Today’s engineers are in a tight spot. From smartphones to conveyor belts and coffee pots, today’s products are increasingly complex. They often meld mechanical and electrical functions with software code. To meet performance requirements, engineers must take many more factors into account during design than ever before. And, of course, do it fast while keeping costs low.
Three Trends Reshaping Mechanical Design
We’re on the verge of a state change in mechanical design. There are emerging technologies that are going to make a huge impact and open up a lot of new possibilities in terms of design.
The big lever that mechanical engineers have been pulling today to control their designs for components has been macro geometry. The primary mechanism for mechanical engineers to fulfill requirements, hit performance targets and fulfill costs have been geometric shape. That’s been limiting.
Manufacturing Blog: Generative Design and Engineering Jobs
Good design is difficult. And with demands for more complex products, shorter schedules, and lower costs, it is only going to get harder.
These demands leave engineers with little or no opportunity for innovation. Fortunately, though, new and novel engineering tools could help you address these challenges. In this blog post, we’ll explore one of them: Generative design, artificial intelligence-based engineering software that has already begun to accelerate and disrupt the traditional design processes.
Digital Twins of production systems. 1D? 3D? What is the best fit?
Commissioning production systems is no easy task. The effort is complex. The schedule is short. Everyone wants to minimize downtime in facilities and plants. Getting a head start on commissioning through virtual methods instead of waiting for physical hardware is a step in the right direction. However, when it comes to the tactics of virtual commissioning, there are multiple options. Some organizations use 1D simulation process models. Others leverage detailed 3D designs with animations. Yet others use combinations of these two approaches. In this post, we’ll take a look at each, identifying the advantages and disadvantages of these different methods.
PTC’s Acquisition of Onshape: Implications for ThingWorx
Are there implications from PTC’s acquisition of Onshape for ThingWorx? Since ThingWorx is already a cloud-based IoT platform, it might not be directly affected. However, in this video, Chad Jackson shares where there are implications with PTC’s other apps running alongside ThingWorx in the cloud.
PTC’s Acquisition of Onshape: Implications for Integrity
Where’s the intersection of PTC’s Onshape acquisition with Integrity?This video is the third of a five part series where Chad Jackson discusses the implications. Other videos to follow will be on ThingWorx and Vuforia.
PTC’s Acquisition of Onshape: Implications for Windchill.
What are the implications for PTC’s acquisition of Onshape? This video is the second of a multi-part series where Chad Jackson discusses the implications for Windchill. Other videos to follow will be on Integrity, ThingWorx and Vuforia.
PTC’s Acquisition of Onshape: Implications for Creo
What are the implications for PTC’s acquisition of Onshape? This video is the first of a multi-part series where Chad Jackson discusses the implications for Creo. Other videos to follow will be on Windchill, Integrity, ThingWorx and Vuforia.
Altair Knowledge Works: Applying Artificial Intelligence And Machine Learning To Engineering Simulation
How does the newly announced Altair Knowledge Works product use Artificial Intelligence and Machine Learning in simulation to improve the design process? In this video, Chad Jackson talks about how these technologies can lead to new product innovation, reduced design time, and better product performance.