EXPLODED AXONOMETRI C

SOLAR ARRA Y MOST OF THE STRUCTURES

ENERGY NEEDS WILL BE PRODUCED BY ROOFTOP SOLAR ARRAYS.

TRIPLE PANE LOW-E GLAZIN G REFLECTS HEAT WHILE ALLOWING NATURAL LIGHT TO PENETRATE THE SPACE

OPERABLE WINDOW WINDOWS ARE WIRED TO THERMOSTAT OPENING AND CLOSING WHEN NEEDED

ALUMINUM ROOFING

RAINWATER WILL BE CAPTURED AND REUSED ON SITE

GLULAM WEB BRACING STRUCTURE WHICH KEEP LOAD BEARING BRICK WALLS RIGID.

ELECTRICAL LIGHTING

ELECTRICAL LIGHTING POWERED BY SOLAR ENERGY.

TROMBE WALL TROMBE ALLOWS FOR PASSIVE SOLAR HEATING AND COOLING OF THE SPACE.

TRIPLE PANE LOW-E GLAZING REFLECTS HEAT WHILE ALLOWING NATURAL LIGHT TO PENETRATE THE SPACE

NOTE THIS SPACE HAS LIVE VEGETATION INSIDE THUS INCREASING THE AIR QUALITY WITHIN THE SPACE

COURSE:ARCH 568-02

PROJECT:“GREEN ROOM”

STUDENT:JUSTIN GANDY

INSTRUCTOR: CAROLINA MANRIQUE

The Cram is a multi-family residence that houses two or more families under the same roof. The site also includes a restaurant to activate the street corner. Located in Moscow, Idaho this project is adjacent Identity Apartments. This project’s concept is derived from individual room forms, which are then combined to create a single massing. This project incorporates solar panels, tromble walls, lightwells, and native vegetation.

The Cram mimics aspects of its surrounds by taking the circular forms from the Moscow and roughing them up creating silo-like structures that are more angular and edgy.

The Twinhouse was a fun and wonderful project to be a part of. Led by Mark Engberg from COLAB architecture in Portland, Oregon. What made this project unique is that this home is on two seperate plots of land. This project was designed and built by students at the University of Idaho. I was a part of the design team. The team was split in two and we designed the homes seperately as groups in Revit.

The two sides of the home were later combined in Revit where materiality, connection detaisl, window datam lines, and more were established. I was the lead on landscaping, topography, and hydrology. I completed my tasks in Sketchup and then converted it into Revit. I was a huge part of creating the visual aesthetic for this project. Also working in Revit allowed me to improve my revit skills significantly.