SUNY NANOFAB Campus – New York

Steve Talbott’s involvement consisted of:

Modeled electrical systems in AutoCAD and early Revit workflows for cleanroom, lab, and utility spaces.
Integrated conduit routing, panel layouts, and lighting systems into coordinated MEP environments.
Supported clash detection and resolution with HVAC and structural trades.

Responded to RFIs on electrical layout adjustments, fixture mounting, and equipment clearances.
Conducted field walks to verify constructability and resolve installation conflicts.
Issued redlines and drawing updates based on evolving site conditions and trade feedback.

Facilitated coordination meetings to resolve spatial conflicts and maintain schedule integrity. Workflows.

Led electrical clash reviews using Navisworks and manual overlay techniques.

Project summary:

Client: SUNY College of Nanoscale Science and Engineering (CNSE)

General Contractor: M+W Zander (now Exyte)

Facility Overview:

Expansion of NanoFab South and NanoFab North buildings at the Albany NanoTech Complex.
Included Class 1 capable cleanrooms, advanced semiconductor R&D labs, and support infrastructure.
Hosted strategic partners like IBM, Tokyo Electron, and ASML for EUV lithography and 300mm wafer development.

Systems Installed:

High-purity chemical delivery, cleanroom HVAC, electrical distribution, and process utilities.

Integration of EUV Alpha Demo Tool and advanced metrology platforms.