Learn how to utilize engineering tools to elevate designs addressing weight, speed to completed build, and overall cost. See how leveraging computing power and user-friendly analytical tools now enable design engineers to digitally validate complex designs and adapt to the needs of the application.
There is well-established industry expertise around designing for outdated machining processes, but advances in additive manufacturing technologies have introduced new challenges in design. Our ability to print complex geometries has outpaced our ability to design them.
Using computational methods instead of traditional methods has allowed us to meet the specific requirements of applications in a variety of industries. Learn how to utilize engineering tools to elevate these designs addressing weight, speed to completed build, and overall cost. You will see how leveraging computing power and user-friendly analytical tools now enable design engineers to digitally validate complex designs and adapt to the needs of the application.
Learn the exciting possibilities of 3D printing, and how to not get left behind.
About the Speaker:
Liz Stortstrom – Application Engineer – HP 3D Printing
Liz Stortstrom is a 3D Printing Application Engineer (AE), helping companies learn to take full advantage of HP’s Multi Jet Fusion (MJF) technology. With a background in Mechanical Design Engineering, she joined HP Inc. to support the development of the MJF Technology. She now utilizes that expertise to find optimal solutions for customers aiming to push their businesses to the next level with additive manufacturing. Liz received her BS/MS in Mechanical Engineering from Carnegie Mellon University and currently resides in Portland, OR.
This webinar is sponsored by HP.
