In this episode of Stay Sharp: Digital Engineering, Juliann Grant and Jonathan Scott explore one of manufacturing’s most misunderstood opportunities: the Defense Industrial Base (DIB). Joined by Steve Nichols (Razorleaf) and John Biagioni (Lampin Corporation), they break down how companies of any size—from small shops to large enterprises—can enter and compete in this critical space. With deep expertise spanning technology, operations, and real-world manufacturing, this conversation delivers a clear path for getting started in the DIB. Watch the full episode: staysharpindigitalengineerin… #DefenseIndustrialBase #Manufacturing #DigitalEngineering #AerospaceAndDefense #PLM #DigitalThread #ModelBasedEngineering #EngineeringLeadership #SmartManufacturing

BOSTON, MA – Object Management Group today launched its Systems Modeling Language version 2.0 (SysMLv2) Certification Program, accelerating workforce readiness for the next… dlvr.it/TSrCZR #SysMLv2 #MBSE #Certification #ObjectManagementGroup #ModelBasedEngineering

From pendulums to self-balancing robots, Dyad’s Planar Mechanics library is designed to make high-fidelity mechanical #modelling more flexible and connected to modern control workflows. This video walks through three use cases—a classical pendulum, a planar car, and an inverted pendulum—to show how physical plant models and control systems come together for more advanced #simulation and trajectory control. juliahub.com/videos/inside-d… #Julialang #Dyad #ModelBasedEngineering #DigitalEngineering #SystemsEngineering #Mechatronics #MotionControl #controlsystems

Dyad 3.0 sets a new baseline for systems #engineering. Built on Julia 1.12, this major release introduces hierarchical standard libraries for scale, trimmed #FMU generation for deployment, new #multibody and #HVAC domains, and a modular skills system for the #Dyad agent. Together, these updates make Dyad more extensible and further strengthen it for enterprise-scale engineering workflows. juliahub.com/blog/dyad-3-0-r… #julialang #Dyad #SystemsEngineering #ScientificAI #ModelBasedEngineering #Simulation

Explore the map and find where control is being lost in your software. blog.structura.tools/posts/t… #ModelBasedEngineering #SoftwareArchitecture #EnterpriseSoftware #DomainModeling #Structura

Explore the map and find where control is being lost in your software. blog.structura.tools/posts/t… #ModelBasedEngineering #SoftwareArchitecture #EnterpriseSoftware #DomainModeling #Structura

We’re live now. Join us for the launch of Dyad 3.0 and see the next evolution in model-based engineering powered by Scientific AI. youtube.com/live/r_LKaiayhJ4… #julialang #Dyad #ScientificAI #ModelBasedEngineering #AgenticAI #DigitalTwins

Dyad 3.0 goes live tomorrow. Join us for a first look at the next evolution in model-based engineering powered by Scientific AI. The event will feature product updates, live demos, customer perspectives, and a closer look at how agentic AI is reshaping engineering workflows—alongside voices from organisations already building with Dyad, including Synopsys Inc, Mitsubishi Electric Research Laboratories, Binnies, and Boeing. Register here: juliahub.com/events/dyad-3.0… #JuliaLang #Dyad #ScientificAI #ModelBasedEngineering #AgenticAI #DigitalTwins

Why are early adopters moving to Dyad? In this blog, Dr. Michael Hoffmann shares what he learned in his first 50 days at JuliaHub—from the cost of fragmented engineering workflows to the value of an integrated, AI-native, modern toolchain. It is a thoughtful look at why teams are moving beyond legacy platforms in search of faster, smarter, and more connected ways to build complex systems. juliahub.com/blog/why-early-… #julialang #Dyad #Engineering #DigitalEngineering #AgenticAI #ModelBasedEngineering

Join us for the live launch of Dyad 3.0, the next evolution in model-based engineering powered by Scientific AI. Get a first look at new capabilities, see live demos, and explore how #agentic #AI is reshaping #engineering workflows—from faster model creation to more efficient #simulation and decision-making—alongside voices from organisations already building with Dyad, including Synopsys Inc, Mitsubishi Electric Research Laboratories, Binnies, and Boeing. Register now: juliahub.com/events/dyad-3.0… #Julialang #Dyad #ScientificAI #ModelBasedEngineering #AgenticAI #DigitalTwins

What if building a full friction brake model took minutes instead of days? This Dyad demo shows how #agentic #AI can turn natural language into a complete system model—covering mechanics, thermal analysis, validation, calibration, and graphical editing in one streamlined workflow. juliahub.com/videos/agentic-… #Julialang #Dyad #AgenticAI #ModelBasedEngineering #SystemsEngineering #Simulation

What happens when #AI moves beyond coding into model-based #engineering? See how the Dyad Agent helps turn requirements into working system models, debug errors, validate physics, and automate verification—helping engineers move faster from concept to trusted #simulation. juliahub.com/blog/meet-the-d… #julialang #Dyad #ModelBasedEngineering #SystemsEngineering #ArtificialIntelligence #Simulation

See how modern LLMs are transforming firmware development and model‑based engineering: 321gang.com/ai-for-engineers… AI is reshaping how engineers design, test, and deliver systems with smarter automation and smarter workflows. #AI #Engineering #LLMs #Firmware #ModelBasedEngineering

#KBR will be at the AFA Warfare Symposium in Aurora, Colorado, February 23-25. Join us to experience firsthand how our latest innovations—like Iron Stallion and GAME—are transforming multi-domain operations and driving #SpeedToMissionImpact. Discover how we’re leveraging #AI, #ModelBasedEngineering, and #SpaceDomainAwareness to modernize America’s missile shield and accelerate mission readiness. Meet our experts, explore game-changing tech and see the future of defense in action. Learn more » bit.ly/4rHYgeT #DefenseInnovation #MissionReadiness #AFASymposium

NVIDIA and Dassault Systèmes launch an industrial AI platform to bring physics-grounded virtual twins into design, simulation, and operations. Highlights • Partnership combines Dassault’s 3DEXPERIENCE and Virtual Twin with NVIDIA accelerated computing and Omniverse to build physics-grounded world models. • Scope spans science, engineering, and factory operations, using models to design, verify, and run systems before deployment. • OUTSCALE will deploy NVIDIA-powered AI factories in sovereign cloud regions to meet data residency and regulated-industry needs. • Why it matters: turn days of simulation into interactive workflows, speed compliance, and shorten design-to-manufacturing handoffs. • In practice: plan graphics processing unit (GPU)-rich edge, private 5G with time-sensitive networking, and consistent security to link twins to machines and plants. 📖 Full article via @TeckNexus: tecknexus.com/nvidia-and-das… #IndustrialAI #DigitalTwin #Manufacturing #EdgeComputing #Private5G #SovereignCloud #Simulation #ModelBasedEngineering

🔔 🔔 Engineering Intelligence Empowers Design Assurance Governance for Advanced Manufacturing — AEGIS-TVC linkedin.com/pulse/engineeri… 🟣 Advanced manufacturing is no longer limited by intelligence or data — it is limited by assurance. Systems now change faster than traditional governance can observe, explain, or reverse. 🟠 AEGIS-TVC introduces governed epistemic state evolution as the core mechanism of design assurance. Rather than promoting plausible AI or digital-twin outputs directly into operational reality, the architecture enforces a strict separation between proposal, verification, and commitment. 🟢 At its core, ARC (Agentic Reasoning Coherence) operates as a physics-first governing law: only updates that are physically admissible, causally coherent, and uncertainty-bounded are allowed to commit. Non-admissible updates are explicitly rejected with rollback to the last coherent checkpoint. 🔵 Commitment is never implicit. It is evidence-gated and immutably anchored via a K-Ledger, producing replayable receipts for audit, traceability, and controlled reuse. 🔵 The result is an engineering intelligence architecture where change is fast but never silent — reversible by design and auditable by construction. 🌐 #AEGISTVC #DesignAssurance #AdvancedManufacturing #EngineeringGovernance #EngineeringIntelligence #SystemsEngineering #DigitalEngineering #ModelBasedEngineering #EvidenceBasedEngineering #IndustrialAI

Meet the Dyad Agent, an #agentic #AI assistant for model-based engineering. See how it interacts with #Dyad models and #simulation results to support model creation, refactoring, debugging, and exploration, with guidance on validation. juliahub.com/videos/meet-the… #JuliaLang #Dyad #AgenticAI #ModelBasedEngineering #SystemModeling #ScientificComputing #EngineeringWorkflows

#Modelbasedengineering is helping improve design workflows by enabling faster iteration and decision-making to achieve higher quality #motionsystem designs. Learn more in this article from @ParkerHannifin. bit.ly/3YRSjQq

NLign puts MRB decisions in 3D. The result: faster MRB cycles, fewer disruptions, and lower cost of poor quality. #Aerospace #MRB #Quality #Manufacturing #DigitalThread #ModelBasedEngineering #NLign

#mdpisystems Call for reading: Concurrent Value-Driven #Decision-Making Process for the Aircraft, Supply Chain and Manufacturing Systems Design 👉mdpi.com/2079-8954/11/12/578 from @DLR_en #systems #valueengineering #supplychainmanagement #aircraftdesign #modelbasedengineering