Inspection Toolbox provides apps, algorithms, and AI models for designing, testing, and deploying visual inspection and analysis applications. Available now in MATLAB R2026b: spr.ly/6018BGKLre

Can one actuator balance three pendulums? 👇 Using MATLAB Agentic Toolkit, this project explores the control of an under actuated triple pendulum. Can you see when the system transitions from motion planning to balancing? 🎯

Agentic AI is most useful when it's connected to engineering context. With Simulink Agentic Toolkit, AI agents can work directly with models, simulations, requirements, and tests to support Model-Based Design workflows. Learn more: spr.ly/6017BHGLOF

If you could work on one part of EV battery development, what would it be?

Behind every EV battery is a series of engineering tradeoffs. This workflow shows how Simulink can be used to evaluate system performance, optimize battery pack design, select the right model fidelity, and validate results in a full vehicle model.

What does it take to model a rotorcraft before it's ever built? 🚁 With Model-Based Design, engineers can move from early concepts to detailed simulations, helping them test and refine designs faster. Explore Model-Based Design with R2026b: spr.ly/6014BG7XNM

How do you verify satellite coverage along a flight path? This analysis shows an aircraft maintaining line-of-sight access to at least one satellite throughout its journey up the U.S. East Coast. Built with Aerospace Toolbox in MATLAB R2026b. #WorldSpaceWeek

Artemis II marked a major milestone in humanity's return to crewed lunar exploration. This model visualizes the mission's free-return trajectory around the Moon, showing how gravity helped guide the spacecraft. What space mission are you excited to see next? #WorldSpaceWeek

This blog walks through building a minimalist AI agent in MATLAB using the MATLAB AI Agent SDK and a local model served by Ollama, showing how an LLM, an agentic loop, and MATLAB functions that act as tools work together. 🔗 spr.ly/6012BGFb0r

A trip to the Moon starts long before liftoff! For World Space Week, check out this Artemis II-inspired trajectory simulation created by PhD student Jacob Honer. See how it works and get the code: spr.ly/6012BGSuhs

This mega constellation model features three shells & is built using a Walker constellation architecture, demonstrating the scalability of satellite scenario modeling for large-space-system analysis and visualization. Created with MATLAB R2026b Aerospace Toolbox. #WorldSpaceWeek

From the new MATLAB Package Manager and enhanced Command Window with Markdown support to GPU interoperability with PyTorch, TensorFlow, and CuPy, R2026b brings new updates designed to help you work more efficiently and accelerate development 👉 spr.ly/6017BGQDIx

🏎️ What does it take to build a driverless racecar capable of 180 mph? Read how students in Clemson University's Deep Orange program tackled that challenge as part of the Indy Autonomous Challenge: spr.ly/6011BGTIUd

October status: running 🎃🚶