Architectural Sheets A0.0 A0.1 A1.0 A1.1 A1.2 A1.3 A1.4 A2.1 A2.2 A2.3 A2.4 A3.1 A3.2 A4.1 A4.2 A4.3 A4.4 A4.5 A5.0 A5.1
Name Cover Sheet PhilaU Location Site Plan Foundation Plan Beam Layout Floor Cover Plan Roof Covering Plan North Elevation South Elevation East Elevation West Elevation Longitudinal Section Transverse Section Bamboo Lengths Foundation Detail Floor Detail Railing Detail Roof Detail Perspectives Perspectives
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Cover Sheet Revision No. Date Class
9 Spring 2014
Design 10 Philadelphia University
A0.0 Scale
4/23/2014 10:58:12 AM
Number
TOWNHOUSES
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith
PROJECT SITE
Josh Voshell DEC
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
PhilaU Location Revision No. Date Class
9 Spring 2014
Design 10 Philadelphia University
A0.1 1:500 Site Plan
Scale
1 : 500
4/23/2014 10:58:13 AM
KANBAR
1 A3.1
7 6 5 4
Matt Anderson Nate Ellenberger Ryan Kane
3
Mike Opdahl Jesse Smith
2
Josh Voshell
1 A3.2
Costa Rica Observation Point
A
B C
D E
Guanacaste National Park Guanacaste, Costa Rica
Site Plan
F
Revision No. Date Class
Site 1 1 : 50
9 Spring 2014
Design 10 Philadelphia University
A1.0 Scale
1 : 50
4/23/2014 10:58:14 AM
1
1 A3.1
3352
3352
Matt Anderson
5
Nate Ellenberger
4 746
Ryan Kane Mike Opdahl Jesse Smith
3 2896
751
751
3353 1981
1230
484 354
6
Josh Voshell
2896
2 1017
1
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
A3.2
1
1425
330
Revision No.
2085
A
B C
D E
F
Date Class
1
9 Spring 2014
Design 10 Philadelphia University
A1.1
Foundation Plan 1 : 50 Scale
1 : 50
4/23/2014 10:58:15 AM
330
Foundation Plan
1
350 350 350 350 350
1750
A3.1
6 Matt Anderson
5
Nate Ellenberger
4
Ryan Kane Mike Opdahl Jesse Smith
3
Josh Voshell
2
Costa Rica Observation Point
1
Guanacaste National Park Guanacaste, Costa Rica
A3.2
1
1
0.5 Upper Beams 1 : 50
B C
D E
F
Beam Layout Revision No. Date Class
9 Spring 2014
Design 10 Philadelphia University
A1.2 Scale
1 : 50
4/23/2014 10:58:15 AM
A
1 A3.1
536
7
1584
Nate Ellenberger
4
Ryan Kane Mike Opdahl
1981
746
Matt Anderson
5
Jesse Smith
3
Josh Voshell
751
3889
484 354
6
2
Costa Rica Observation Point
1017
1
Guanacaste National Park Guanacaste, Costa Rica
A3.2
1 9.50째
330
1425
330
Floor Cover Plan
2085
A
B C
D E
F
Revision No. Date Class
1
1.0 Ground 1 : 50
9 Spring 2014
Design 10 Philadelphia University
A1.3 Scale
1 : 50
4/23/2014 10:58:17 AM
9.50째
1 A3.1
7
Matt Anderson Nate Ellenberger
6
Ryan Kane
5
Mike Opdahl
4
Jesse Smith Josh Voshell
3
Costa Rica Observation Point
2
Guanacaste National Park Guanacaste, Costa Rica
1 A3.2
1
Roof Covering Plan Date
A 1
B C
D E
F
Class
4.0 Roof Covering 1 : 50
9 Spring 2014
Design 10 Philadelphia University
A1.4 Scale
1 : 50
4/23/2014 10:58:18 AM
Revision No.
1 A3.1
E D
C B
4.0 Roof Top 6897
Matt Anderson
1212
Nate Ellenberger
3.0 Roof Bottom 5685
Mike Opdahl Jesse Smith Josh Voshell
2.0 Railing 4724
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
1067
2027
960
3239
Ryan Kane
1.0 Ground 3658
North Elevation Date
North 1 1 : 50
Class
9 Spring 2014
Design 10 Philadelphia University
A2.1 Scale
1 : 50
4/23/2014 10:58:20 AM
Revision No.
1 A3.1
B C
D E
Matt Anderson
4.0 Roof Top 6897
Nate Ellenberger
1212
Ryan Kane
Jesse Smith
3.0 Roof Bottom 5685
Josh Voshell
Costa Rica Observation Point 2.0 Railing 4724
Guanacaste National Park Guanacaste, Costa Rica
1067
2027
960
3239
Mike Opdahl
1.0 Ground 3658
South Elevation Date Class
1
South 1 : 50
9 Spring 2014
Design 10 Philadelphia University
A2.2 Scale
1 : 50
4/23/2014 10:58:21 AM
Revision No.
1 A3.2
4.0 Roof Top 6897 1212
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl
960
3239
3.0 Roof Bottom 5685
Jesse Smith
1067
2027
2.0 Railing 4724
1.0 Ground 3658
Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
East Elevation Date
1
East 1 : 50
Class
9 Spring 2014
Design 10 Philadelphia University
A2.3 Scale
1 : 50
4/23/2014 10:58:27 AM
Revision No.
1 A3.2
Matt Anderson
3.0 Roof Bottom 5685
Nate Ellenberger Ryan Kane Mike Opdahl
2.0 Railing 4724
Jesse Smith Josh Voshell
1067
2027
960
3239
1212
4.0 Roof Top 6897
1.0 Ground 3658
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
West Elevation 1
West 1 : 50
Date Class
9 Spring 2014
Design 10 Philadelphia University
A2.4 Scale
1 : 50
4/23/2014 10:58:35 AM
Revision No.
1 A3.2
3.0 Roof Bottom 5685
Matt Anderson Nate Ellenberger
2.0 Railing 4724
Ryan Kane Mike Opdahl
1067
2027
960
3239
1212
4.0 Roof Top 6897
Jesse Smith
1.0 Ground 3658
Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Longitudinal Section
Longitudinal Section 1 : 50
Revision No. Date Class
9 Spring 2014
Design 10 Philadelphia University
A3.1 Scale
1 : 50
4/23/2014 10:58:38 AM
1
B C
D E 4.0 Roof Top 6897
Matt Anderson
3.0 Roof Bottom 5685
Nate Ellenberger Ryan Kane Mike Opdahl
2.0 Railing 4724
Jesse Smith Josh Voshell
1
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Transverse Section
Transverse Section 1 : 50
Revision No. Date Class
9 Spring 2014
Design 10 Philadelphia University
A3.2 Scale
1 : 50
4/23/2014 10:58:39 AM
1.0 Ground 3658
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Bamboo Lengths Date Class
9 Spring 2014
Design 10 Philadelphia University
A4.1 Scale
4/23/2014 10:58:41 AM
Revision No.
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Foundation Detail Date Class
9 Spring 2014
Design 10 Philadelphia University
A4.2 Scale
4/23/2014 10:58:43 AM
Revision No.
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Floor Detail Date Class
9 Spring 2014
Design 10 Philadelphia University
A4.3 Scale
4/23/2014 10:58:43 AM
Revision No.
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Railing Detail Date Class
9 Spring 2014
Design 10 Philadelphia University
A4.4 Scale
4/23/2014 10:58:44 AM
Revision No.
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Roof Detail Date Class
9 Spring 2014
Design 10 Philadelphia University
A4.5 Scale
4/23/2014 10:58:45 AM
Revision No.
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Perspectives Date Class
9 Spring 2014
Design 10 Philadelphia University
A5.0 Scale
4/23/2014 10:58:47 AM
Revision No.
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Perspectives Date Class
9 Spring 2014
Design 10 Philadelphia University
A5.1 Scale
4/23/2014 10:58:49 AM
Revision No.
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Build Sheets Name Build Set Lashing Type - Diagonal Lashing Type - Square Lashing Type - Sheer Lashing Type - Round Foundation Bundled Columns Roof Beams - Lower Roof Beams - Upper Corrugated Roofing Floor Beams - Lower Floor Beams - Upper Flooring Material Wall Screen Railing
Build Set Revision No. Date Class
9 Spring 2014
Design 10 Philadelphia University
B0 Scale
4/23/2014 10:58:53 AM
Number B0 B1.1 B1.2 B1.3 B1.4 B2.1 B2.2 B2.3 B2.4 B2.5 B2.6 B2.7 B2.8 B2.9 B2.10
DIAGONAL LASHING A diagonal lashing is use to pull two spars together and prevent them from spreading apart, for example, at the cross-brace of a framework.
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Lashing Type Diagonal Date Class
9 Spring 2014
Design 10 Philadelphia University
B1.1 Scale
4/23/2014 10:58:54 AM
Revision No.
SQUARE LASHING A square lashing is the most widely used lashing for securing one spar to another when they cross at an angle. It is particularly insed to stop spars sliding over each other.
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Lashing Type Square Date Class
9 Spring 2014
Design 10 Philadelphia University
B1.2 Scale
4/23/2014 10:58:55 AM
Revision No.
SHEER LASHING There are two types of sheer lashings. The first is used to join together two spars to make a longer length, for example, when making a flagpole. The second type is used to create sheer legs, where the spars are lashed together at one end and opened to form an inverted V-shaped support.
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Lashing Type Sheer Date Class
9 Spring 2014
Design 10 Philadelphia University
B1.3 Scale
4/23/2014 10:58:56 AM
Revision No.
ROUND LASHING The round lashing is used to bring together three spars to form a tripod, for example, a teepee.
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Lashing Type Round Date Class
9 Spring 2014
Design 10 Philadelphia University
B1.4 Scale
4/23/2014 10:58:57 AM
Revision No.
MATERIALS REQUIRED: 4 Concrete forming tubes 430 kg Concrete Hex nuts Bolts
ASSEMBLY REQUIRED: Casting concrete
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica 1422
3352
1981
3352
2896
2083
Foundation Concrete foundation
Revision No. Date Class
3
Footing Plan 1 : 50
9 Spring 2014
Design 10 Philadelphia University
B2.1 Scale
1 : 50
4/23/2014 10:59:18 AM
2896
MATERIALS REQUIRED: 36 Bamboo poles Prefabricated steel connection 36 pieces of threaded rod 36 hex-nuts Rope
ASSEMBLY REQUIRED: Round lashing Bolting
Matt Anderson Nate Ellenberger Ryan Kane
Round lashing
Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Bundled Columns Steel bolted to concrete
Date Class Round lashing
9 Spring 2014
Design 10 Philadelphia University
B2.2 Scale
4/23/2014 10:59:24 AM
Revision No.
MATERIALS REQUIRED: 4 Bamboo poles Rope
ASSEMBLY REQUIRED: Diagonal lashing
Matt Anderson Nate Ellenberger
Diagonal lashing
Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Roof Beams Lower Revision No. Date Class
9 Spring 2014
Design 10 Philadelphia University
B2.3 3
Lower Beam Placement Scale
4/23/2014 10:59:34 AM
Diagonal lashing
MATERIALS REQUIRED: 7 Bamboo poles Rope
ASSEMBLY REQUIRED: Square lashing
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Roof Beams Upper Date Square lashing
Class
9 Spring 2014
Design 10 Philadelphia University
B2.4 3
Upper Beam Placement
Scale
4/23/2014 10:59:44 AM
Revision No.
MATERIALS REQUIRED: Corrugated roofing Rope
ASSEMBLY REQUIRED: Tying roof to beams Cutting holes for columns
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Corrugated Roofing Date Class
9 Spring 2014
Design 10 Philadelphia University
B2.5 Scale
4/23/2014 10:59:53 AM
Revision No.
MATERIALS REQUIRED: 4 Bamboo poles Rope
ASSEMBLY REQUIRED: Diagonal lashing
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Floor Beams Lower Date Class
9 Spring 2014
Design 10 Philadelphia University
B2.6 Scale
4/23/2014 11:00:03 AM
Revision No.
MATERIALS REQUIRED: 6 Bamboo poles Rope
ASSEMBLY REQUIRED: Square lashing
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Floor Beams Upper Date Class
9 Spring 2014
Design 10 Philadelphia University
B2.7 Scale
4/23/2014 11:00:12 AM
Revision No.
MATERIALS REQUIRED: 80 Bamboo poles Rope
ASSEMBLY REQUIRED: Square lashing Sheer Lashing
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Flooring Material Date Class
9 Spring 2014
Design 10 Philadelphia University
B2.8 Scale
4/23/2014 11:00:22 AM
Revision No.
MATERIALS REQUIRED: 90 Bamboo poles for screen 4 Bamboo poles for supplemental columns Rope
ASSEMBLY REQUIRED: Square lashing Sheer lashing
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Wall Screen Date Class
9 Spring 2014
Design 10 Philadelphia University
B2.9 Scale
4/23/2014 11:00:33 AM
Revision No.
MATERIALS REQUIRED: 9 Bamboo poles Rope
ASSEMBLY REQUIRED: Square lashing
Matt Anderson Nate Ellenberger Ryan Kane Mike Opdahl Jesse Smith Josh Voshell
Costa Rica Observation Point Guanacaste National Park Guanacaste, Costa Rica
Railing Date Class
9 Spring 2014
Design 10 Philadelphia University
B2.10 Scale
4/23/2014 11:00:45 AM
Revision No.