Next week, our C3 & Team Orlando News team will be exhibiting at the 2026 Training & Simulation Industry Symposium, taking place in Orlando June 17-18! We will be at Booth #16. We look forward to seeing you there! #TeamOrlando #TSIS2026 #ModelingAndSimulation

#KBR will be at the 2026 DAF Modeling, Simulation & Analytics Summit in Colorado Springs. Visit us at booth 307 to discover how we're accelerating Speed to Mission Impact℠ with cutting-edge enterprise MS&A for the Air and Space Force. Don’t miss the chance to learn about GEMSTONE, our rapid integration and analysis tool supporting collaboration across government, industry and academia. Get the details » bit.ly/4crf999 #DAFMSA #ModelingAndSimulation #MissionSuccess

⚡️PU 2026 telemetry simulation Il regolamento di Formula 1 del 2026 trasforma ogni giro in un problema di ottimizzazione energetica. Con le nuove regole che richiedono una ripartizione della potenza approssimativamente 50:50 tra ICE e MGU-K, i team devono gestire attentamente la raccolta e l'impiego di energia durante ogni giro. Marek ha implementato un simulatore di ottimizzazione del tempo sul giro per esplorare diversi scenari di raccolta e impiego. Il modello simula un giro completo e mostra: • profilo di velocità • raccolta e utilizzo dell'MGU-K • stato di carica della batteria rispettando i vincoli della power unit 2026: Un fenomeno interessante che si verifica naturalmente nell'ottimizzazione è il clipping, ovvero quando la batteria si scarica verso la fine di un rettilineo e l'auto perde l'assistenza elettrica. L'animazione mostra come si evolvono l'harvesting, il deployment e il clipping nel corso di un giro. (Credits: @m_lubieniecki ) #F1 #Formula1 #MotorsportEngineering #Simulation #Optimization #VehicleDynamics #Engineering #ModelingAndSimulation

Join our portfolio company Tiltan at XPONENTIAL Europe and see their advanced simulation and synthetic environment capabilities for next-generation autonomous and defense systems. From physics-based VIS & IR simulation to synthetic data for AI, 3D geospatial reconstruction, and high-fidelity 3D environments (digital twins) - enabling development, testing, and validation in complex operational scenarios. 24–26 March | Booth 1F45 #SyntheticData #Simulation #AITraining #3DReconstruction #AutonomousSystems #DefenseTechnology #Simulation #SyntheticData #Geospatial #ModelingAndSimulation

Engineering teams are piecing together modeling and simulation environments from multiple vendors — CAD, CAE, visualization, storage, and infrastructure each from different sources. Integration gaps create friction, inconsistent processes lead to errors, and engineers wait for compute resources or struggle with software configurations. Rescale's advanced modeling & simulation solution changes that. We deliver a complete, vendor-agnostic technology stack where elastic HPC infrastructure, 1,250 prebuilt software applications, cloud file systems, and workflow orchestration eliminate configuration headaches and integration gaps. The result: orchestrate end-to-end simulation workflows from a single platform. Organizations using Rescale see 85% cost reduction on evaluation workloads, 3.3x faster simulations, and 20-60% increases in engineering productivity, all while implementing in days rather than months. Ready to streamline your workflows? Learn more: rescale.com/solutions/soluti… #DigitalEngineering #CloudHPC #SimulationEngineering #EngineeringProductivity #ModelingAndSimulation

Attending AutoTechnica 2026 in Brussels? 🚗 The March 29-31 event at Brussels Expo will bring together automotive and after sales leaders from across the Benelux to explore the latest technology shaping the industry. Rescale’s David Green will be on site, meeting with engineering and IT leaders to discuss: 🔹Advanced modelling & simulation 🔹Cloud HPC for scalable engineering workflows 🔹Data intelligence for AI-driven engineering If you're attending and interested in learning how organizations are modernizing simulation environments, we’d love to connect - just reach out! 📅 29–31 March 📍 Brussels Expo #AutoTechnica2026 #AutomotiveEngineering #CloudHPC #ModelingAndSimulation #AIDrivenEngineering

QSP is proven. Scaling it is the challenge. See how teams use Certara IQ™ to scale QSP and answer high-value development questions earlier and with greater confidence. Register now: ow.ly/Spe450Yoeb3 #CertaraIQ #QSP #ModelingAndSimulation

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

Scaling from local development to cluster execution shouldn’t break your workflow. Project Batch Jobs in JuliaHub 25.10 let your full Project environment travel with you—replicating dependencies, specs, and settings automatically on cluster nodes. Define reusable compute specs, launch with one click, and keep outputs organized inside your Project. juliahub.com/blog/project-ba… #JuliaLang #JuliaHub #HighPerformanceComputing #HPC #CloudComputing #DistributedComputing #ScientificComputing #ModelingAndSimulation #DataScienceWorkflows

At AIAA SciTech, JuliaHub showcased Dyad’s #agentic #AI in action—demonstrating how engineers can interact with complex, physics-based models through transparent, trustworthy workflows. From aerospace to fluid mechanics, #Dyad sparked strong conversations around scalable, AI-assisted engineering. juliahub.com/blog/juliahub-a… #JuliaHub #AIAASciTech #ScientificComputing #SciML #ModelingAndSimulation #EngineeringInnovation

Today we are pleased to share a new blog article by Evgeny Metelkin “Preventing System Sleep During Long Computations: NoSleep for R, Julia, and MATLAB”: insysbio.com/blog/preventing… #qsp #modelingandsimulation #biotech #biotechnology #Julialang #SystemsBiology #R #MATLAB

The January #JuliaHub #newsletter is here—featuring the upcoming Dyad v2.0 release with #agentic #AI, a new Dyad #Modeling Live challenge series, upcoming #webinars, and highlights from across the Julia open-source ecosystem. juliahub.com/blog/announcing… #JuliaHub #JuliaLang #Dyad #AgenticAI #ScientificComputing #ModelingAndSimulation #SystemSimulation #OpenSource #Engineering #JuliaCommunity

Modeling choices shape how we design and simulate systems. This #webinar explores the difference between causal modeling—built around explicit signal flow—and acausal #modeling, which captures physical relationships and lets equations be derived automatically. Using RC and RLC circuits, we’ll show why the acausal approach scales more cleanly as complexity grows. You’ll also see how Dyad, built on Julia and #SciML, makes acausal modeling practical for real-world engineering. Join us to learn more. juliahub.com/events/causal-v… #JuliaLang #Dyad #SystemSimulation #ModelBasedDesign #AcausalModeling #ScientificComputing #ModelingAndSimulation #SciML

Have you ever wanted to generate a computational model directly from an image or schematic? With Dyad’s agentic AI system, you can go from a simple diagram to a full physical #simulation in just minutes. The #AI doesn’t just produce the underlying physics code—it also provides powerful tools to explore, interpret, and interact with the simulation results. #JuliaLang #Dyad #AgenticAI #SystemSimulation #ModelingAndSimulation #ScientificComputing #AcausalModeling

Ever modeled a #Thanksgiving turkey? Our new video shows how Dyad’s #Agentic #AI builds and simulates a full thermal model of a turkey in the oven. Watch now! juliahub.com/blog/cooking-a-… #JuliaLang #Dyad #AgenticAI #SystemSimulation #ScientificComputing #ModelingAndSimulation #AcausalModeling #EngineeringDesign

The November JuliaHub Newsletter is here! This month brings a mix of JuliaHub updates and news from the wider Julia community—including Dyad’s image-to-model #AI demo, the #Dyad Studio 1.2.0 release, Julia workshops at MIT and NTNU, new open-source tools, and upcoming webinars. You’ll also find highlights from recent Julia events, blogs, and research across the ecosystem. Read the full newsletter for all updates and links. juliahub.com/blog/november-2… #JuliaLang #JuliaHub #ScientificComputing #SystemSimulation #ModelingAndSimulation #OpenSource #Dyad #JuliaCommunity

High-Performance Scientific #Modeling with Julia and SciML: This workshop offers in-depth training on advanced scientific computing techniques using the Julia programming language and the SciML (Scientific Machine Learning) ecosystem. github.com/SciML/Julia_Model… #JuliaLang #SciML #ScientificComputing #ModelingAndSimulation #HighPerformanceComputing #NumericalAnalysis #ComputationalModeling

Julia and ModelingToolkit.jl are a powerful combination for engineers. This video explores how to model and analyze both steady-state and dynamic systems. You'll see how to efficiently set up, solve, and interpret system responses, using a hydraulic actuator model as a demonstration. It's a great workflow for engineers looking to enhance their #modeling and #simulation capabilities. juliahub.com/videos/julia-fo… #JuliaLang #ModelingToolkit #SciML #Engineering #ModelingAndSimulation #DynamicSystems #SystemsEngineering #OpenSource #NumericalMethods

The full video of our Workshop, "Julia for Engineers: Modeling Steady-State and Dynamic Systems with Dyad," is now available! It's a great session for engineers and researchers looking to improve their skills. We dive into how to model a hydraulic actuator, capturing both steady-state and dynamic behavior using Julia and ModelingToolkit.jl. This unified approach lets you efficiently set up, solve, and analyze how your systems perform under varying conditions. Watch the full video now! juliahub.com/company/resourc… #JuliaLang #ModelingToolkit #OpenSource #SciML #ModelingAndSimulation #Engineering #SystemModeling

Join us on Aug 27 at 1 PM ET for a live #webinar exploring how Julia and #ModelingToolkit.jl streamline both steady-state and dynamic system #modeling. Learn how to set up, solve, and analyze complex systems in one integrated workflow—boosting speed, flexibility, and insight for engineering and scientific applications. #JuliaLang #ModelingToolkit #ModelingAndSimulation #EngineeringDesign #DynamicSystems #SteadyStateAnalysis #ScientificComputing #SimulationSoftware #SystemsEngineering #EngineeringInnovation