Description
Key Learnings
- Learn about sourcing data for your project from a big box store and local suppliers
- Learn how to model tools for very specific material counts
- Learn about custom shared components and integrating functions into components and schedules for accurate counts
- Learn how to use options to compare quantities and costs
Speaker
- Ron AllenI want to influence and evolve the design and production process to demonstrate cost savings and timeline/delivery efficiencies. To achieve that, I am looking for an entry point to a director level position in BIM and Technology research, Transformative technologies and Design Technology and production implementation; Particularly in Autodesk verticals(Revit, BIM 360/ACC) and BIM workflows. My passion has been managing tech to make it more transparent to end users in the BIM process. I have seen efficiencies in BIM, IPD, Design Build and live collaboration realize nearly 18% in design, construction, and cost savings; Proper modeling can also realize up to 4% additional savings for digital twins. BIM is the framework that will allow us manage the financial cost while illustrate the core architectural values of Environmental and Social governance, Equity, Carbon footprints, net zero, passive energy strategies. Over the years I have created several Common data environments (CDE) across several business lines, forged from common CSI, NCS, and ISO standards to create living libraries of content for upcycling and with tools for easier management. I have been engrossed with the practical application of technology in of and for architecture from the beginning, focusing on Building systems and the tools used to study and convey those systems. For me this has spanned commercial, residential, government, entertainment, industrial, hospitality, interiors, themed, transportation and infrastructure from aspects of management, production, and design. Architecture must evolve with the data streams to if it is going to survive. Big data in geometric and non-geometric data modeling is the core of an integrated, comprehensive, digital prototype which must run the gamut of developers, designers, engineers, architects, municipalities, and construction; and now moving to constructability, operations, and management with consideration of decommissioning.
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