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MapleSim 2026 is here. 🚀 This release is all about keeping everything you need right where you're working, so engineers can spend less time navigating the software and more time on the engineering. What's new: 🔹Build faster: context-sensitive hover bars put your most-used commands right next to each selection 🔹Explore without leaving the diagram: a new split pane shows component help, Modelica code, and live plots beside your model 🔹Optimize with live insight: watch system plots and the objective function update as the optimization runs 🔹Connect with your tools: expanded FMI support and the latest CAD formats 🔹Model more of your web line: the new Web Handling Model Creation App builds complete models from your machine data, with new support for delamination, noncircular winding, and more 🔹Get started easily: MapleSim, all toolboxes, and the Maple engine now install together Explore everything new in MapleSim 2026: https://lnkd.in/e6eadeh9

Ask any engineer where the time goes in a modeling project, and the answer is rarely "the math." It's everything around it: hunting for commands, opening help in another window, checking a plot, finding your place in the model again. Each interruption is small. Together, they can turn an afternoon of modeling into a week. MapleSim 2026 was built around that idea. From the first install to the final result, it keeps what you need right where you're working... here's how 👇

A circuit schematic tells you everything you need to know. Turning it into a reviewable calculation document is where engineers lose hours – tracking down datasheets, pulling parameters, checking units. An AI coding assistant can handle all of it. Point one at a circuit diagram and it extracts the component equations and assembles a dimensionally consistent Maple Flow worksheet – where the math stays live, the units are tracked, and every assumption is visible. Here's Samir Khan to show you how 👇

Polished solutions. Less visibility. AI has changed what student work looks like. The finished solution may be cleaner than ever, while giving instructors fewer clues about what the student actually did. Maple Classroom is designed to change that. Give students interactive activities in Maple and follow their progress as they explore, test ideas, solve problems, and use tools along the way. See more of the learning – not just the finished product. Now available as a Technology Preview in Maple 2026. 💻 Register now to join Karishma Punwani for a live walkthrough on October 28: https://lnkd.in/g_aKajxy

AI can help you work faster with math. But how do you make sure the results are accurate and repeatable? In our recent webinar, Boosting Productivity with AI and Maple, we explored how Maple brings AI-assisted workflows together with reliable mathematical computation. From connecting LLMs to Maple using MCP, to generating code and visualizations, to working with mathematics captured from images and handwritten notes, the session covered practical ways to make mathematical work more efficient. Missed the session? Read our recap for the key takeaways ⬇️

How many test runs did it take to solve the last tension problem on your line? 🤔 Every iteration cost technician time, scrapped material, and machine hour pulled from production. It adds up fast. Simulation offers a faster path. In a virtual model, you can ask "what if" as often as you like: 🔹What if a roller is slightly eccentric? 🔹What if there's slip we can't see? 🔹What if we used a different dancer? Results come back in minutes, with no wasted material and no downtime. And because you can measure anything, anywhere in the model, you gain insight that sensors on the floor simply can't give you. Automotive and aerospace have relied on this approach for decades. Now it's web handling's turn. 🎥 Watch the full video to learn more: https://lnkd.in/gPA9APya