The MEP engineering scope focused on electrical and plumbing engineering for the conversion of existing hotel guest rooms into functional residential units. Each unit received a prefabricated kitchenette consisting of cabinetry, a sink, microwave, and mini refrigerator. These improvements required new utility connections while preserving the original room layouts and restroom configurations, allowing the project to efficiently transition from short-term hospitality use to long-term residential occupancy.

Electrical engineering included power distribution modifications, branch circuitry, receptacles, and dedicated electrical connections required to serve the new residential kitchenettes. Plumbing engineering included domestic water and sanitary piping modifications to support the installation of sinks and associated plumbing fixtures while coordinating new utility routing within existing building conditions. Limited HVAC coordination ensured that new utility installations remained compatible with the existing mechanical systems without requiring extensive modifications to the building infrastructure.

The project scope was intentionally limited to guest room renovations. Existing egress systems, fire alarm systems, public spaces, parking facilities, and site improvements remained outside the scope of work. This selective renovation approach required detailed coordination to integrate new residential infrastructure without affecting the operation of existing building systems or altering life safety components.

A major engineering objective involved MEP coordination between architectural layouts, existing structural conditions, and utility routing. Because the existing guest room configurations remained largely unchanged, new electrical and plumbing services had to be carefully integrated within confined building spaces. Coordinated engineering reduced potential field conflicts, simplified construction sequencing, and improved constructability while maintaining compatibility with the existing building infrastructure.

The adaptive reuse strategy demonstrates how mechanical electrical plumbing engineering can successfully transform an existing hospitality property into affordable housing through targeted infrastructure improvements. By preserving major building systems while upgrading essential residential utilities, the project provides reliable long-term building performance and supports efficient project delivery with minimal disruption to the existing facility.