Figured out how to model the attitude dynamics of a spacecraft and simulated it controlled by a PD controller using ModelingToolkit.jl. The symbolic-numeric workflow is quite cool and very intuitive #JuliaLang

Also started working on the orbital dynamics code using ModelingToolkit.jl, only implemented the two-body problem for now

Pretty exciting, I figured out how to create a non-linear spacecraft attitude component in ModelingToolkit.jl, I tested it with the built-in PID controllers and seems to work great! You can see the non-linear behaviour of the attitude especially on the θ Euler angle #JuliaLang

Small blog post on how to automate model building for mechanical systems using ModelingToolkit. #julialang https://t.co/zMeWcD3UD5

Accurately estimating refrigerant mass is critical for HVAC performance, efficiency, and regulatory compliance. Join Mitsubishi Electric and JuliaHub for a live webinar demonstrating a breakthrough using #ModelingToolkit and Scientific Machine Learning to build a non-invasive

Precise refrigerant mass estimation is essential for optimizing #HVAC efficiency, performance, and compliance. Join Mitsubishi Electric and JuliaHub for a live #webinar showcasing a breakthrough approach using #ModelingToolkit and Scientific Machine Learning (SciML). Learn how to

Traditional #modeling tools depend on #C code generation, but newer compiler advances in Julia and #ModelingToolkit.jl make direct binary compilation possible. In this #webinar, we’ll show how this improves real-time estimation and control through two case studies: a nonlinear

Finally figured out how to simulate a double pendulum in ModelingToolkit 😄

Synchronous Systems in ModelingToolkit | Chung | JuliaCon Global 2025

The key of Catalyst.jl is that it connects systems biology to the entire ModelingToolkit ecosystem. This means a lot of things. There are tools for bifurcation analysis, parameter estimation, generation of latex, graph visualization, etc. It's not just a simulator but a platform

🛰 Building on my previous blog post, I cover implementing the non-linear form of Euler's rotation equations in #JuliaLang and ModelingToolkit.jl to model the attitude dynamics of spacecraft, along with simulating PID control and actuator dynamics https://t.co/6l2TN2pUxC

New post on my blog, using #JuliaLang and ModelingToolkit.jl to simulate various controllers for spacecraft attitude control using thrusters, read here: https://t.co/MGBrmc7swE

New post up on my blog! Using #JuliaLang and ModelingToolkit.jl for acausal spacecraft attitude dynamics and control modelling. The standard library comes with plenty of pre-built components that makes creating complex systems incredibly easy. Read here: https://t.co/iQOatzJAB0

Discover how to model and simulate steady-state and dynamic systems using Julia and ModelingToolkit.jl. This session walks through powerful techniques to represent physical systems across time, analyze behavior, and streamline #simulation workflows. Perfect for engineers and

Part 1 of our “Julia for Engineers” series is here! Dive into fast, symbolic, and component-based modeling with Julia and ModelingToolkit.jl. Learn how to model, simulate, and analyze complex systems—all in one streamlined workflow. Register now and join us live! #JuliaLang

What's new with ModelingToolkit.jl | Sabharwal | JuliaCon Global 2025

🚀 Exciting News! 🚀 Join us at #JuliaCon2024 for an insightful session with Fredrik Bagge Carlson! Highlights: ✨Continuous and Discrete Interaction ✨ModelingToolkit Enhancements ✨Clock Mechanism ✨Practical Examples Check our page for more info! #TechEvent #JuliaLang

Real-time estimation and control demand more than just fast hardware—they need smarter modeling tools. In this #webinar, we’ll show how Julia and #ModelingToolkit.jl eliminate the need for C codegen, enabling direct binary compilation for embedded applications. Join us to see how

@epirecipes Though added a little while ago, there is also an example of using the linear-chain trick/method of stages to put an Erlang distribution on the infectious period. Only takes a line or two extra using ModelingToolkit.jl https://t.co/GqBlepXLBP

Real-time control without C codegen? See how Julia + ModelingToolkit enable direct binary compilation for embedded systems—fast, scalable, and elegant. Join the #webinar: https://t.co/HJzojihs5A #JuliaLang #SystemSimulation #EmbeddedSystems