Private Residence Renovation | Brooklyn, NY
This project involved the consolidation of two residential units into a single duplex residence. The millwork strategy focused on establishing consistent cabinetry systems across both levels while organizing storage, circulation, and functional zones throughout the home.
Custom cabinetry integrates kitchen systems, wardrobes, bedroom storage, and built-in shelving into continuous architectural elements. The kitchen incorporates full-height cabinetry walls with integrated panel-ready appliances and concealed storage systems. Bedroom spaces include built-in wardrobes, integrated headboard millwork, and wall-mounted storage elements. Corridor areas and secondary rooms incorporate shelving and storage walls that maintain material continuity across the residence. Visible stone surfaces were coordinated with other trades as part of the broader interior construction process.
Location: Brighton Beach, NY
Project Type: Private Residence Renovation
Scope: Full Interior Design, Custom Italian cabinetry, and millwork fabrication and installation throughout the duplex residence including kitchen systems, wardrobes, built-in shelving, home furnishings, and integrated storage walls
Custom Italian kitchen cabinetry with integrated panel-ready appliance systems
Kitchen island and perimeter cabinetry fabrication and installation
Full-height wardrobe systems within bedrooms
Integrated bedroom headboard millwork with built-in storage
Built-in shelving and display millwork within living areas
Entry and corridor storage cabinetry systems
Integrated desk and workspace cabinetry within secondary rooms
Fabrication and installation of custom cabinetry throughout the duplex residence
This project demonstrates AKO’s ability to implement coordinated millwork systems across a multi-level residence. By aligning kitchen cabinetry, wardrobes, shelving systems, and storage walls within a consistent material language, the project reflects a structured approach to architectural millwork where cabinetry systems contribute directly to spatial organization and long-term functionality.
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