1
think beyond :: architecture MIT DEWEY LIBRARY client :: massachusetts institute of technology location :: cambridge, ma contractor :: suffolk construction role :: architecture map-lab was selected to provide architectural services for the MIT Dewey Library after working closely with facilities and library staff on a com- prehensive study that raised a number of good design opportunities. The design opens up the library and brings natural light to the basement level with the introduction of a new open stairway. On the second floor, the few existing windows that were formerly covered up by book stacks now filter natural light into the new meeting rooms, open study areas, and stack areas. The project features many sustainable choices, including reuse of existing wood paneling, solar powered sink faucets, high efficiency lighting, recycled glass countertops, and compact shelving end panels made out of sunflower seed hulls. REUSE OF EXISTING MATERIAL COMPACT SHELVING INCREASES STUDENT SPACE ENHANCE NATU LIGHT USAGE CIRCULATION

MIT%20Dewey%20Library

Embed Size (px)

DESCRIPTION

http://www.map-lab.com/storage/updated-project-pages/MIT%20Dewey%20Library.pdf

Citation preview

think beyond :: architecture

mit DEwEy libRARyclient :: massachusetts institute of technology location :: cambridge, macontractor :: suffolk constructionrole :: architecture

map-lab was selected to provide architectural services for the MIT Dewey Library after working closely with facilities and library staff on a com-prehensive study that raised a number of good design opportunities.

The design opens up the library and brings natural light to the basement level with the introduction of a new open stairway. On the second floor, the few existing windows that were formerly covered up by book stacks now filter natural light into the

new meeting rooms, open study areas, and stack areas.

The project features many sustainable choices, including reuse of existing wood paneling, solar powered sink faucets, high efficiency lighting, recycled glass countertops, and compact shelving end panels made out of sunflower seed hulls.

reuse ofexistingmaterials

compact sHelVing increases student space

enHance natuligHt usage

circulation