T a s h i P a m o | Architectural Graphics 1 | Final Portfolio CCSF Architecture Program | 2 0 1 7
ARCHITECTURAL DRAWING SYSTEMS
| Sketching a Favorite Building
| 05 - 12 |
INTRODUCTION TO SKETCHUP
| Groups & Components
| 15 - 17 |
TABLE OF CONTENTS
TINY HOUSE
| Team & Individual Design
| 19 - 32 |
HOUSEHOLD ITEM
| Exploring Curves
| 33 |
MODERN STRUCTURE | 34 - 42 |
| Individual Design
SKETCHING A FAVORITE BUILDING | 06 - 10 |
AXONOMIC PROJECTION | 10 |
| Favorite Building Photographs | Finding Dimensions w Google Earth | Multiview Elevation Drawing | 2 - Point Perspective | Plan & Section | Isometric Drawing | Perspective Drawing
| Isometric Axon | Plan Oblique Axon | Elevation Oblique Axon
ARCHITECTURAL DRAWING SYSTEMS OBLIQUE PROJECTION | 11 |
PERSPECTIVE PROJECTION | 12 |
| 30 degrees | 45 degrees | 60 degrees
| 1-Point Perspective | 2-Point Perspective | 3-point Perspective
FRONT ELEVATION
For our first task of the semester we presented images of at least two elevations of a favorite small building we could enter.
6
SIDE ELEVATION
Building dimensions, length, width, and height, were obtained using Google Earth’s measuring tool.
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FAVORITE BUILDING SKETCHES
ORTHOGRAPHIC MULTIVIEW DRAWING
8
FAVORITE BUILDING SKETCHES
2-POINT PERSPECTIVE DRAWING
9
BUILDING SKETCHES
Plan and Section of Favorite Building
10
Isometric Drawing of Favorite Building
Perspective Drawing of Favorite Building
PRACTICE SKETCHES
OBLIQUE PROJECTION
| 30 degrees
| 45 degrees
| 60 degrees
11
PRACTICE SKETCHES
| 1-Point Perspective
| 2-Point Perspective
| 3-point Perspective
12
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INTRODUCTION TO SKETCHUP
GROUPS & COMPONENTS | 16 - 17 |
Groups & Components
Create a single 4’ x’ 4’ x 4’ cube. Make cube a group & component
Array 10 cubes along 100’
Array 10 rows of 10 cubes along 100’x100’
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Array 10 layers along 100’x100’x100’
Change a component
Make each array row a unique color
17
TEAM DESIGN | 20 - 21 |
| Design a Tiny House | Tiny House Layout
TINY HOUSE PROJECT INDIVIDUAL DESIGN | 22 - 32 |
| Concept Sketch & Final Model | Inspiration & Direction | Groups & Components | Exterior Elevation | Section Cuts | Interior Perspectives
TEAM DESIGN In week 3 of Architectural Graphics 1 we were put into teams of 5 or 6 and given a challenge to come up with a Tiny House design.
TINY HOUSE REQUIREMENTS
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●
a footprint of 160 FT2 or less (i.e 8’X20’ = 160 FT2)
●
minimum wall thickness of 4”
●
no height restriction
Our team began design discussions weighing the benefits and constraints for three (3) possible dimensions; 8’x20’, 10’x16’, 12’ 6”x12’ 6”. Accounting for a 4”-6” wall thickness meant an overall loss in square footage, with an 8”- 1’ loss of floor space in each direction, so we decided on a 10’x16’ floor plan.
Team Sketch - Showing a 10’x16’ layout at ½” = 1’-0” scale. (note: oops! We ignored the scale requirement of ¼” or ⅜”)
Dimensions laid out at full scale 21
INDIVIDUAL DESIGN Following the team challenge we started a new Tiny House project of our own individual design with no change in requirements.
TINY HOUSE REQUIREMENTS
final model 22
concept sketch
●
a footprint of 160 FT2 or less (i.e 8’X20’ = 160 FT2)
●
minimum wall thickness of 4”
●
no height restriction
Side Elevation - A ¼” = 1’-0”
Side Elevation - C ¼” = 1’-0”
Side Elevation - D ¼” = 1’-0”
Side Elevation - B ¼” = 1’-0”
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INSPIRATION
Inspired by the “Tall Skinny House� movement around the globe, I began seeking inspiration by narrowing my search to slim, tall, contemporary structures.
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INSPIRATION
I was drawn to sloping rooflines, three stories of front elevation picture windows with sleek, minimal facades but quickly found out the angle of the slope I’m attracted to could not be easily achieved along a mere 16’-20’ long maximum side elevation.
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FLOOR COMPONENTS
Given these opportunities and constraints, I explored the design of a three story structure with a 1:3 ratio of width to height, front elevation picture windows, and minimal detailing inside and out.
| Level 1
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| Level 1 + 2
| Level 1 + 2 + 3
| Level 1 + 2 + 3 + 4
FLOOR + INTERIOR COMPONENTS
| L1 Stairs
| L1 Stairs + | L1 Built In Cabinets
| L1 Stairs + | L1 Built Ins + | L1 Seating
| L1 Stairs + | L1 Built Ins + | L1 Seating + | L2 Floor + | L2 Built Ins
| L1 Stairs + | L1 Built Ins + | L1 Seating + | L2 Floor + | L2 Built Ins + | L2 Shower & Toilet
| L1 Stairs + | L1 Built Ins + | L1 Seating + | L2 Floor + | L2 Built Ins + | L2 Shower & Toilet | L3 Floor
| L1 Stairs + | L1 Built Ins + | L1 Seating + | L2 Floor
| L1 Stairs + | L1 Built Ins + | L1 Seating + | L2 Floor + | L2 Built Ins + | L2 Shower & Toilet | L3 Floor | L4 Floor/Roof | L1 - L4 All
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SECTION CUTS
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Level 3
Bedroom | Big Picture Window View
Bedroom | Small Window View
Level 2
Bathroom | Toilet/Shower
Bathroom | Built in/Shower
Level 1
Kitchen | Sink/Stove/Seating Area
Kitchen | Fridge/Built in/Stairs
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P E R S P E C T I V E V I E W S
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Improved Dishrack
Original Dishrack
HOUSEHOLD ITEM
IMPROVED DISHRACK
Plan View
Elevation A
Elevation B
MODERN STRUCTURE
INDIVIDUAL DESIGN | 38 - 45 |
| Inspiration Reimagined | Groups & Components | Interior & Exterior Perspectives
LOS MANANTIALES (Original Structure)
LOS MANANTIALES (Reimagined)
Front Elevation
Side Elevation A
Rear Elevation
Plan View
FLOORS + INTERIOR & EXTERIOR COMPONENTS
| Ground Floor
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| Ground Floor
| Ground Floor + | Pool Basin
| Pool Basin
| Ground Floor + | Pool Basin + | Concrete Slab
| Concrete Slab
FLOORS + INTERIOR & EXTERIOR COMPONENTS
| Ground Floor + | Pool Basin + | Concrete Slab + | Wood Slat Deck
| Wood Slat Deck
| Ground Floor + | Pool Basin + | Concrete Slab + | Wood Slat Deck + | Railing
| Railing
| Ground Floor + | Pool Basin + | Concrete Slab + | Wood Slat Deck + | Railing + | Roof
| Roof
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ROOF SHELL COMPONENT DETAIL
ROOF SHELL
FRONT ENTRANCE/STEPS
POOL BASIN DETAIL
| End Portfolio Presentation |