Hello, everyone, and welcome back to another SPK and Associates Vlog. Today, we're talking about why most engineers stay in the core version of Creo and when they need to actually take it further. Creo has a lot of capability, but in many organizations, engineers tend...
Key Takeaways: AI is changing simulation from a late-stage validation step into a continuous part of product development, helping teams explore more designs, automate setup, and support predictive digital twins. AI-driven simulation still depends on high-performance...
Key Takeaways Visibility, not complexity, is often the real problem: Disconnected requirements, hardware, software, testing, and quality data make it difficult for teams to understand product status and downstream impacts. Data silos create delays and compliance risk:...
Key Takeaways Creo keeps design and manufacturing connected: Integrated manufacturing extensions use native Creo CAD data, reducing data translation, geometry cleanup, and broken associativity. Creo supports a wide range of manufacturing processes: High-speed milling,...
Key Takeaways Slow engineering onboarding delays productivity: Waiting for workstations, CAD software, VPN access, and engineering data can keep new hires and contractors from contributing for days or weeks. Cloud CAD removes hardware and setup bottlenecks:...
Key Takeaways A connected digital thread helps prevent schedule delays: Linking CAD, simulation, PLM, ALM, and DevOps gives aerospace teams better visibility into dependencies, changes, and risks across the lifecycle. Earlier validation reduces costly rework: Creo and...
Key Takeaways Choose the machining strategy based on part complexity: 3-axis machining works well for straightforward parts, while 3+2 and 5-axis machining provide greater flexibility for complex geometries and features that require access from multiple angles. 3+2...
In many organizations, systems operate independently, creating a large visibility problem. A digital thread addresses this by creating a connected flow of product information across the lifecycle. This playbook explains why engineering visibility matters, and how...
The aerospace industry is facing a slowdown in development timelines and higher quality costs. A digital thread resolves these issues by creating a unified, intelligent product lifecycle that connects design, manufacturing, and service.What You Will Learn In this...
Aerospace programs operate under serious pressure and requirements. Aerospace and defense manufacturers must manage complex products with strict regulatory requirements, while ensuring quality and balancing demanding cost targets. Additionally, aircraft and...
Engineering and manufacturing operate in separate systems, processes, and teams. A CAD model may look perfect in Creo, but the realities of assembly, inspection, operator training, tooling, and production variability may not become clear until the product reaches the...
For decades, buying high-powered CAD workstations was simply the cost of doing engineering. When design tools needed more computing power, IT bought more powerful machines. When engineers complained about slow performance, companies refreshed hardware. If a new hire...