The MEP engineering scope included comprehensive mechanical, electrical, lighting, and plumbing design supporting a diverse range of office and amenity spaces throughout the building. Renovated areas included training rooms, boardrooms, conference rooms, private offices, fitness facilities, restrooms, lobby areas, outdoor courtyards, and future tenant suites. Each space required coordinated building systems that supported occupant comfort, operational flexibility, and future leasing opportunities while maintaining compatibility with the existing building infrastructure.

Mechanical engineering included HVAC design improvements to enhance indoor environmental quality, occupant comfort, and system efficiency throughout renovated office spaces. Air distribution, equipment zoning, and temperature control strategies were coordinated with architectural layouts and future tenant planning to provide flexible operation while maximizing the use of existing infrastructure. Mechanical system modifications were carefully integrated to support phased construction and minimize unnecessary alterations to the building.

Electrical engineering included upgraded power distribution, lighting systems, branch circuitry, and infrastructure serving office workspaces, collaboration areas, fitness amenities, and common areas. Lighting design was coordinated to improve workplace functionality while supporting energy-efficient building operation. Plumbing engineering included modifications to domestic water and sanitary systems serving renovated restrooms, fitness amenities, break areas, and supporting tenant spaces while coordinating new piping within existing building conditions.

A key component of the project involved MEP coordination across architectural, structural, and existing building systems. Mechanical ductwork, electrical conduit, lighting layouts, and plumbing distribution were carefully coordinated to reduce field conflicts and improve constructability throughout each phase of construction. The engineering team worked closely with the design team during Design Development and Construction Administration to address coordination challenges, support contractor installation, and maintain project schedule.

Because portions of the building were designed to accommodate future tenant occupancy, the engineering design incorporated flexible infrastructure capable of supporting future tenant improvements without significant system modifications. This coordinated approach helps reduce future renovation costs while providing a permit-ready MEP design that supports long-term adaptability, efficient building operations, and an improved workplace environment for current and future occupants.