Marty Rozmanith

Chief Technology Officer

Skema, Inc

Bio

Marty Rozmanith is an entrepreneur and building design/construct professional with a 30+ year career in sustainably transforming the building industry. In his current role as Chief Technology Officer at Green Building Holdings (GBH), Marty is leading technology initiatives to advance generative and modular approaches to the built environment. Marty previously spent ten years at Dassault Systemes as Global Sales Director and Strategy Director for AEC.

Marty is best known for his role leading the requirements team for the Revit product (acquired by Autodesk). His work applying modular approaches and digital twins in AEC have been published in The Wall Street Journal, Forbes magazine and professional journals.

Marty holds a degree in Architectural Engineering from The Pennsylvania State University, and a Masters in Business Administration from Boston University.

NXT DEV Talk

Panel discussions

Panel discussion: Design Automation: from days to hours or even minutes
To date, the industry has made do with relatively manual tools and workflows. A whole new generation of automation and expert systems are coming to market to shortcut the boring work and provide leaps in productivity. While some tools may harness the power of AI, it’s not specific to the genre. Often, it’s just about working smarter. Work that would usually take months will be done in days, hours or even minutes. How are firms to prepare for this? What other areas are open to automation? We have a panel of the greatest minds and tool developers to go deep on these exciting new technologies.

Panel discussion: Future Pathways for Digital Fabrication
We all know the future of AEC lies in the convergence of Digital Design with Digital Fabrication. However, the route to that utopia seems to have been an expensive experiment for many offsite fabrication firms in the US and UK. We have assembled a panel of experts to discuss the path to Digital Fabrication, what we can learn from the failed and the successful attempts. What strategies can be adopted at the design stage to ensure better manufactured outcomes?

‹ All Speakers