Slater Avenue Office - Fayetteville, NC

Architect: KCA Design Studios Inc
Year Built: 2026
Type: Commercial
Location: Fayetteville, North Carolina
Status: Under Construction
Slater Avenue Project Summary
KCA Design Studio Inc. – Fayetteville, NC
Project Overview
Situated on a 0.89-acre site in Fayetteville, NC, the Slater Avenue project reimagines a multi-lot vacant parcel into a two-building community anchor. The development includes a 1,800 SF wood-framed commercial oce building and a 1,000 SF dayroom-style assembly space. Designed for comfort, accessibility, and long-term impact, this complex serves as a welcoming space for community engagement and resident well-being.
Aerial Site Overview
This elevated perspective captures the full vision of the Slater Avenue development, showcasing a thoughtfully designed site plan anchored by a modern, low-impact office building and a secondary A-frame dayroom structure nestled at the rear. The project features sustainable materials and design strategies, including a light Gray asphalt parking lot that helps mitigate urban heat island effects and permeable walkway paths that enhance stormwater management and recharge the soil. Lush native plantings and intentional landscape zones frame the pedestrian entry, while the gently sloped roof of the dayroom supports efficient rainwater runoff. This view demonstrates how functionality, environmental sensitivity, and community wellness converge to elevate both aesthetics and performance on this 0.89-acre site.


This ground-level perspective highlights the thoughtful relationship between the two key structures on the Slater Avenue site, the primary office building and the rear assembly/dayroom building. Framed by mature trees in the background, this view showcases the harmony between contemporary design and natural surroundings. The dayroom building features a pitched roof and brick façade, introducing a welcoming residential scale. In contrast, the main office building adopts a clean, modern form with ber cement panels and accent brick ends, grounded by soft landscaping.

This layout promotes accessibility, serenity, and sustainability while reflecting a balance of form and function that supports community-based programming.

Lobby Interior Overview
The lobby area exemplifies KCA Design Studio’s commitment to sustainability, wellness, and refined aesthetics. Featuring a clean, minimalist design, the space is bathed in natural light, softened by layered window treatments that reduce glare and enhance comfort.
The reception area is defined by a warm, curved wood desk that grounds the space, complemented by textured wall panels behind it that add visual interest and acoustic softness.

The cove ceiling lighting delivers a modern yet calming ambiance, while recessed linear lights guide users deeper into the building with intention and clarity. The seating is both elegant and ergonomic, furnished with mid-century modern chairs and natural fabric upholstery.
Every material used, from the low-VOC interior paints to the sustainable flooring nish, was carefully selected to prioritize health, durability, and environmental responsibility. Altogether, the space sets the tone for a welcoming, community-focused environment rooted in thoughtful, resilient design.

Conference Room Interior Overview
This room showcases a refined blend of sophistication and sustainability. Anchored by a modern, custom-built conference table, the space features a recessed wood grain ceiling detail that visually centers the room while adding a warm, natural texture overhead.
Ambient lighting is thoughtfully integrated through recessed LED strip fixtures, promoting energy efficiency and a clean, streamlined look. The acoustic ceiling panels around the perimeter are not only a nod to acoustic comfort, but also align with the project’s wellness-focused design ethos.
Beneath it all, the room is equipped with low-VOC finishes and durable, sustainable flooring. The energy-efficient MEP systems, including ENERGY STAR-rated HVAC and plumbing with low-ush fixtures, demonstrate KCA Design Studio’s commitment to resource conservation and operational efficiency, setting a precedent for sustainable, community-conscious commercial development in Fayetteville.
SUSTAINABILITY & PERFORMANCE REVIEW
FAYETTEVILLE, NORTH CAROLINA
1509 SLATER AVENUE, FAYETTEVILLE, NC 28301
Sustainability Approach
The Slater Avenue project embodies KCA Design Studio’s core commitment to sustainability through a holistic, systems-based design approach that addresses energy efficiency, environmental resilience, and occupant health. At every stage—from site preparation to materials selection—our goal has been to reduce the project’s ecological footprint while enhancing quality of life for Fayetteville residents. The site integrates a light Gray asphalt parking surface with high solar reflectance index (SRI) to reduce heat island effect.
Energy-Ecient Systems & Indoor Air Quality:
The project incorporates Energy Star-rated mechanical, electrical, and plumbing (MEP) systems, including low-ush toilets and water-saving fixtures, drastically reducing water consumption. Recessed LED strip lighting, coupled with natural daylighting strategies, minimizes energy demand while improving occupant comfort. All interior finishes, including low-VOC paints and sustainable flooring products, ensure healthy air quality for building users.

Architecture that Responds to Climate:
Orientation and massing support cross-ventilation and shading, while roof overhangs and recessed entries provide protection from harsh sun and rainfall.
Altogether, this sustainability approach transforms the Slater Avenue site into a resilient, efficient, and health-forward community hub, setting a model for small-scale civic development in south-eastern North Carolina.



Durable, Low-Impact Building Materials:
A key feature of the project is its durable, lightweight Dekko ultralight concrete exterior panels, which oer long-term resilience with minimal maintenance. These panels are Class A re rated, UV stable, and suitable for freeze-thaw cycles, providing both safety and longevity. Native and adaptive plant species are proposed throughout the site’s softscape, reducing irrigation needs and enhancing local biodiversity.