Join us to review some BOM tips and tricks to compliment your CAD knowledge. We'll discuss many of the various tools for SOLIDWORKS BOM Management, including how to engage Custom Properties, formatting tricks, and accommodate multi-sheet drawings in SOLIDWORKS.

After showing you customizations, templates, and formatting in SOLIDWORKS, we will show you some BOM tools in our SOLIDWORKS PDM data management tool. Finally, we will wrap up by reviewing some of the advanced BOM management options in SOLIDWORKS Manage.

Are your products 'ready to go' for various size options or is your product made-to-order? Maybe both? In either case, you might want to take advantage of the automation tools available to you. In this webinar, we'll discuss SOLIDWORKS Configurations and DriveWorks, and which tool is suited for your scenario.

DriveWorks is a design automation and configuration tool that works with SOLIDWORKS as an add-in and as a standalone application. With robust tools and features, this application allows you to capture design data, build rules to drive models and documentation, create user interfaces, and much more. Join us to get a demonstration of these features and functionality available with DriveWorks.

Presenters: Jeff Lendermon, Sr. Specialist at GoEngineer
Emmanuel Leroux, WW Technical Sales Director at Dassault Systemes

Electronic devices, some of which containing very complex electronic circuits, are integrated into many product designs that are used daily. These circuits must work in conjunction with other electronic devices while keeping signal integrity (SI) and power integrity (PI). There are also electromagnetic compatibility (EMC) standards that must be met. Simulation of these designs in the development stage will identify problems that can be corrected prior to the start of manufacture. Join us for part 1 of this 3-part webinar series to learn how CST Studio Suite Electromagnetic simulation will help with electronic device designs by analyzing PCBs.

Discussion will include:

• In which cases do you need to simulate your PCB for SI/PI?
• How can your PCB be bent and simulated for a wearable device?
• How can a quick Design Rule Check help get rid of SI/EMI (Electromagnetic Interference) issues even without simulation?
• Verify if you can achieve the required speed (Mbits/second) on your high-speed connection by checking the Eye diagram.
• Discover how to optimize the number of decoupling capacitors on your PCB to enhance power integrity on you Power Distribution Network (PDN)

Presenter: Jared Trotter, GoEngineer - Applications Engineer

In this free introductory session to online training with GoEngineer, you can interact with a certified instructor & ask questions as they walk through a few SOLIDWORKS design examples. Get a feel for what online training with GoEngineer is like to make sure it's the right fit for you before you purchase the full course.

Presenters: Jeff Lendermon, Sr. Specialist at GoEngineer
Weiran Xu, Simulia EMAG Technical Expert at Dassault Systemes

Electronic devices, some of which containing very complex electronic circuits, are integrated into many product designs that are used daily. These circuits must work in conjunction with other electronic devices while keeping signal integrity (SI) and power integrity (PI). There are also electromagnetic compatibility (EMC) standards that must be met. Simulation of these designs in the development stage will identify problems that can be corrected prior to the start of manufacture. Join us for part 2 of this 3-part webinar series to learn how CST Studio Suite Electromagnetic simulation will help with electronic device designs by analyzing PCBs.

Discussion will include:

• The importance of PCB thermal management
• How heat is generated and travels through a PCB
• Simulation helps to keep PCB cool
o PCB and chips: simplify or not simplify
o PCB as part of the system
• Examples

Turbomachinery, now and in the future, will likely be led by the adoption of metal additive manufacturing or 3D printing. These applications can unlock geometries critical to maximizing performance, with the space industry being a prime example of the innovation that can be unlocked with additive manufacturing.

However, some terrestrial energy producers still require different data and different milestones to fully adopt Metal Additive Manufacturing. Join Velo3D and Mohawk Innovative Technologies during this webinar as they discuss the last few barriers to adopting additive and detail a six-month plan to close the gap to additive adoption.

Topics will include:

• What are the last few barriers to adopting AM for terrestrial energy applications
• How to close the gap to enable AM adoption
• How Velo3D’s end-to-end Metal AM solution can help unlock geometries critical to maximizing performance

SOLIDWORKS has long had many options for various types of patterns. And even though linear and circular patterns are common and heavily used, there are some little known features that can enable you to get more out of your patterns and create them in less time. Have you ever tried making a complex pattern that just didn't seem feasible in SOLIDWORKS? 3D Pattern Shape Creator on the 3DEXPERIENCE Platform could be a viable tool for your use case. Tune in to this webinar for a dive into all of these tools.

Presenters: Jeff Lendermon, Sr. Specialist at GoEngineer
Emmanuel Leroux, WW Technical Sales Director at Dassault Systemes

Electronic devices, some of which containing very complex electronic circuits, are integrated into many product designs that are used daily. These circuits must work in conjunction with other electronic devices while keeping signal integrity (SI) and power integrity (PI). There are also electromagnetic compatibility (EMC) standards that must be met. Simulation of these designs in the development stage will identify problems that can be corrected prior to the start of manufacture. Join us for part 3 of this webinar series to learn how CST Studio Suite Electromagnetic simulation will help with electronic device designs by analyzing PCBs.

Discussion will include:

• Why is simulation of your electronic device with PCB needed before the FCC EMC testing?
• Understand how signal integrity (SI) / power integrity (PI) influence EMI and use a quick design rule check to get rid of SI/EMI issues without simulation.
• A practical case: Conducted Emission of PCB having on board SMPS (switch-mode power supply)