Case Study of Healthpeak Properties Vantage Campus in the United States

Views:262 Author:Site Editor Publish Time:2025-10-27 11:35:14 Orgin:Site

share

The newly completed Vantage development project provides a cutting-edge innovation park specifically designed for life sciences, serving academic, commercial, and industrial technology research institutions in the region.

The park has a five story and a six story building with a total construction area of 33816.7 square meters, equipped with the most advanced life science laboratories and office facilities. Both buildings offer flexible floor layouts, allowing tenants to adjust according to their own needs and workspace configurations.

The social center of the park is the supporting facility building - The Hangar, which covers an area of 3901.9 square meters. It features a rooftop full-service bar, a specialty food court where local chefs gather, meeting spaces, a fitness center, and other facilities. The exterior wall design of the building is flexible and easy to connect with outdoor spaces; The exterior is covered with metal panels and equipped with large glass openings, continuing the architectural style characteristics of other buildings in the park.

This prominent six story building is cantilevered outward layer by layer, extending towards the northeast corner of the site, forming an iconic shape; And the other five story building continues this architectural language in a subtle way, making the architectural style of the entire park seamlessly integrated and presenting a unified aesthetic characteristic.

The design inspiration for the glass color and reflectivity of the building facade comes from the concept of crystal structure. When viewers walk around between two buildings, they will see the exterior walls of the building seem to be changing and flowing between reality and transparency. The strip-shaped decorative fins, glass glaze dot patterns, and solid window walls configured on the glass wall together form an efficient system: in winter, it can absorb solar heat to the maximum extent, while in summer, it effectively reduces heat absorption. At the same time, it optimizes the distribution of natural lighting on the floor plan throughout the year, thereby reducing the energy consumption load of HVAC systems and artificial lighting.