Exterior rendering

The Science Pier


  • YEAR
    2017

  • DESCRIPTION
    Comprehensive Design Studio

  • CO-DESIGNER
    Regina Benitez-Cardenas

  • STUDIO INSTRUCTOR
    Paxton Sheldahl

  • RECOGNITION
    Northeastern University School of Architecture Excellence in Design Award, 2017, Winner

    Northeastern University Research, Innovation & Scholarship Expo, 2017, Exhibitor

    Northeastern University School of Architecture Student Portfolio, 2017, Featured Project

  • CATEGORIES
    Architecture
    Graphic Design
    Research

Faced with a waterfront site, the project must necessarily resolve two fundamentally opposing forces. On one hand, global climate change brings the coming reality of sea level rise — two feet by 2050 and six feet by 2100, and even higher during increasingly frequent storm events. On the other hand, waterfront property has never been more valuable, and the chosen site in the historic Charlestown Navy Hard is real estate eager for development. The project’s inescapable background also becomes its program: a science museum dedicated to climate change where the building itself is an exhibit, a case study of sustainable and future-proof design.

The heart of the project lies in its innovative structural system, a space frame made in wood that aggregates in infinitely recombinable possibilities. The connector, a threaded steel ball, allows the structure to be easily removed or added to adapt for future uses. Everything else — spatial makeup, massing geometry, facade strategies, passive and active systems — is integrated fully into this structural system. The result is a provocative form that rises out of the water and begs investigation.


Exterior Rendering
Aggregation diagram
Connection detail
Module assembly instructions
Integrated building systems diagram
Integrated spatial systems diagram
Long section
Short sections
Process model photo
Process model photo
Process model photo
1/4 inch scale section model photo
1/4 inch scale section model photo
1/4 inch scale section model photo
1/4 inch scale section model photo
1/4 inch scale section model photo