The Design Commission recommended that city council find the Nash Hernandez building renovation project consistent with city design and sustainability standards, adding three recommendations for interior art, alternative‑commuter accommodations and future consideration of public shoreline access.
"This project rehabilitates the existing Nash Hernandez building on Parkland as part of the council approved 2014 ... Vision Plan," said Ingrid Kong, project manager for the City of Austin Parks and Recreation Department, introducing the proposal. Architect Philip Reed of Lehi Daikama Architects described the scope as rebuilding a long‑vacant 1966 building, upgrading mechanical, electrical and plumbing systems, adding an accessible path, elevator and meeting space, and preserving the historic exterior form.
Commissioners asked technical and programmatic questions: Commissioner Carroll asked whether the site is in the flood plain (Reed: "It's not in the flood plain. No. It's several feet up above it."). Commissioners probed historic constraints and interior flexibility; Reed said the project seeks to retain original facades while adapting interior layouts to modern office and community uses. The architect said the team will seek historic‑designation review and continue neighborhood outreach to define community room use and scheduling.
Sustainability and access details included plans for PV/EV chargers, bicycle parking, and "LEED silver"‑level points referenced during the discussion. Commissioners sought clarity about restroom access for trail users; Parks staff said the building will be open to the public during office hours and provide restrooms at those times.
Vice Chair (Commissioner) moved that the commission find the project meets the city's design and sustainability standards with added recommendations for interior art, alternative‑commuter accommodations and future consideration of shoreline access; the motion was seconded and passed unanimously. Staff said they will upload the recommendation for council consideration.