The MEP engineering scope was limited to the renovation of the existing guest room interiors while preserving the majority of the building’s infrastructure. Each residential unit required new utility connections to support prefabricated kitchenettes, creating the need for carefully coordinated mechanical, electrical, and plumbing engineering within the constraints of the existing hotel layout. Because the project retained existing corridors, unit entrances, restrooms, fire life safety systems, and common areas, new services had to be integrated without disrupting surrounding building systems.

Electrical design included new branch circuits, receptacles, and dedicated power connections required for residential kitchen equipment. Plumbing design extended domestic water and sanitary piping to serve new sinks and associated fixtures while utilizing existing infrastructure wherever practical. Mechanical engineering evaluated the existing building systems to accommodate the residential conversion while minimizing modifications to installed equipment and distribution systems.

A significant focus of the project involved MEP coordination between architectural, structural, and existing building conditions. Routing new utilities through an occupied building required detailed coordination to minimize conflicts, reduce field modifications, and improve installation efficiency. By carefully planning service pathways and equipment locations, the design team helped reduce potential RFIs, simplified construction sequencing, and supported a permit-ready MEP design that aligned with the project schedule.

The adaptive reuse nature of the project required every engineering decision to balance new residential functionality with the limitations of an existing hospitality building. This approach minimized unnecessary demolition, preserved existing building assets where practical, and supported an efficient transition from hotel occupancy to affordable housing. The resulting design provides reliable mechanical, electrical, and plumbing infrastructure while maintaining flexibility for construction and long-term building operations.