Wayne White Latest Blog Articles Page 1

The adoption of cloud technology has provided many companies with better ways to communicate and collaborate in a more streamlined manner. This was especially important in 2020 when having a proper remote communication mechanism and data repository became a need rather than a want for many companies in order to adapt. With that said, integration with cloud products whether for file storage, communication, or even running native apps, isn’t for everyone. It’s important to understand why cloud integration may not be appropriate for your team, why some integrations fail and why the Dassault branded 3DEXPERIENCE platform could be a better solution.

Today, with the right setup, working away from the office can be very effective. In a previous article, we showed you how to set up your SOLIDWORKS license if you need to access it remotely. Now that you know how to access SOLIDWORKS, how about we give you some tips on how to manage data and file information remotely?

The cloud is very much a commodity these days. For years, we have been using the cloud to store files that are safe from local penetration (like fires, water damage, theft, etc.), take up less space (rather than piles and piles of paper) and are easier to find (using a simple search command rather than routing through a filing cabinet). However, it is important to understand that the cloud is so much more than just a glorified external hard drive. Now, project teams can immerse themselves in cloud-based tools and applications, not just for storage, but for creation. Just like the cloud offers many benefits over a traditional file storage process, the cloud-based 3DEXPERIENCE® Platform by Dassault Systèmes offers a true start-to-finish design experience that anyone can leverage to be more efficient. You just need to know how to use the software to fit your role in the project.

Having spent some time working at a local battery company started from Carnegie Mellon, I saw firsthand as a SOLIDWORKS user how companies in the energy sector utilize the software. It would be very narrow-minded to exclude the totality of this industry. There are many products in the SOLIDWORKS portfolio, if leveraged properly, that can be powerful for those in the industry, from oil/gas, hydroelectric power generation, hydrogen power and many more. During my time at the battery company, I utilized the SOLIDWORKS mechanical design suite of products including the basics with sketching, product and assembly design to the more advanced capabilities and SOLIDWORKS validation products. In this blog, I go through a very high-level overview of the tools most likely to be used by a designer in this field.

Over the years, I’ve dabbled in many surface editors. I have spent too many hours creating human faces, cars and other complex geometries only to have the most extravagant shapes not make the jump to hyperspace from surfaces to solids willingly. Perhaps, you know from experience, the let-down in creating something with surfaces that looks great in CAD, only to fumble into getting in a solid form so it can be 3D printed.  

Congratulations, you just finished designing your CAD model! Now, what's the next step? Prototyping! It's the next phase in the design cycle that helps you mitigate and reduce errors and issues. Prototyping allows you to test your model for functionality and design features. It has become more affordable and accessible as this trend continues at a non-linear rate. This phase decreases the time to market and increases productivity. Newer enhancements offer a more functional prototype and ability to rapid manufacture. Let’s review several things that you can leverage today to help make your prototypes in an efficient and affordable way.

Coming from working in the automotive industry, it is easy for me to see the benefits of the yearly new features and updates the SOLIDWORKS portfolio has to offer. But the automotive industry isn't the only industry that has benefits, such as aerospace. This industry breaks new ground on revolutionary technology, as engineers and designers need a tool that will supplement creative freedom, not curtail it. Both industries have seen major benefits of utilizing a central design platform in the last 30 years, one that allows for design, documentation, validation and production.

SOLIDWORKS 2019 includes a new ability for extended reality. Extended reality is an export from SOLIDWORKS 3D CAD Standard, Professional and Premium. It provides a much richer experience to view designs that are typically consumed on a flat monitor or image. With the new export option, users are immersed in a virtual environment via virtual reality headsets. The benefit is seeing an interaction between your product and the environment in such a way that was not possible until now. It is currently not available in Service Pack 0 (SP0) but will be included in future service packs.

As I mentioned in my other post, I was fortunate to have the opportunity as a high school student to learn engineering and architecture through a program similar to STEM (Science, Technology, Engineering and Mathematics). So in honor of National STEM Day for the young minds we’ll take a peek into some kinetics (motion). 

I was fortunate to have the opportunity as a high school student to learn engineering and architecture through a program similar to STEM. I used this as a stepping stone to go to college for mechanical engineering. Then I found a great career with a large automaker and started really learning about practical applications. 

The ability to include videos in your data cards is a possibility with the SOLIDWORKS PDM product. However, we must be smart with the size and quality of the video while using this feature. The nature of this article is to uncover what workflow makes this a possibility.