Lexington Apartments
This project is a student-focused, mixed-use community with 122 apartments and 3,100 square feet of commercial space.
Central common areas are at the heart of social contact between student residents and create a unique and friendly community feel. Common use areas such as the community building with recreation and exercise facilities, laundry spaces, and common study rooms were placed in key locations to socially enliven the whole site and provide 'natural surveillance' from the residents for added safety.
The site provides excellent connection to the University of Davis campus and was designed to be pedestrian-oriented with generous, shaded sidewalks, narrow drives, and hidden parking wherever possible. Retail and office space on the ground floor establish a public interface from the street. The three-story residence buildings were designed to allow maximum connection between the inside and the landscape with porches in varied positions, generous balconies and covered walkways that go through the middle of the longer buildings.
The residences are a combination of flats on the ground floor with 2-story townhouses on top. The units were designed to provide extra privacy and living spaces for the student lifestyle that constantly balances the interests of quiet study time with (sometimes loud) social activities.
Ecological responsibility was an important factor for the site and building design. Buildings were built according to green specifications and carefully designed for energy efficiency. Some of the approaches incorporated into the project include: a 10kw solar photovoltaic array for the community facilities and site lighting; additional site shading using overhangs, trellises, and variable transmissivity glazing; low-water irrigation systems; drought tolerant landscaping and extensive bicycle storage.
Awards
2004 Project of the Year: Niche
MultiFamily Executive
Project Details:
Owner/Developer: Hallmark Properties
Architect: Mogavero Notestine Associates
Consultants: Civil: Cunningham Engineering; Structural: Buehler & Buehler; Electrical/Plumbing: Sacramento Engineering; Mechanical: Meline Engineering; Geotechnical: Wallace-Kuhl; Landscape: Quadriga; Photography: Steve Whittaker
General Contractor: Brown Construction
Total Site Area: 5.74 Acres / 146,882 Square Feet
Commercial Space: 3,100 s.f.
Previous Use of Site: Vacant Lot
Resident Profile: Undergraduate Students
100% Rental Units
# Of Units / Density: 122 Units; 21 Units/Acre (Plus Retail)
Unit Size: 2 BR - 932/1111 Square Feet;
3 BR - 1114/1329 Square Feet;
4 BR - 1429/1798 Square Feet
Construction Details: New Construction;
Wood-frame/Concrete Plaster
Type V One-Hour
Project Budget: $15.5 Million
Date of Completion: September 2003
Specialized Approaches
Site Features:
- Infill site location
- Onsite recycling area and trash compactor
- Dark Sky compliant exterior lighting
- 50% of parking tucked under building (reducing run-off and increasing density)
- 13 'Phantom' future reserve parking spaces hidden in landscape
- 435 Bike spaces
- 4 Electric vehicle-charging stations onsite
- 36 Motorcycle spaces
- Located near Bay Area 'Ride Share'
- Local Bus Stop nearby (funded by project)
- DSL Data lines in each unit to encourage tele-commuting
- Traffic calming measures: chacade, pedestrian islands, curb radius changes
Building Features:
- Energy efficient design - exceeded California's Title 24 requirements by 20%
- Natural daylighting features
- Natural ventilation features
- Passive heating features
- Selective transmissivity glass
- Window shading, trellises and overhangs
- Solar Electric Panels - Community building powered by 2 KW system. Residential units set-up to accept future solar panels
- Recycling containers in all units
- Low-flow water fixtures
Landscape Features:
- Large shade trees and edible landscape
- Drought tolerant plants
- Water saving irrigation system
Construction Process:
- Insulation consisted of recycled content and was formaldehyde free
- 90% of the reinforcing bars were of recycled steel and
- Construction/demolition waste programs were in force throughout the project.





