Located at the heart of Princeton University’s campus, the transformed museum significantly expands public gallery space while preserving the integration of academic programs within the complex. Designed by Adjaye Associates, the project combines bold architectural design with light-filled spaces that showcase a larger portion of the museum’s 110,000-piece collection.

As construction manager, LF Driscoll partnered closely with the project team from early design-assist through final execution, providing coordination across constructability, scheduling, logistics, and cost management throughout multiple phases of work.

The project also reflects innovative approaches to institutional construction using cross-laminated timber (CLT), advanced BIM coordination, and prefabrication strategies that improved efficiency while supporting sustainability goals.

Located at the heart of Princeton University’s campus, the transformed museum significantly expands public gallery space while preserving the integration of academic programs within the complex. Designed by Adjaye Associates, the project combines bold architectural design with light-filled spaces that showcase a larger portion of the museum’s 110,000-piece collection.

As construction manager, LF Driscoll partnered closely with the project team from early design-assist through final execution, providing coordination across constructability, scheduling, logistics, and cost management throughout multiple phases of work.

The project also reflects innovative approaches to institutional construction using cross-laminated timber (CLT), advanced BIM coordination, and prefabrication strategies that improved efficiency while supporting sustainability goals.

Located at the heart of Princeton University’s campus, the transformed museum significantly expands public gallery space while preserving the integration of academic programs within the complex. Designed by Adjaye Associates, the project combines bold architectural design with light-filled spaces that showcase a larger portion of the museum’s 110,000-piece collection.

As construction manager, LF Driscoll partnered closely with the project team from early design-assist through final execution, providing coordination across constructability, scheduling, logistics, and cost management throughout multiple phases of work.

The project also reflects innovative approaches to institutional construction using cross-laminated timber (CLT), advanced BIM coordination, and prefabrication strategies that improved efficiency while supporting sustainability goals.

Located at the heart of Princeton University’s campus, the transformed museum significantly expands public gallery space while preserving the integration of academic programs within the complex. Designed by Adjaye Associates, the project combines bold architectural design with light-filled spaces that showcase a larger portion of the museum’s 110,000-piece collection.

As construction manager, LF Driscoll partnered closely with the project team from early design-assist through final execution, providing coordination across constructability, scheduling, logistics, and cost management throughout multiple phases of work.

The project also reflects innovative approaches to institutional construction using cross-laminated timber (CLT), advanced BIM coordination, and prefabrication strategies that improved efficiency while supporting sustainability goals.

Located at the heart of Princeton University’s campus, the transformed museum significantly expands public gallery space while preserving the integration of academic programs within the complex. Designed by Adjaye Associates, the project combines bold architectural design with light-filled spaces that showcase a larger portion of the museum’s 110,000-piece collection.

As construction manager, LF Driscoll partnered closely with the project team from early design-assist through final execution, providing coordination across constructability, scheduling, logistics, and cost management throughout multiple phases of work.

The project also reflects innovative approaches to institutional construction using cross-laminated timber (CLT), advanced BIM coordination, and prefabrication strategies that improved efficiency while supporting sustainability goals.