Discover how GM engineers used Model-Based Design for Hybrid Powertrain Development #electrification #modelbaseddesign spr.ly/6018B8AS4Q

Williams Grand Prix Technologies explains how Model-Based Design is critical for engineers to deliver more efficient and accurate results. spr.ly/6017B84jpF #modelbaseddesign

AI copilots in MATLAB/Simulink help generate code, navigate models, and accelerate development with trusted, simulation-led workflows. 👉 Read the full article here: 🔗 spr.ly/6015B80nhP #AI #MATLAB #Simulink #ModelBasedDesign #GenAI #agenticAI

Join MathWorks experts for an exclusive seminar where you’ll discover the latest tools and features transforming how vehicles are modeled, simulated, and calibrated. 📅 Date: November 6, 2025 spr.ly/6013B8IVxH #Simulink #ModelBasedDesign #MathWorks

Transform advanced motor control, digital power and sensing application development with MPLAB® Device Blocks for Simulink®, enabling rapid model-based design, automatic code generation and real-time debugging on Microchip controllers. Learn more: mchp.us/3NuWe3m. #AdvancedSensing #ModelBasedDesign #Simulink

Unlock advanced sensing capabilities with MPLAB® Device Blocks for Simulink® by modeling, simulating, and generating optimized code for dsPIC33 DSCs, enabling real-time sensor fusion, signal processing and control in high-performance applications. Learn more: mchp.us/3NaBmyv. #AdvancedSensing #ModelBasedDesign #Simulink

Acausal modelling can make physical system development faster, clearer, and less error-prone. In this webinar, explore how #Dyad helps beginners move beyond ordinary block diagrams, build simple electrical and mechanical models, and understand when to use acausal and causal approaches together. Register now - juliahub.com/events/introduc… #JuliaLang #AcausalModeling #SystemsEngineering #Modeling #Simulation #Engineering #DigitalEngineering #ModelBasedDesign #ScientificComputing

Streamline motor control development with MPLAB® Device Blocks for Simulink® by simulating, generating and deploying code for DSCs and MCUs in a single workflow for real-time control and rapid prototyping. Learn more: mchp.us/4byNaCy. #MotorControl #ModelBasedDesign #Simulink #EmbeddedSystems

Accelerate power conversion design with MPLAB® Device Blocks for Simulink® by simulating, generating and deploying code for dsPIC33 DSCs to enable rapid prototyping, real-time analysis and streamlined development. Learn more: mchp.us/4sLJp3I. #DigitalPower #ModelBasedDesign #Simulink

Engineering models are becoming more complex—and new tools are needed to work with them effectively. This session introduces the Dyad Agent, an #AI assistant designed for model-based engineering. See how it interacts with Dyad models, libraries, and #simulation results to support model creation, refactoring, debugging, and exploration using physics-grounded workflows. juliahub.com/videos/meet-the… #JuliaLang #Dyad #AgenticAI #ModelBasedDesign #SystemSimulation #ScientificComputing #EngineeringWorkflows #AcausalModeling #AIforEngineering #DigitalEngineering

Looking to streamline your #engineering #modeling and simulation workflows? In this session, we introduce Julia for high-performance technical computing and #Dyad for building, analyzing, and simulating complex, multi-domain systems. Through practical examples, you’ll see how component-based modeling brings flexibility and clarity to modern engineering challenges. juliahub.com/events/julia-fo… #JuliaLang #Dyad #JuliaForEngineers #Modeling #Simulation #ModelBasedDesign #SystemSimulation #ScientificComputing #Engineering #TechnicalComputing #EngineeringWorkflows

Want to see agentic AI applied to real modeling workflows? In this #Dyad tutorial, we build and analyze an RLC circuit from scratch using the Dyad AI Agent. From natural language model creation to transient simulation, plotting, animations, and even image-to-model generation, you’ll see how #AI can accelerate #modeling and #simulation development end to end. youtu.be/8QoFf6x8qjw?si=DW8o… #Dyad #AgenticAI #JuliaLang #ModelingAndSimulation #SystemSimulation #ScientificComputing #ElectricalEngineering #RLC #ControlSystems #ModelBasedDesign #EngineeringWorkflows #AIforEngineering

How do you model both equilibrium behavior and time-dependent dynamics within the same framework? In Julia for Engineers Part 2, Dr. Ranjan Anantharaman walks through building, simulating, and analyzing steady-state and dynamic systems using #Dyad. Join us on March 18 to see how these approaches provide deeper insight into system performance under changing conditions. juliahub.com/events/julia-fo… #JuliaLang #Dyad #JuliaForEngineers #Modeling #SystemSimulation #ModelBasedDesign #ScientificComputing #Engineering

Join the Dyad Live Modeling Challenge, where engineers tackle real systems live using agentic AI. This week, we’re modeling a Hybrid EV powertrain—breaking down components, exploring system dynamics, and iterating in real time. Bring your own challenge, see how complex models are solved step by step, and apply the strategies in your own workflows. Watch live. youtube.com/live/qLfV4K2Y4NE… #JuliaLang #Dyad #AgenticAI #EVTechnology #Powertrain #ModelBasedDesign

This #webinar explores the two fundamental paradigms of system modeling: declarative acausal models for physical plant design and causal models for control systems. Learn how both approaches serve distinct purposes and how they can co-exist effectively within the Dyad modeling environment. Register now to join the session. juliahub.com/events/the-two-… #JuliaLang #Dyad #ModelBasedDesign #SystemModeling #AcausalModeling #ControlSystems #SystemSimulation #ScientificComputing #EngineeringDesign #TechnicalComputing

This #webinar introduces Julia and Dyad for engineers focused on #modeling and #simulation. Discover how Julia powers high-performance technical computing and how Dyad supports component-based modeling of complex, multi-domain systems. Through practical examples, see how these tools work together to build, analyze, and simulate #engineering models more effectively. juliahub.com/events/julia-fo… #JuliaLang #Dyad #Simulation #ModelBasedDesign #SystemSimulation #ScientificComputing #Engineering #TechnicalComputing #EngineeringWorkflows

Join the Dyad Live Modeling Challenge, a weekly working session where real modeling problems are tackled live using agentic #AI. This week, we continue our #quadcopter #simulation—watch as Dyad reasons, iterates, and refines the model in real time while engineers break down complex system dynamics step by step. youtube.com/live/8AxLsL4LYvM… #JuliaLang #Dyad #AgenticAI #ModelBasedDesign #SystemSimulation #ControlSystems #Robotics #AutonomousSystems #ScientificComputing #EngineeringWorkflows

This session explores how recent compiler advances in Julia and ModelingToolkit.jl enable direct binary compilation for model-based #engineering workflows. Through real-world case studies—from embedded state estimation on Raspberry Pi to shared PID libraries—you’ll see how Julia supports scalable, real-time deployment without relying on C code. juliahub.com/videos/compilat… #JuliaLang #JuliaProgramming #ModelBasedDesign #SystemSimulation #ScientificComputing #EmbeddedSystems #RealTimeSimulation #CompilerTechnology #EngineeringWorkflows #ModelingToolkit

🚀Kicking off 2026 strong! DesignTech Systems partners with Speedgoat to deliver real-time simulation & HIL solutions for Education & Govt in India. #DesignTechSystems #Speedgoat #StrategicPartnership #RealTimeSimulation #MATLAB #ModelBasedDesign #EngineeringEducation #Simulink

See Dyad’s #AI #Modeling Challenge in action as we build an interactive #quadcopter #simulation. Watch the #drone respond to real-time inputs and operate in a dynamic, user-interactive environment—showcasing agentic modeling and control in practice. youtube.com/live/mXQ391mmLDw… #JuliaLang #Dyad #AgenticAI #ModelBasedDesign #SystemSimulation #ControlSystems #Robotics #AutonomousSystems #EngineeringSimulation #ScientificComputing