Citizen Portal
Sign In

Get Full Government Meeting Transcripts, Videos, & Alerts Forever!

Get email alerts on the Woodville Elementary Rebuild topic

No spam. Unsubscribe anytime.

Urban Design Committee backs conceptual plans for new Woodville Elementary; requests follow-up on resiliency and details

AI-Generated Content: All content on this page was generated by AI to highlight key points from the meeting. For complete details and context, we recommend watching the full video. so we can fix them.

Summary

The Urban Design Committee approved a conceptual design for a new, three-story Woodville Elementary School with community-focused resilience features but asked the project team to provide additional detail on extreme-weather response, materials, plant lists and how temporary learning cottages would be handled.

The Urban Design Committee on March 13 granted conceptual approval for a replacement Woodville Elementary School, signaling support for a 72,000-square-foot, three-story facility designed for roughly 486 students and a range of community resilience measures. The committee asked the applicant to return with detailed plans for extreme-weather response, final exterior materials, lighting, landscaping, and documentation showing how the school could support community needs during extreme events.

What the project includes: Richmond Public Schools nd its design team presented a design that consolidates learning spaces into a three-story academic bar, a separate public wing housing the library, dining commons and gym, and extensive outdoor amenities including play areas, gardens, walking/biking paths and a covered community pavilion intended for cooling or relief during extreme heat events. The design team said the building is "net zero energy ready" and that photovoltaic arrays, battery storage and harvested water were proposed as add alternates tied to grant funding.

Why it matters: Woodville serves neighborhoods on Richmond—ast End where community organizations and residents have identified climate resilience needs. Project presenters described the building as a potential community asset in emergencies, with plumbing, battery power and potable-water storage that could support neighbors if the district secures additional funding for those systems.

Applicant and staff comments: Kelly Callahan, project architect, said the team prioritized extreme-heat readiness and storm resilience after community engagement, and described stormwater measures including bioretention cells, cisterns and underground storage sized to a 15-year design storm. "We know that we can design a really high efficient, happy, healthy, high performing...net-zero energy ready project," Callahan said, describing energy-efficiency and daylighting strategies incorporated in the design. Civil engineer Eddie (VHB) outlined stormwater approaches and the decision to increase design storm storage.

Committee direction and staff recommendations: Staff recommended the applicant provide more detail on extreme-weather response planning, dark-sky sensitive lighting, incorporation of public art, a maintenance plan for landscaping and sustainability features, permeable hardscape where appropriate, and improved bike infrastructure and pedestrian markings. The committee specifically asked that the applicant return with perspective street-level renderings, a clear planting palette and species list, and highlighted an interest in the appearance of the school—dge facing neighborhood streets. Several committee members encouraged designs that fit the existing neighborhood character rather than a purely suburban aesthetic.

Temporary and future capacity concerns: Committee members asked about enrollment projections and the potential need for learning cottages or temporary modular classrooms if population growth exceeds projections. The committee asked the applicant to "study" how temporary units would be sited and to consider filtration or mitigation measures for such temporary facilities.

Budget and grant funding: The project team told the committee RPS initially budgeted about $37 million but recent estimates put the total at roughly $52.7 million in schematic design; some resilience elements (PV arrays, battery storage, harvested potable water, additional community facilities) are add alternates dependent on an EPA community change grant and other funds. The applicants said they have not yet received word on the EPA grant and that add alternates will be prioritized by cost and community impact.

Vote: The committee voted to approve the conceptual plan and recommended follow-up items; committee members voting yes included Denise; Gimmer; Magnardi; McKenzie; Hammitt; Woodson; Pearson; Clark; and Guillaume. The motion passed unanimously.

Next steps: The applicant will return for final UDC review with detailed responses to staff recommendations, an expanded materials and plant list, street-level perspectives, and documentation of extreme-weather response elements and operations plans. The committee and staff encouraged coordination with the city rts program for public-art opportunities and with parks and rec if site features or pool property conversations continue.

Ending: The committee pproval moves the Woodville project into later design phases while making clear that funding-dependent resilience systems and landscaping must be documented and justified before final approval.