Victory Wellness Center, designed by Los Angeles-based PATTERNS, is the studio’s largest completed project to date and its first comprehensive adaptive reuse commission. The project transforms a 1960s bowstring-truss warehouse into a 42,000-square-foot medical facility. Located at the intersection of Victory Boulevard and Troost Avenue in North Hollywood, the design expands the original 17,000-square-foot structure through sectional additions, including courtyards, a basement level, and a partial mezzanine.
The sustainable approach retains the existing wooden structural framework, three original facades, and the roof, while introducing contemporary insertions and a new interior-facing facade. The project is located within a mixed urban context of residential blocks and strip malls, positioning the wellness center as a neighborhood anchor.
Integration within the urban community
By diagonally slicing the existing building, the project introduces a landscaped open-air public plaza that functions as a green access wedge. This space provides outdoor seating, lawn areas, bicycle racks, and stepped seating suitable for informal gatherings and events.
Four courtyards bring daylight and air deep into the building, supporting pedestrian-scale access between the neighborhood, parking, and interior spaces. Large cast-concrete planters create a cascading effect that breaks down the building mass, introducing texture and scale while reinforcing the relationship between architecture, landscape, and use.
Spatial strategy and architectural expression
The sustainability strategy of the Victory Wellness Center is anchored in a fundamental decision: adaptive reuse as a primary climate strategy. By transforming an existing warehouse into a wellness facility, the project avoids the most carbon-intensive phases of conventional construction—demolition, new foundations, and replacement of the primary structure.
Retaining the existing building shell preserves embodied carbon already invested in the site, reduces construction waste, and minimizes neighborhood disruption associated with demolition and material transport. In this context, sustainability begins not with added technology but with restraint and strategic reuse.
Beyond carbon avoidance, the project repositions open space as environmental infrastructure. The introduction of a public, sunken courtyard converts an underperforming paved area into a climatic void that moderates heat, supports outdoor comfort, and organizes site performance.
Landscape and shading reduce localized heat-island effects, while grading and surface strategies allow the courtyard to participate in stormwater management by slowing runoff and supporting infiltration where feasible. Rather than treating landscape as decorative, the project deploys it as a performative system that improves site resilience and comfort.
At the building scale, the sustainability approach emphasizes load reduction before system optimization. Former big-box retail buildings are typically characterized by high cooling demand, poor air tightness, and limited solar control. Targeted envelope interventions—such as improved air sealing, roof performance upgrades, and strategic shading—focus on reducing peak thermal loads rather than wholesale enclosure replacement. This pragmatic approach allows the building to achieve significant performance gains while respecting the logic and constraints of adaptive reuse.
Reduced loads enable more efficient mechanical strategies. By right-sizing building-scale systems to actual demand, the project lowers operational energy use and positions the facility for long-term efficiency. Controls, scheduling, and operational logic are treated as sustainability tools, preventing the “always on” conditioning typical of legacy retail buildings. Where feasible, energy recovery and future electrification readiness are incorporated to support ongoing decarbonization over the building’s lifespan.
Water management is addressed through a site-specific, climate-responsive strategy. Drought-tolerant planting, minimized irrigated areas, and efficient irrigation systems reduce potable water demand, while stormwater is managed through landscape integration rather than purely civil solutions. The courtyard and surrounding open spaces function as absorptive and moderating zones, reinforcing water stewardship as a visible and functional component of the project.
As a wellness facility, the project also operates as public health infrastructure, improving access to care and supporting preventive health outcomes—an often overlooked dimension of sustainability.
Materials and construction approach
The project retained and repurposed significant portions of the existing building, including the primary structural system, slab-on-grade, roof structure, and substantial portions of the existing enclosure. This strategy avoided demolition-related waste and reduced the embodied carbon typically associated with new construction, foundations, and primary framing systems.
Construction techniques prioritized selective demolition and targeted intervention, allowing existing materials and assemblies to remain in service wherever performance, code, and programmatic requirements permitted. Rather than replacing systems wholesale, upgrades were concentrated where necessary to support new use, life safety, and energy performance. This materially efficient approach minimized the introduction of new construction materials while extending the life cycle of existing ones.
Adaptability and circular economy
The Victory Wellness Center prioritizes material continuity over substitution, maximizing on-site resources. Reuse is the core strategy, achieving environmental performance through conservation, reduction, and long-term adaptability rather than specialized products. Retaining the existing bowstring-truss system and structure is central, with program expansion achieved through sectional interventions that minimize the building’s footprint.
Adaptive reuse supports long-term adaptability rather than relying solely on design for disassembly. The retained structural framework allows programmatic flexibility for future healthcare or community uses without altering the primary structure or expanding the footprint.
Floor plans maintain clear structural grids and open zones, facilitating future reconfiguration through spatial capacity rather than short-term customization. While not formally pursuing a circular economy or modular disassembly framework, the project aligns with circular principles by keeping materials in continuous use and minimizing short-life construction.
