Friday, October 10, 2008

03

Both site analysis and our precedent study dealt with void and volume relationships. The site analysis began with a figure ground study, looking at our site within the larger context of Clinton Hill, Brooklyn.

As we began laying out the units and developing floor plans, it became apparent that we should analyze the arrangement in a similar fashion. Through these various iterations, we found opportunities to fit additional program for the occupants.

The teal-blue renders depict an early massing model of our building, which illustrates all 65 units within the site.

Wednesday, October 1, 2008

02

The site, on Grand Avenue in Brooklyn, in within the R6 zoning district. Similar zoning districts are used in areas with built-up, medium-density areas such as Brooklyn, Queens and the Bronx.

The site itself is 150' (wide) x 100' (deep), however; only 150' x 70' is buildable, per the zoning code. The remaining 30 feet can be designed as a backyard/public space as the program and design develop.

The zoning code also requires that the building must be within a sky exposure plan, which begins at a height of 60 feet. The set-back after this point is 20 feet, as seen in the third image below.

This creates an unique challenge to accommodate for the required sixty-five 800 square foot dorm units within this limited space.

Monday, September 15, 2008

Fall 2008: 01

Course: Comprehensive Design I, Arch 301
Professor: Frederich Biehle
Partner: Nicole Grosso

Goal: Design a graduate housing building for Pratt Institute, located on Grand Avenue between Myrtle and Park in Brooklyn, NY.

Required: 65 units, 130 beds within the given site.

Sunday, May 4, 2008

23

The final model; structure encapsulating program and 'opened'/'closed' skin conditions.




22

Study model; continuing to form and change scale of the pattern according to program.


21

Study model; experimenting with transparency or a lack thereof in the skin pattern and shaping the patterns to my initial program studies.




20

Study model; an envelope of the site restraints and overlapping skin/structure patterns.