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#DYAD
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Learn how acausal modelling in #Dyad can simplify physical system development through simple examples and a clearer alternative to block diagrams. juliahub.com/events/intro...
#JuliaLang #AcausalModeling #SystemsEngineering #Modeling #Simulation #Engineering #DigitalEngineering
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The April 2026 #JuliaHub newsletter is here—featuring cuTile.jl for HPC in Julia, a new webinar series with Dr. Michael Tiller, and fresh community updates. juliahub.com/blog/april-2...
#JuliaHub #JuliaLang #Dyad #ScientificComputing #HPC #Engineering #Modeling #Simulation #DeveloperTools #AI
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Why maintain separate sizing and simulation models? See how Dyad uses one acausal thermal model as a single source of truth for both steady-state and transient analysis. juliahub.com/blog/one-mod...
#julialang #Dyad #SystemsEngineering #Modeling #Simulation #HVAC #DigitalEngineering
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Real-world telemetry data and Internet of Things collide with scientific machine learning #sciml? Devices which can learn how to adapt to reality and continually improve their efficiency. #UDEs with #Dyad => better thermal efficiency.
See : arxiv.org/abs/2603.15943
#julialang #AI4Science
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Explore how to model and analyse steady-state and dynamic systems using Dyad, and see how engineers capture behaviour under changing conditions. //juliahub.com/videos/julia-for-engineers-part-2-modeling-steady-state-and-dynamic-systems
#JuliaLang #Dyad #JuliaForEngineers #Modeling #Engineering
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How do you model a growing satellite swarm as complexity rises? See Dyad tackle communication, architecture, and coordinate logic in a live working session. www.youtube.com/live/YHL_zZY...
#julialang #Dyad #AIModelling #Simulation #SpaceTech #SystemsEngineering
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See how the Dyad Agent helps engineers turn requirements into system models, debug issues, validate physics, and automate verification in model-based engineering. juliahub.com/blog/meet-th...
#julialang #Dyad #ModelBasedEngineering #SystemsEngineering #ArtificialIntelligence #Simulation
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#thehuntforbensolo #savebensolo #dyad #savethedyad #disney #starwars #lucasfilm
Please give me one win in 2026. It’s been a shit year so far.
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Join this live webinar to learn how Dyad and Makie.jl can power interactive dashboards, live model exploration, and richer 3D visualisations.
juliahub.com/videos/inter...
#julialang #Dyad #Makie #JuliaLang #Modeling #DataVisualization
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Explore this recorded Dyad AI Modeling Challenge to see how AI-driven modelling connects electrical systems, thermal behaviour, orbit propagation, communications, and mission analysis. juliahub.com/videos/dyad-...
#julialang #Dyad #AIModelling #Simulation #SpaceTech #SystemsEngineering
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Explore how to model and analyse steady-state and dynamic systems using Dyad, and see how engineers capture system behaviour under changing conditions. juliahub.com/events/julia...
#JuliaLang #Dyad #JuliaForEngineers #Modeling #DynamicSystems
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What makes a good #engineering model? Join our #webinar on fidelity, sensitivity, efficiency, and building models you can trust with Dyad. juliahub.com/events/what-...
#julialang #Dyad #EngineeringModeling #SystemsEngineering #Simulation #ModelValidation
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March at JuliaHub: cuTile.jl brings NVIDIA’s CUDA Tile to Julia, Dyad 2.2 is here, and live Dyad workshops are coming to Europe. A strong month for modeling and scientific computing. juliahub.com/blog/march-2...
#JuliaHub #JuliaLang #Dyad #ScientificComputing #Simulation
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See the peer reviewed article for more details. This is just the first of many in this new direction of the #Dyad team.
www.sciencedirect.com/science/arti...
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By design #Dyad will continue to improve as these LLMs improve, but will always keep its edge due to this design decision.
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The specialized agents in #Dyad were able to one-shot the tasks and generate high-performance and usable control mechanisms, greatly outperformed the unspecialized agentic AI systems in the context of scientific modeling and evaluation.
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We studied #Claude #Opus, #Gemini, #Dyad, and #ChatGPT #Codex's ability to generate models in chemical process engineering and the associated nonlinear model-predictive controls (#NMPC). #Dyad's specialized agents won easily.
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Peer reviewed result: better languages leads to better agentic AI and LLMs. A language where if you connect things that have incompatible units you get compiler errors for the agents to quickly correct. This language of AI for Science is #Dyad.
www.sciencedirect.com/science/arti...
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Join us March 18 at 1:00 PM EDT for Julia for Engineers Part 2. Learn how to model and analyze steady-state and dynamic systems in Dyad, and better understand performance under changing conditions. juliahub.com/events/julia...
#JuliaLang #Dyad
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The definition of dyad in the Merriam-Webster dictionary. Under pair it says two individuals (such as husband and wife) maintaining a sociologically significant relationship.
Rey and Ben are married. Just ask the Dictionary. #Dyad
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Dyad 2.2 is live, with a more unified Systems Engineering Studio: faster startup, clearer AI visibility, stronger solver support, and a more streamlined modeling workflow. juliahub.com/blog/dyad-2....
#JuliaLang #Dyad #SystemsEngineering #Modeling #Simulation
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How do you model a complex system with many moving parts? See how agentic AI connects behavior, communication, motion, and mission goals in one live simulation. juliahub.com/events/dyad-...
#julialang #Dyad #ModelingChallenge #SatelliteSwarm #SpaceTech #AIModelling #Simulation #SystemsEngineering
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In this #webinar, Julia for Engineers Part 2, learn how to model and analyze both steady-state and dynamic systems using Dyad, capturing equilibrium and time-dependent behavior in one workflow.
juliahub.com/events/julia...
#JuliaLang #Dyad #Modeling #SystemSimulation
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Causal or acausal? This webinar explores the two key paradigms of system modeling—plant-focused acausal models and control-focused causal models—and how they work together in Dyad.
juliahub.com/events/the-t...
#Dyad #JuliaLang #ModelBasedDesign #ControlSystems
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Engineering models are growing more complex. This session introduces the Dyad Agent—an AI assistant for model-based engineering that helps build, modify, and explore physics-based system models more efficiently.
juliahub.com/videos/meet-...
#JuliaLang #Dyad #AgenticAI #Modeling
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Streamline your engineering modeling workflows with Julia and Dyad. Learn how high-performance computing and component-based modeling come together to build and simulate complex systems.
juliahub.com/events/julia...
#JuliaLang #Dyad #Modeling #Simulation
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See agentic #AI in action for real modeling workflows. In this Dyad tutorial, we build and analyze an RLC circuit—from natural language prompts to #simulation, plots, animations, and image-to-model generation.
youtu.be/8QoFf6x8qjw?...
#JuliaLang #Dyad #AgenticAI #Modeling
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Model steady-state and dynamic systems in one framework. In Julia for Engineers Part 2, Dr. Ranjan Anantharaman shows how to build and simulate equilibrium and time-dependent models in Dyad.
juliahub.com/events/julia...
#JuliaLang #Dyad #Modeling #SystemSimulation
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