Nestled in the heart of Norwood, this early 20th-century industrial building was thoughtfully transformed into the new headquarters for AURUS Inc.
The project balanced historic preservation with modern functionality, breathing new life into the structure while creating a vibrant, collaborative workspace for a growing team.
The project balanced historic preservation with modern functionality, breathing new life into the structure while creating a vibrant, collaborative workspace for a growing team.
My Role
As the lead and sole architectural designer, I spearheaded the adaptive reuse strategy—from reimagining spatial layouts to preserving key historic features and seamlessly integrating contemporary design interventions. I oversaw all phases of coordination with structural, MEP, and lighting consultants, and actively led construction tracking to maintain design intent, resolve challenges, and deliver a cohesive final outcome aligned with the project's vision and timeline.
Building Mass
Old Drawings
Revit Model
Program Zoning & Material Strategy
The proposed layout organizes the building into three clearly defined functional zones:
The proposed layout organizes the building into three clearly defined functional zones:
Depot Area – the central hub for storage and operations. Workstation Office Area—an open-plan workspace designed to promote collaboration and maximize natural light. Loading Dock Area—strategically positioned to streamline the flow of goods and deliveries.
The material strategy reinforces these zones both functionally and experientially. Polished concrete flooring extends through the depot and loading dock, emphasizing durability and industrial resilience. In contrast, a raised wooden platform delineates the office area, introducing warmth and tactile richness to balance the space’s utilitarian core.
New Proposed Layout of Headquarters
HVAC and Lighting Fixtures Plan
Working space
Windows Opening up
Before Sandblasting
After Sandblasting
Existing Condition of Basement
Scope of Work – Wood Surface Finishing
Surface Preparation
Remove all nails, screws, and any obstructions from all beams, columns, and ceiling surfaces.
Remove all nails, screws, and any obstructions from all beams, columns, and ceiling surfaces.
Wood Filler Application
Apply wood filler to all holes and surface imperfections, matching the wood grain. Avoid unnecessary wastage.
Apply wood filler to all holes and surface imperfections, matching the wood grain. Avoid unnecessary wastage.
Sanding – Initial Phase
Sand the surface thoroughly using 60 and 150 grit sandpaper to achieve a smooth and even texture.
Sand the surface thoroughly using 60 and 150 grit sandpaper to achieve a smooth and even texture.
First Coat – Wax Application
Apply the first coat of wood wax evenly, then wipe the surface clean with a cloth to allow the wax to absorb.
Apply the first coat of wood wax evenly, then wipe the surface clean with a cloth to allow the wax to absorb.
Final Coat – Finish Stage
At the final stage of the project, sand the surface again with 220 grit sandpaper. Then apply the second coat of wood wax, wipe off the excess, and follow with a clear satin finish coat for added protection and long-term durability.
At the final stage of the project, sand the surface again with 220 grit sandpaper. Then apply the second coat of wood wax, wipe off the excess, and follow with a clear satin finish coat for added protection and long-term durability.
Filled cracks with wood filler.
Sanding for an even surface
After wood wax finish
after sandblasting
New Proposed Layout of Headquarters
Cove Light Fixture Layout
Cove Light Detail
Existing Window
Window Detail