Teaching: Sketch Up Lesson

Thesis: Program: Models

Working model to help develop program adjacencies in the Boston Common.

Thesis: Diagrams: Models

Analysis on the study models I created using Photoshop filters.  The goal of this diagraming idea was to find edge conditions that I can use to derive form off of.  These edge conditions indicate where passage, form, and juxtaposition can occur.

Thesis: Program: Analysis

 

  

  

  

  

  

 

Thesis: Design Method: Study Models

 

  

  

  

  

Thesis: User Groups: More Diagrams

 

This diagram indicates how I want to lift the Freedom Trail up to create seating spaces, and shelter, as well as "bend/ fold" the trail into the ground to excavate usable program space.

Thesis: User Groups: Diagrams

Below is a plan diagram representing the integration of local user groups into the Freedom Trail.

 

Below is a section diagram showing the typical situation of user groups on and around the Freedom Trail.

 

Below is a diagram showing the needs of tourists versus locals.

 

 Below are three diagrams showing how the Freedom Trail can be transformed into a spatial idea.

Thesis: Site: Model: Process

 

Process of working on my conceptual sewn topography model.  The thicker red line indicates the Freedom Trail, the other colored threads represent the subway lines, and the black stitches represent the many intertwining streets of Boston.  The model is about 3 feet long by 1.5 feet wide.

Thesis: Precedent: Inflatable Street Art

Inflatable Street Art Joshua Allen Harris

Special Topics: Masters Studio: Prelim Ideas

Studio: Child's Play: Caracas Venezuela Senior Design: Final

Final Undergrad Presentation Drawings.

All drawings were hand drafted and rendered.

Studio: Child's Play: Caracas Venezuela Senior Design: Pin Up 1

CDAP: Tower Design Through Grasshopper Scripting: Bubble Tower: Part I

Iteration one of "Bubble Tower"

Above: 'Roof Plan' of "Bubble" Tower


Above: Side view of "Bubble" Tower


Above: Axon of "Bubble" Tower


Iteration two: Created by moving the sliders of Sphere Radius size, Sphere Rotation Angle, Divide Space between the "Bubbles", and the Height of the Central Axis.

Above: 'Roof Plan' of "Bubble" Tower
Above: Side view of "Bubble" Tower

Above: Axon of "Bubble" Tower

Above: Grasshopper definition...hard to read I know, I can post close up shots of it later if there is an interest.