As the capabilities of computers and networks increase, new and better ways to work keep appearing. Change is no longer an occasional disruptive event; it is a constant operational imperative. Digital transformation for product development is more than a path—it is a rewrite of engineering and corporate DNA.
The foundation of digital transformation is the use of a single source of truth that is digital and holistic, encompassing every part of the product development process.
Today’s products integrate a wide range of mechanical and electronic components to deliver the ever-increasing number of features that customers demand. To manage this growing complexity, many organizations implement a digital thread initiative.
Organizations that decide that digital transformation is the path forward must translate that vision to practical action. On the Zuken blog, Chad Jackson discusses five practical goals for digital transformation.
How can you use digital twins and artificial intelligence to help with the development of production systems that you see in plants and facilities? Obviously, there is a big movement with smart manufacturing to stream data from equipment on the shop floor; trying to improve product quality, trying to improve throughput, and trying to shorten the time to commission production systems. We’ll talk about how all that intersects.
Simulation-driven design provides a broad range of benefits that help organizations realize business goals and expedite innovation. However, while some teams using this method thrive, others are unable to fully capitalize on it. So, here are four factors that affect simulation-driven design.
As the hype around augmented reality(AR) and virtual reality(VR), begins to wear off, companies are starting to look at how these technologies add real value.
Design for Board Manufacturability Issues: What’s the deal here? Why is it an issue? Well, you want to check for manufacturability before you start to make anything. Usually, it happens pretty late in the design development process. There’s a big emphasis on shifting the manufacturability check earlier in the design development process to fix issues …
Design for Manufacturability: What does Cadence Allegro offer? Read More »
To enable virtual commissioning, models are created that emulate the behavior of individual components in the system. Such simulation models have two sides, representing the logical controllers and the physical components of that system. This post will address some of the shortcomings associated with the models used to enable virtual commissioning and introduce potential solutions.
Companies tend to focus on the end-game when implementing model-based enterprise initiatives. However, there are some valuable intermediate steps companies should consider. In this video, Chad Jackson discusses how some of the intermediate steps can boost productivity.