The project involved the development of a new 11-story residential building with a cellar and mezzanine, covering a total area of approximately 70,067.96 sf at 1516 Park Avenue in East Harlem, Manhattan. The building was designed with commercial spaces on the first and second floors and community facility spaces on the same floors. GEA was responsible for the MEP/FP design, focusing on the full fit-out of all tenant amenity areas including the lobby, lounges, roof terrace, and laundry rooms.
As part of the MEP/FP design, GEA delivered a comprehensive solution for the building’s infrastructure needs. This included designing advanced HVAC systems for optimal climate control in both residential and commercial spaces, as well as energy-efficient lighting and power distribution systems. The project featured high-efficiency HVAC systems with zoned climate control to meet the diverse needs of the building’s tenants and ensure energy efficiency in line with contemporary building standards.
The scope of work also encompassed the “Core & Shell” design for the commercial spaces on the first floor and the community facilities on the first and second floors. This design involved the development of essential infrastructure including mechanical, electrical, and plumbing systems, ensuring that the spaces were ready for future tenant fit-outs. GEA’s design for the Core & Shell elements included the installation of building-wide systems for heating, cooling, and ventilation, as well as foundational systems for electrical distribution, water supply, and drainage.
The design process was guided by the goal of creating a versatile and sustainable building. GEA implemented energy-efficient systems and sustainable practices, including the integration of high-efficiency lighting, advanced HVAC controls, and water conservation measures. The building also featured a rooftop terrace, which was equipped with modern amenities and served as a green space for residents.
Completed in 2022, the development at 1516 Park Avenue stands as a model of modern residential design, combining efficient MEP/FP systems with contemporary amenities. The project was designed to support both commercial and community uses, offering a high standard of living for residents and providing valuable services to the local community.