Over the two and a half days of AMS, attendees have heard that additive manufacturing is part of a broader advanced manufacturing value chain, which is both complex and rapidly growing. With tremendous opportunities to invest in the industry, how does one make informed decisions without getting caught up in the hype cycle?
During this final, interactive AMS session, experts from The Barnes Global Advisors (TBGA) will provide a baseline approach to communicating the value of AM. Using TBGA’s industry-leading tools, investors and those seeking investments will learn how to assess the value of a company and its technology. From the Simplified View of AM to the TBGA AM Maturity Model, TBGA ADDvisors® will show how to assess where a company fits in the value chain and how growth-oriented and viable it is for future investment.
Participants will receive a quick reference guide with key questions and information to guide future conversations as well as a digital badge indicating completion of The Barnes Global Advisors Economics of Additive training.
Who should attend: Professionals making investment decisions in advanced and additive manufacturing who seek to increase their understanding of AM technology, markets, and value to inform investment decisions. AM Business leaders who want to know how best to frame conversations with investors from a technology, market, and value standpoint.
*Full AMS registrants receive automatic access to this workshop. You can also opt to register for the workshop only by selecting the appropriate choice on the AMS registration page.
AMS will return to NYC on Feb 4-6, 2025. Early bird registration will open soon. Click here to join the mailing list.
AMS will return to NYC on Feb 4-6, 2025. Early bird registration will open soon. Click here to join the mailing list.
Mr. Jeffrey Gaddes is an Additive Manufacturing Subject Matter Expert at the U.S. Army Combat Capabilities Development Command (DEVCOM) Aviation and Missile Center (AvMC) in Redstone Arsenal, AL. Mr. Gaddes leads proposal and performance of manufacturing process enhancements for transition to Army rotary wing platforms. Significant work has focused on the maturation of the airworthiness process for the transition of metallic AM components.
