Studio book by Christie McNeal

EDUCATIONAL GARDEN PROJECT | PROFESSOR ALEXIS GREGORY | ARC 4536-02 | FALL 2015

EDUCATIONAL GARDEN PROJECT DESIGN PORTFOLIO ARC 4536-02 FALL 2015 PROFESSOR ALEXIS GREGORY MISSISSIPPI STATE UNIVERSITY SCHOOL OF ARCHITECTURE

STUDENTS: Ashton Aime Conner Ansley Anna Barr Aaron Ellzey Brandon Fairbanks Sam Goodwin Joshua Johnson Ben Marshall Lucas Posey Morgan Powell Spencer Powell Jared Robinson Nathan Thomas Zac White EDITOR: Ashton Aime PROFESSOR: Alexis Gregory, AIA CONSULTANTS: Critz Campbell Richard Harkess, PH.D. Chris Howe Jeffrey Johnson Lorianna Livingston Ethan Norvell Elizabeth Payne-Tofte John Poros Hunter Stewart Stephanie Stiglmeier Justin Taylor Brian Templeton Spencer Waschenbach

2015 School of Architecture College of Architecture, Art, & Design Mississippi State University Printed by Blurb. All rights reserved. All photographs and drawings are courtesy of the students unless otherwise noted. All efforts have been made to obtain lawful permission to reprint copyright images. No part of this book may be used or reproduced in any manor without written permission from the publisher, except for copying permitted by sections 107 and 108 of the U.S. Copyright Law and except for reviews for the public press. Every effort has been made to see that no inaccurate or misleading data, opinions, or statements appear in this Portfolio. The data and analysis appearing in the context herein are the responsibility of the contributors concerned.

CONCEPT

1-20

SCHEMATIC DESIGN

21-36

DESIGN DEVELOPMENT

36-52

CONSTRUCTION

55-60

FINAL PRESENTATION

61-90

CONCEPT PROJECT STATEMENT DIGITAL TOOLS GRAPHIC DESIGN SITE PLAN GENERAL GARDEN BEDS SHADE STRUCTURE 01 SHADE STRUCTURE 02

PROJECT STATEMENT The School of Architecture, Department of Food Science, Nutrition and Health Promotion, Department of Curriculum, Instruction, and Special Education, Horticulture Club, and Graphic Design have joined together with the Boys and Girls Club of Starkville to design and construct an Educational Garden. The hope in constructing the garden is to get the kids at the Boys and Girls Club excited about growing and cooking with home grown foods. This project intends to educate children on how to grow multiple different foods appropriate for the Starkville climate. The Phases in the project intend to lay out a full plan for the construction is the gardens as well as intentions for future building changes. The building changes set up an educational kitchen to teach the kids how to prepare the food they grow. This educational garden will be an example of a community garden that will hopefully grow through the city of Starkville.

DIGITAL TOOLS

GroupMe

@MSULearnAndGrow

Google Drive

MSU Learn And Grow: Boys and Girls Club Edcational Garden

MSULearnAndGrow

gofundme.com/msu-learnand-grow

GRAPHIC DESIGN

SITE PLAN

GENERAL KEY

PHASE 1 PHASE 1 GARDEN BEDS ACCESSIBILITY RAMP RAINWATER COLLECTION VEGETABLE STORAGE CUBBIES

PHASE 2 PHASE 2

SHADE STRUCTURE

PHASE 3 PHASE 3

SHADE STRUCTURE

THEORETICAL PHASE THEORETICAL PHASE RESTROOM EXPANSION KITCHEN AND COMPUTER LAB RENOVATION RELOCATION OF ACCESSIBLE HALLWAY

PHASING DIAGRAM

EXISTING FLOOR PLAN

DEMOLITION PLAN

PROPOSED FLOOR PLAN

GARDEN BEDS

ELEVATIONS TYP. N.T.S

PERSPECTIVE

ISOMETRIC PROJECTIONS

WOOD $550

MEDIUM BEDS (2) $350

$1,460

HARDWARE $250

CONCRETE $35

CMU $625

$1,460

LARGE BEDS (4) $900

SMALL BEDS (2) $220

BUDGET DIAGRAMS

EXPLODED AXONOMETRIC N.T.S

COST ANALYSIS

MAINTENANCE

-Due to the high price of

-Repetitive design allows

CMU per unit, the design only

for easy production of

required in CMU what would

replacement members.

tended

be holding the soil.

-Dry-Stacked CMU gives

construction time and chance

- In order to increase the

-Wood is an inexpensive

the option to replace dam-

for error.

longeviety of the wood, it

alternative that still provides

aged blocks.

-Components of design tai-

is prevented from touching

an asthetic quality as well as

-Coated fasteners prevent

lored to dimensions of each

the soil.

greater comfort when seated.

rust and wear on wooden

material.

-Wood members will also be

-If needed, wood members

members.

sealed to further increase

can be substituted with

longeviety.

salvaged materials, further

CONSTRUCTABILITY

DURABILITY

-CMU & wood design allows

-By placing CMU in direct

for fabrication off site and on

contact with the soil, the

site simultaniously

lifespan of the bed is ex-

-Repitition of parts reduces

reducing overall cost.

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

COMPOST PLAN -3 part composting plan, allowing for different stages of the composting process to be broken up. -Instead of open mounds, there is the potential for at least one compost tumbler for ease of rotation. -Compost located at the end of each row for ease of transportation. -A portion of the storage bins could contain removeable compost stations. -Raising sides of containers allow for partial shade instead of direct sun. -Possible materials range from CMU or pallet wood for the sides, or a converted rain barrel for a tumbler.

PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT

COMPOST STATION

SHADE 01

WEST ELEVATION N.T.S CONSTRUCTABILITY

COST ANALYSIS

DURABILITY

MAINTENANCE

-Repitition of parts reduces con-

-Wooden decking material will be

-The columns of the structure will

-Members will be naturally sealed

struction time and chance for error.

salvaged from used pallets for cost

be bolted to channels cast into the

so repainting will not be necessary

-Components of design tailored to

savings

concrete to keep the wood mem-

-The roofs are designed to shed

dimensions of each material.

-Other than the decking the rest of

bers from deteriorating from their

water into water a water collection

-All three shade structures use

the wood for the canopies will be

contact with the concrete

system to be installed. This will

the same construction method for

readily attainable and cost effec-

- In order to increase the longevi-

stop standing water from forming

easy repeatability

tive 2x4s and 2x6s

ety of the wood, it is prevented

which would cause maintinence

-The shade structures on the sides

from touching the soil.

issues

are identical

-Wood members will also be sealed to further increase longeviety through wood burning.

PALLET WOOD DECKING

1 X 1 RAFTERS

2 X 6 BEAMS

(2) 2 X4 WOOD COLUMNS

2 X 4 SEATING SURFACE PALLET WOOD STORAGE BINS PALLET WOOD STRUCTURE

EXPLODED ISOMETRIC N.T.S

INTERIOR RENDER

SHADE 02

ELEVATIONS N.T.S

CONSTRUCTABILITY

ON-SITE ON-SITE

- The design allows for prefabrication of certain elements - Length of some wood members in design require full length of member, therefore there will be less cutting and fewer errors. - Beams are composites, therefore making use of shorter pieces to span longer distances.

Concrete Concrete Footings Footings Vertical Vertical Structural Structural Members Members

Storage Storage

Side Bench Tops Tops Bench Structure Structure Bench Side Vertical Vertical Panels Panels Composite Bench Composite Roof Roof Beams CONSTRUCTABILITY Beams COST ANALYSIS

- The design allows for prefabrication of certain elements - Length of some wood members in design require full length of member, therefore there will be less cutting and fewer errors.

expensive.

- An alternative to buying some of the wood is to salvage

- Beams are composites, therefore making use of shorter pieces

OFF-SITE OFF-SITE

wooden pallets and break them apart for pieces.

to span longer distances.

CONSTRUCTABILITY

- Due to the amount of wood used in this structure, it is fairly

COST ANALYSIS

DURABILITY

- The design allows for prefabrication of certain elements - Length of some wood members in design require full length of

Vertical Vertical Panels Panels

Composite Composite Roof Roof Beams Beams

Bench Bench Tops Tops

member, therefore there will be less cutting and fewer errors. - Beams are composites, therefore making use of shorter pieces to span longer distances.

- Due to the amount of COST ANALYSIS

- The design allows for CONSTRUCTABILITY prefabrication of certain elements

- Due to the amount of wood used in this structure, it is fairly

- Sealing of untreated wood is need to increase life of the

- An alternative to buying some of the wood is to salvage

- Only pressure-treated DURABILITY

- Reapplication of sealer will be MAINTENANCE

wood used in this structure,

members will meet the

needed.

it is fairly expensive.

- Due to the amount of wood used in this structure, it is fairly

- Only pressure-treated members will meet the ground.

- Length of some wood members in design require full length of

expensive.

- Sealing of untreated wood is need to increase life of the

-An alternative to buying

ground.

- An alternative to buying some of the wood is to salvage

structure.

- Beams are composites, therefore making use of shorter pieces

wooden pallets and break them apart for pieces.

is need to increase life of the

members in design require

some of the wood is to

salvage wooden pallets and

full length of member,

- Reapplication of sealer will be needed.

- Sealing of untreated wood

member, therefore there will be less cutting and fewer errors.

to span longer distances.

structure.

wooden pallets and break them apart for pieces.

- The design allows for prefabrication of certain elements

- Length of some wood

- Only pressure-treated members will meet the ground.

expensive.

structure

break them apart for pieces.

therefore there will be less

DURABILITY

cutting and fewer errors. COST ANALYSIS

MAINTENANCE

- Beams are composites, therefore making use of

- Due to the amount of wood used in this structure, it is fairly

- Only pressure-treated members will meet the ground.

- Reapplication of sealer will be needed.

- Sealing of untreated wood is need to increase life of the

expensive.

shorter pieces to span lon-

- An alternative to buying some of the wood is to salvage

structure.

wooden pallets and break them apart for pieces.

ger distances

Wood DURABILITY

Wood MAINTENANCE teners Fas

teners Fas - Reapplication of sealer will be needed.

- Only pressure-treated members will meet the ground. - Sealing of untreated wood is need to increase life of the structure.

- Reapplication of sealer will be needed.

ESTIMATED TOTAL: cre Con te

One Structure = $860 $50

MAINTENANCE

ESTIMATED TOTAL:

cre Con te

Two Structures = $1,720

One Structure = $607 Two Structures = $1,214

$50

$210

$600

$347

($253.10) SAVED

INTERIOR RENDER

EXTERIOR RENDER

SCHEMATIC DESIGN GRAPHIC DESIGN VICINITY MAP BUDGET SITE PLAN GENERAL GARDEN BEDS SHADE STRUCTURE 01 SHADE STRUCTURE 02

GRAPHIC DESIGN GARDEN BEDS

SHADE 01

SHADE 02

DONOR WALL

VICINITY MAP

LUMBER $3,830

BUDGET

,6 36

GRAVEL $1,200

BUDGET TOTAL $11,700 BUDGET WITH DONATIONS $11,040

750 IL $

ING

C U M $6 58

68 E$ 9 BL 7 CA S $3 EL RR

64 PVC $ 10

$625

ARE $1 HARDW

HARDWARE

CABLE

CONCRETE

LUM BER HAR EQU DW IPME ARE NT $ $1,7 54 37

SITE PLAN

10’

0’

10’

SCHEDULES

DES I GN D E V ELO PM EN T P R ES EN TATI O N

S C HEM ATI C DES I GN P RES EN TATI O N

CO N C EPTUA L DES I GN P RES EN TATI O N

FALL SEMESTER WEEK 05 WEEK 06 WEEK 07 WEEK 08 WEEK 09 WEEK 10

WEEK 11 WEEK 12 WEEK 13 WEEK off-site

off-site

CUT + PRE-DRILL WOODEN ELEMENTS

ASSEMBLE STORAGE BOXES + SEATING FOR GARDEN BEDS

WOOD BURN + SEAL WOODEN ELEMENTS

WOOD BURN + SEAL WOODEN ELEMENTS ASSEMBLE STORAGE BOXES + SEATING FOR GARDEN BEDS

ASSEMBLE BENCHES FOR SHADE STRUCTURE #1 ASSEMBLE PIECES FOR RAINWATER COLLECTION

on-site

SITE DEMO + PREP

DIG + POUR CONCRETE FOOTINGS

STACK CMU FOR GARDEN BEDS

INSTALL BENCHES F SHADE STRUCTU

SET STRUCTURAL MEMBERS

BUILD RAMP

ATTACH BOXES + SE FOR GARDEN BE

BUILD RAMP LANDING

BUILD RAILING FOR RAMP

LAYOUT OF NEW STRUCTURES DIG + POUR CONCRETE FOOTINGS

SET BASES FOR RAINWATER COLLECTION

SET BARRELS + ATT PIPING FOR RAIN COLLECTION

INSTALL BENCHES FOR SHADE STRUCTURE #1

SET BENCH FOR RAINWATER COL

off-site

CUT + PRE-DRILL ROOF PIECES FOR SHADE STRUCTURE #2

CUT + PRE-DRILL BENCH PIECES FOR SHADE STRUCTURE #2

SEAL WOODEN ELEMENTS

WOOD BURN + SEAL WOODEN ELEMENTS ASSEMBLE VERTICAL PANELS FOR SHADE STRUCTURE #1

on-site

SITE DEMO + PREP

INSTALL STRUCTURAL MEMBERS FOR SHADE STRUCTURE #1

INSTALL VERTICAL CLIMBING ELEMENTS FOR SHADE STRUCTURE #1

INSTALL ROOF ELEMENTS FOR SHADE STRUCTURE #1

SITE CLEAN-UP + PLANTING

BUILD STORAGE UNITS FOR SHADE STRUCTURE #2

INSTALL VERTICAL PANELS FOR SHADE STRUCTURE #2

INSTALL ROOF ELEMENTS FOR SHADE STRUCTURE #2

INSTALL BENCHES FOR SHADE STRUCTURE #2

LAYOUT OF NEW STRUCTURES DIG + POUR CONCRETE FOOTINGS

PROJECT COMPLETION

off-site CUT + PRE-DRILL WOODEN ELEMENTS

PUNCH LIST

CLASSES BEGIN

SPRING BREAK SPRING SEMESTER WEEK 01 WEEK 02 WEEK 03 WEEK 04 WEEK 05 WEEK 06 WEEK 07 WEEK 08 WEEK 09 WEEK

NCHES FOR RUCTURE #1

ECES FOR R COLLECTION

OR GARDEN

on-site INSTALL BENCHES FOR SHADE STRUCTURE #1 ATTACH BOXES + SEATING FOR GARDEN BEDS

G FOR RAMP

OR RAINWATER ON

SET BARRELS + ATTACH PIPING FOR RAINWATER COLLECTION

CHES FOR RUCTURE #1

SET BENCH FOR RAINWATER COLLECTION

WINTER BREAK

CLASSES END

ORAGE BOXES FOR GARDEN

PUNCH LIST

F I N A L R EV I EW

EK 13 WEEK 14 WEEK 15 WEEK 16 WEEK 17

SPRING BREAK

CLASSES END

PROJECT COMPLETION

EK 09 WEEK 10 WEEK 11 WEEK 12 WEEK 13 WEEK 14 WEEK 15 WEEK 16 WEEK 17

GENERAL

RAMP RENDER

GARDEN BEDS

RAISED GARDEN BED RENDER

SHADE O1

SHADE STRUCTURE 01 RENDER

SHADE O2

SHADE STRUCTURE 02 RENDER

DESIGN DEVELOPMENT PROJECT STATEMENT DIGITAL TOOLS VICINITY MAP GRAPHIC DESIGN SITE PLAN GENERAL GARDEN BEDS SHADE STRUCTURE 01 SHADE STRUCTURE 02

The School of Architecture, Department of Food Science, Nutrition and Health Promotion, Department of Curriculum, Instruction, and Special Education, Horticulture Club, and Graphic Design have joined together with the Boys and Girls Club of Starkville to design and construct an educational garden. The hope in constructing the garden is to get the children at the Boys and Girls Club excited about growing and cooking with home grown foods. This project intends to educate children on how to grow different vegetables appropriate for the Starkville climate. The Phases in the project intend to lay out a full plan for the construction of the gardens as well as intentions for future building changes. The building changes set up an educational kitchen to teach the children how to prepare the food they grow. This educational garden will be an example of a community garden that will hopefully grow through the city of Starkville.

MSULearnAndGrow

@MSULearnAndGrow

MSU Learn And Grow: Boys and Girls Club Edcational Garden

GRAPHICS GENERAL

GARDEN BEDS

SHADE 01

SHADE 02 DONOR WALL 42

SITE PLAN

10’

0’

10’

GENERAL

THYME (perennial)

BLUEBERRY (perennial)

BASIL (perennial)

PLANT DIAGRAM

ROSEMARY (perennial) Rosemary is an aromatic evergreen shrub. It is used as an ornamental plant in gardens, since it is attractive and drought-tolerant,

Blueberries are usually erect, prostrate shrubs that can vary in size from 4 in. to 13 ft. in height.

N.T.S

FUTURE GATE

Thyme is an evergreen herb. It is generally planted in the spring, and thereafter grows as a perennial.

Highly fragrant herb used for seasoning but is also a main ingredient in pesto.

10"

HERB GARDEN

STORAGE BIN 6" x 34" WOOD DECKING

7'-11"

STORAGE BIN 2" x 4" BENCH WOOD RAILING HERB GARDEN

C-D

7'-11" 3'-5"

FLOOR PLAN

3'-5" 10"

2, 2' x 4' WOOD POST

3'-2"

A-B

4'-8"

4'-4"

7'-11"

4'-6"

1'-10"

4' A-B

4'-6"

1'-10"

1'-10" 1'-11"

7'-11"

1'-10"

1'-10" 4' 4'-5"

1'-10"

3'-6"

4' 4'-5"

N.T.S

4' 4'-5"

9'-2"

1'-10"

1'-10" 4'-5"

2' x 6' FRAMING

9'-2"

1'-10" 8'-2" 4'-3"

3'-6"

8'-2"

3'-6"

4'-5"

2, 2' x 4' JOIST WOOD HANGERS POST 8" x 8" JOIST CONCRETE HANGERS FOUNATION 8" x 8" 2' x 6' FRAMING CONCRETE FOUNATION 2, 2' x 4' 2' x 6' FRAMING WOOD POST 2, 2' x 4' WOOD POST

3'-6"

17'-2"

3'-1"

17'-2"

3'-1"

3'-6"

3'-1"

3'-6"

8'-5"

3'-6"

8'-5"

SOUTH ELEVATION

EAST ELEVATION

N.T.S

N.T.S 8'-5"

8'-5" 2'-10"

4'-3" 2'-10"

4'-3"

2'-10"

1'-6"

8'-5"

1'-6"

8'-5" 8" 3" 8"

8" 3" 8" 8"

8" 8"

4'-3" 2'-10"

2'-10"

4'-3"

2'-10"

1'-6"

4'-3" 8" 2'-10" 3" 8"

9" 8" 8"

8" 8"

1'-10"

8" x 8" CONCRETE FOUNATION

3'-1"

3'-6"

2'-9"

1'-10"

8" x 8" JOIST CONCRETE HANGERS FOUNATION 8" x 8" 2' x 6' FRAMING CONCRETE FOUNATION 2, 2' x 4'-5" 4' 2' x 6' FRAMING WOOD 9'-2" POST 2, 2' x 4'-5" 4' 9'-2" WOOD POST

8'-2"

9'-2"

3'-1"

2'-9"

1'-10"

RAMP FOUNDATION/FRAMING PLAN

4'-5"

3'-6"

JOIST HANGERS

4'-3"

2, 2' x 4'-5" 4'1'-10" JOIST WOOD HANGERS POST

8'-2" 4'-3"

A-B

17'-2"

1'-10"

3'-6"

4'-5"

4' A-B

1'-10"

8'-2"

2' x 6' FRAMING

1'-10"

9'-2"

1'-11"

A-B

8" x 8" CONCRETE FOUNATION

1'-11" 1'-11" 3'-2"

1'-10"

4'-3"

1'-11"

3'-2"

1'-10"

1'-11" 1'-11"

3'-5"

1'-10"

4'-6"

3'-2"

1'-10"

4'-3"

1'-10" 4'-5"

4'-8"

1'-10"

JOIST HANGERS

3'-6"

4'-6"

4'-8"

3'-2"

17'-2"

2'-9"

3'-2"

1'-11"

11" 3'-5"

17'-2"

2'-9"

1'-10"

1'-11" 8'

1'-10"

4'-8"

2'-9"

1'-10"

8'-2"

C-D

1'-10"

4'-3"

1'-11"

11" 2'-8"

1'-10"

4'-6"

1'-11"

2"xx1" 4" 1" WOOD RAILING WOOD BALUSTERS 1"17'-2" x 1" 2,WOOD 2' x 4' WOOD POST BALUSTERS

1'-10"

4'-8"

1'-11"

WOOD 2, 2' x 4' DECKINGC-D WOOD POST

2"xx1" 4" 1" WOOD RAILING WOOD BALUSTERS 1" x 1" 2,WOOD 2' x 4' WOOD POST BALUSTERS

N.T.S

4'-6"

2'-8" 10"

3 STORAGE 6" xBIN 4" 1"4'-4" x 1" WOOD BENCH WOOD DECKING BALUSTERS 6" x 3"

2" x 4" WOOD RAILING

4'-4"

7'-11"

C-D

11" 3'-5"

4'-8"

11"

STORAGE BIN 2"4'-4" x 4" BENCH WOOD RAILING HERB GARDEN

7'-11"

2" x 4" WOOD RAILING

HERB GARDEN

11" 2'-8"

WOOD 2, 2' x 4'C-D DECKING WOOD POST

6" x 34" WOOD DECKING

3'-5" 10"

2'-8" 10"

3 6" xBIN STORAGE 4" 1" x 1" WOOD BENCH WOOD DECKING BALUSTERS 6" x 3"

2'-8"

4'-4"

BENCH

11"

C-D

1'-10"

STORAGE BIN

2'-8"

BENCH

HERB GARDEN

8" 8"

8" 3" 8"

4'-3"

8" 2'-10" 3" 1'-6" 8"

2'-10"

2'-10" 1'-6"

8" 3" 8"

SECTION C-D

SECTION A-B

N.T.S

GARDEN BEDS

TIMBER BENCH PLAN TYP. N.T.S

LONG BED CMU PLAN TYP. N.T.S

CMU LAYOUT 1 N.T.S

FOUNDATION PLAN TYP. N.T.S

EAST & WEST ELEVATION TYP. N.T.S

LONGITUDINAL SECTION TYP. N.T.S

TRANSVERSE SECTION TYP. N.T.S

SHADE O1 MUSCADINE GRAPES (perennial) As with all grapes, muscadines need full sun with good air drainage. Muscadine grapes can help achieve and maintain a healthy body weight. They are good for making homemade jelly to spread on any meal.

PURPLE BEANS (annual) Purple beans are a common name given to several different varieties of purple fresh picking snap type bush and pole bean plants with names such as Royalty Purple and Royal Burgundy. They have very vibrant color that attracts attention to the space to the shade structure.

PLANT DIAGRAM N.T.S

FLOOR PLAN

N.T.S

WEST ELEVATION N.T.S

SOUTH ELEVATION

NORTH ELEVATION

LOGITUDINAL SECTION

N.T.S

SHADE O2 PURPLE HULL PEAS Commonly known as the blackeyed pea. Annual beanlike plant that must be planted in full sun; the plant will tolerate partial shade. Water often to keep the soil moist.

THORNLESS BLACKBERRIES Perrenial plant with biennial growth and fruiting habits. Require rich, moist soil and full sun exposure to survive.

CUCUMBERS Needs netting and an angle to grow vertical. Annual plant that needs full sun exposure and moist soil.

PLANT DIAGRAM N.T.S

FLOOR PLAN

N.T.S

NORTH ELEVATION

SOUTH ELEVATION

N.T.S

WEST ELEVATIONS N.T.S

CONSTRUCTION SAFETY EXCAVATION PREFABRICATION BED CONSTRUCTION RAMP CONSTRUCTION

EMERGENCY INFORMATION

SAFETY

• Police – 911 • Fire- (662) 323-1845 • Oktibbeha county hospital (OCH)(662) 323-4320

CONSTRUCTION SAFETY (PPE) PROTECTIVE CLOTHING

• Workers shall wear high visible clothing (retro reflective material) engaged in work on site at boys and girls club. • Garments should be worn properly, meaning they should be the right size for the person wearing it.Vests and jackets should be kept closed on the front and sides to ensure visibility from 360 degrees. • Garments should be kept in good, clean condition and replaced when worn or dirty so as to preclude their function as high visibility clothing.

FOOT PROTECTION • Construction workers should wear work shoes or boots with slip-resistant and punctureresistant soles. • Safety-toed footwear is worn to prevent crushed toes when working around power tools or falling objects from above shade structures.

• Ambulance- (662) 615-2694

HEAD PROTECTION • Be sure that workers wear hard hats where there is a potential for objects falling from above, bumps to their heads from fixed objects, or accidental head contact on site. • Hard hats are routinely inspected for dents, cracks or deterioration before workers go out to site. • Hard hats are replaced after a heavy blow or electrical shock at (time of accident). • Hard hats must maintain in good condition (weekly check will be in play before work).

LADDERS • Make sure that ladders are long enough to safely reach the top of shade structures. • Mark or tag (“Do Not Use”) damaged or defective ladders for repair or replacement, or destroy them immediately. • Never load ladders beyond the maximum intended load or beyond the manufacturer’s rated capacity. • Be sure the load rating can support the weight of the user, including materials and tools.

EYES AND FACE PROTECTION • Safety glasses or face shields are worn anytime work operations can cause foreign objects geting into the eye such as during welding, cutting, grinding, nailing (or when working with concrete and/or harmful chemicals or when exposed to flying particles. • Eye and face protectors are selected based on anticipated hazards.(face protectors will be used when burning wood.) • Safety glasses or face shields are worn when exposed to any electrical hazards including work on energized electrical systems.

ELECTRICAL SAFETY • Use only lockout/tagout devices authorized for the particular equipment or machinery and ensure that they are durable, standardized, and substantial. • Frayed, damaged or worn electrical cords or cables are promptly replaced.

• Avoid using ladders with metallic components near electrical work and overhead power lines.

HAND PROTECTION • Workers must wear the right gloves for the job heavy-duty rubber gloves for concrete work and insulated gloves. • All gloves must fit tight to prevent any damage to hands from machinery or mishandling tools.

ELECTRICAL SAFETY • wire type and designed for hard or extra-hard service. (Look for some of the following letters imprinted on the casing: S, ST, SO, STO.).

• All extension cords have grounding prongs.

• All electrical tools and equipment are maintained in safe condition, checked regularly for defects, and taken out of service if a defect is found.

• Protect flexible cords and cables from damage. Sharp corners and projections should be avoided.

• Do not bypass any protective system or device designed to protect employees from contact with electrical energy.

• Use extension cord sets used with portable electric tools and appliances that are the three-wire type

• Ensure that ladders, scaffolds, equipment or materials never come within 10 feet of electrical power lines.

• Overhead electrical power lines are located and identified

• All electrical tools must be properly grounded unless they are of the double insulated type. Source: (http://www.Osha.gov)

SITE UTILIZATION PLAN

DIRT EXCAVATION

RAMP MATERIAL

WHEEL BARREL (2)

MATERIAL LAYDOWN AREA

DIRT EXCAVATION

ZONE 1

COMPOST AREA GRAVEL

2 ZONE 3

GARDEN BED MATERIAL

LEGEND

CARDBOARD BOX

CMU

ZONE 2

DUMPSTER

GARDEN BEDS

RAMP

5’ N

0’

5’

WHEEL BARREL (1) DUMPSTER

PLAY AREA

RAINWATER COLLECTION

EXCAVATION EXCAVATION

PREFABRICATION PREFABRICATION

BED CONSTRUCTION

BED CONSTRUCTION BED CONSTRUCTION BED CONSTRUCTION

RAMP CONSTRUCTION RAMP CONSTRUCTION RAMP CONSTRUCTION

FINAL PRESENTATION PROJECT STATEMENT VICINITY MAP DIGITAL TOOLS PHASING GRAPHIC DESIGN SITE PLAN GENERAL GARDEN BEDS SHADE STRUCTURE 01 SHADE STRUCTURE 02 PRESENTATION PHOTOS

PROJECT STATEMENT The School of Architecture, Department of Food Science, Nutrition and Health Promotion, Department of Curriculum, Instruction, and Special Education, Horticulture Club, and Graphic Design have joined together with the Boys and Girls Club of Starkville to design and construct an educational garden. The hope in constructing the garden is to get the children at the Boys and Girls Club excited about growing and cooking with home grown foods. This project intends to educate children on how to grow different vegetables appropriate for the Starkville climate. The Phases in the project intend to lay out a full plan for the construction of the gardens as well as intentions for future building changes. The building changes set up an educational kitchen to teach the children how to prepare the food they grow. This educational garden will be an example of a community garden that will hopefully grow through the city of Starkville. 63

DIGITAL TOOLS GroupMe

Google Drive

MSULearnAndGrow

@MSULearnAndGrow

MSU Learn And Grow: Boys and Girls Club Edcational Garden

gofundme.com/msu-learnand-grow

PHASING

P H AS E 1 - g a rd e n b e d s + A DA ra m p P H AS E 2 - s h a d e st ru c t u re 1 + 2 PHASE Beds + ADArRamp P H AS1E Garden 3 - ra i nwate co l l e c t i o n + c u b b i e s F U T U2R EShade P HStructures AS E - d1 e PHASE +m 2 o n st rat i o n k i tc h e n + c l a ss ro o m re co n f i g u rat i o n PHASE 3- Rainwater Collection + Cubbies FUTURE PHASE- Demonstration Kitchen + Classroom Reconfiguration 65

GRAPHIC DESIGN RAMP HERB GARDEN

GARDEN BEDS

SHADE 01

SHADE 02

SITE PLAN

BUTTERNUT SQUASH -

THORNLESS BLACKBERRIES

SUGAR SNAP PEAS

CUCUMBERS

BLUEBERRY

THYME

ROSEMARY

BASIL

SCARLET RUNNER BEANS

MUSCADINE GRAPES

YELLOW SNAP BEANS

CRANBERRY BEANS

PURPLE BEANS

10’

0’

10’

300

LUMBER $3,414

$ ETE NC R CO

0 30

$ EL AV

73 $2 EL AV 17 GR C $ PV

CONCRETE $17

LUMBER $625

BUDGETS GETS

95 $5

M LU SOIL

LUM

BER

$43

RDW AR

LUMBER $3,414

SPRING BUDGET $3,784

300

$ TE

CRE

BUDGET WITH DONATIONS $1,080

515

CONCRETE HARDWARE $113

N CO

UIP

FALL BUDGET TOTAL $3,784 73 $2 EL AV 17 GR C $ PV

CONCRETE $17

NT $265

EQUIPME

LUMBER $625

2 $17

R BE

95 $5

75 $4

R BA

M LU

LUM

RDW AR

$3 52

515

CONCRETE HARDWARE $113

FALL BUDGET TOTAL $3,784

LUMBE R HARD WARE $613

BER

SPRING BUDGET TOTAL $3,784

CONCRETE HARDWARE $113

BUDGET WITH DONATIONS $1,080

75 $4

LUMBE

$3 52 NG FI O RO

CONCRETE HARDWARE $113

R HARD WARE $613

R BA

300

$ EL AV

0 $30

LUMBER $4,078

$ RETE CONC

EL AV

GR 0

UIP

$19

BUDGET TOTAL $8,700 BUDGET WITH DONATIONS $5,905 8

1,12

AR DW

BER

R HA

LUM

AR DW

90 $3

R NC

$656 CMU

5 59 R$

ROOFING $352

M LU

$4 76

SCHEDULES

NESDAY[4] THURSDAY [5] MONDAY[19]

E E K

FRIDAY[6] TUESDAY[20]

MONDAY[9] WEDNESDAY[21] TUESDAY[10] THURSDAY[22]

1 2W E E K

PRE-FAB [3] Garden Beds Cutting Stakes 3hr

[14] PRE-FAB PRE-FAB [3] All Garden Beds Strip Pallets Assem. Benches 4hr

WEDNESDAY[4] THURSDAY [5] MONDAY[19] TUESDAY[20]

W E E K

1 0

PRE-FAB [4] Garden Beds Assem. Benches 12hr

FRIDAY[6] MONDAY[9] WEDNESDAY[21] THURSDAY[22]

DESIGN D E V E LO P M E N T DESIGN D E V E LO P M E N T

PRE-FAB PRE-FAB [5] Garden Beds All Cut Straps 4hr Strip Pallets 4hr SITEWORK [4] Garden Beds Place CMU 12hr

ORK

[1]

W E E K

[2]

PRE-FAB Garden Beds Cut Shims 1hr

FRIDAY[13] TUESDAY[27]

[3]

PRE-FAB All Strip Pallets

WEDNESDAY[11] THURSDAY [12] MONDAY[26] TUESDAY[27]

PRE-FAB [4] Garden Beds Cut Boxes 4hr PRE-FAB All Strip Pallets PRE-FAB [1] Garden Beds Cut PalletPRE-FAB Wood 8hr Garden Beds Cut Boxes 4hr [2]

[3]

PRE-FAB All Strip Pallets

[3]

[4]

PRE-FAB [1] Garden Beds Cut Pallet Wood 8hr SITEWORK Garden Beds Layout Site 4hr

[4]

[2]

SITEWORK [2] SITEWORK [4] Garden Beds All SITEWORK [2] SIte 1hr [4] Compact SITEWORK Gravel 10hr Cover Garden Beds Garden Beds Drive Stakes 1hr Place CMU 12hr [2] ORK SITEWORK [2] SITEWORK [2] en Beds Ramp Garden Beds [2] Conduits .5hr SITEWORK [2] SITEWORK [4]Anchor Out SITEWORK Stakes 1hr Drill Holes 10hr Place Ramp Garden Beds All Drill Anchor Holes 4hr Compact Gravel 10hr Cover SIte 1hr SITEWORK [1] SITEWORK [6] Ramp Garden Beds [2] SITEWORK [2] [2] SITEWORK PerimeterSITEWORK Joist 2hr Pour Gravel 3hr Garden Beds Ramp Garden Beds Mark Out Stakes 1hr Drill Anchor Holes 10hr Place Conduits .5hr SITEWORK [2] Garden Beds SITEWORK [1] [6] Compact SITEWORK Gravel 2hr Ramp Garden Beds Perimeter Joist 2hr Pour Gravel 3hr SITEWORK [2] Garden Beds SITEWORK [2] Place Cardbrd .5hr Garden Beds Compact Gravel 2hr SITEWORK [4] Garden Beds SITEWORK [2] Place CMU .5hr Garden Beds Place Cardbrd .5hr

nchor Holes 4hr

SITEWORK Garden Beds Layout Site 4hr

SITEWORK [3] Ramp Mix+Pour Concrete Place Anhcors 2hr

[4]

SITEWORK Ramp Layout Site 4hr

[4]

SITEWORK [1] Ramp SITEWORK [3] InteriorJoist 1hr Ramp SITEWORK [4] Mix+Pour Concrete Ramp Place Anhcors 2hr Layout Site 4hr SITEWORK [1] Ramp InteriorJoist 1hr

1 1W E E K

1 4

[3]

W E E K

1 1

PRE-FAB [2] PRE-FAB [2] Ramp Garden Beds Assemble Boxes Cut Boards 8hr 4hr MONDAY[16]

FRIDAY[13] WEDNESDAY[28] THURSDAY [29]

TUESDAY[17] FRIDAY[30]

WEDNESDAY[18] THURSDAY [19] FRIDAY[20] MONDAY[23] MONDAY[2] TUESDAY[3] WEDNESDAY[4] THURSDAY [5]

SPRING SPR B IRNEGA K BREAK

WEE EEK K 04 12 W WE EEK EK 05 1 3 W E EK 06 14 W

Install benches Site layout

Install benches Pour footings Excavate grass from gravel area

PRE-FAB [3] Garden Beds Assem. Benches 4hr

TUESDAY[24] FRIDAY[6]

1 5W

PRE-FAB [4] Garden Beds Assem. Benches 12hr

WEDNESDAY[25] THURSDAY MONDAY[9] TUESDAY[10

PRE-FAB [2] PRE-FAB [2] PRE-FAB [2] Garden beds Garden beds Ramp PRE-FAB [1] Prep Route 3hr Prep PRE-FAB [3] PRE-FAB [5] PRE-FAB [4] CNC Route 3hr PRE-FAB [3] CNC PRE-FAB Assemble Bench 4hr Ramp Garden Beds Garden Beds Garden Beds Garden Beds Garden Beds Cut Spindles 2hr PRE-FAB [7] Cutting Stakes 3hr Pick Up CMU 2hr Assem. Benches 12hr Assem. Benches 4hr Cut Boards 8hr PRE-FAB [1] PRE-FAB [1] PRE-FAB [5] Garden Beds Ramp Garden Beds All Drop Off CMU 1hr Cut PRE-FAB [2]Deck Boards 6hr Cut Strip 4hr PRE-FAB [3] PRE-FAB [2] Pallets PRE-FAB [2] Straps 4hr Ramp All Garden beds Garden beds Assemble Bench 4hr Seal Wood 12hr Prep CNC Route 3hr Prep CNC Route 3hr PRE-FAB [4] All PRE-FAB [7] PRE-FAB [1] PRE-FAB [1] PRE-FAB [5] PRE-FAB Garden Beds Wood Burning Ramp Garden Beds All Garden Beds Drop Off CMU 1hr Cut Deck Boards 6hr Cut Straps 4hr SITEWORK Strip Pallets Cut Shims[4] 1hr SITEWORK [1] [6] SITEWORK [2]4hr SITEWORK Garden Beds Garden Beds Garden Beds Garden Beds Grass Killing 4hr Dig Foundations Drive Stakes 1hr Place CMU 12hr PRE-FAB4hr [4] All Wood Burning SITEWORK [2] SITEWORK [2] [2] SITEWORK [2] SITEWORK SITEWORK [2] SITEWORK [2] SITEWORK [4] Garden Garden Beds Ramp Ramp Garden Beds Ramp Beds All Assemble Boxes 6hr Assemble Boxes 6hr Excavation 4hr Dig Postholes 4hr Compact Gravel 10hr Drill Anchor Holes 4hr Cover SIte 1hr SITEWORK [1] SITEWORK [2] SITEWORK [6] SITEWORK [4] Garden Beds Garden Beds Garden Beds Garden Beds Grass Killing Drive Stakes Dig Foundations 4hr Place CMU 12hr SITEWORK SITEWORK [2] SITEWORK [4] 4hr [2] 1hr SITEWORK SITEWORK [2] [2] Garden Ramp Garden Beds Beds Ramp Garden Beds SITEWORK [2] SITEWORK [2] Install Benches 12hr Ramp Mark Stakes 1hr Drill .5hr [2] Structure 4hr SITEWORK SITEWORK SITEWORK [2] Out SITEWORK [2] Anchor Holes 10hr SITEWORK [4] Garden Beds Place Conduits Garden Beds [2] Ramp Ramp Ramp Garden Beds All Assemble Boxes 6hr Assemble Boxes 6hr Excavation 4hr Dig Postholes 4hr Drill Anchor Holes 4hr Compact Gravel SITEWORK 10hr Cover SIte[6] 1hr SITEWORK [2] [1] SITEWORK Garden Beds Ramp Garden Beds SITEWORK [2] SITEWORK [4] Lay 3hr Perimeter Joist 2hr [2]Chickenwire SITEWORK SITEWORK [2] [2] Gravel 3hr SITEWORK Garden Beds Pour Ramp Garden Beds Ramp Garden Beds Install Benches 12hr Ramp Structure 4hr Mark Out Stakes SITEWORK 1hr Drill Anchor Holes 10hr Place Conduits .5hr [2] SITEWORK [2] Garden Beds Garden Beds SITEWORK [2] Lay Cardboard 2hr Gravel 2hr SITEWORK [1] SITEWORK [6] Garden Beds Compact Ramp Garden Beds Lay Chickenwire 3hr Perimeter Joist 2hr Pour Gravel 3hr SITEWORK [4] SITEWORK [2] Ramp Garden Beds SITEWORK [2] Decking Boards .5hr 9hr SITEWORK [2] Cardbrd Garden Beds Place Garden Beds 2hr Lay Cardboard Compact Gravel SITEWORK 2hr [4] SITEWORK [4] Ramp Garden Beds SITEWORK [4] Install Railing 4hr Place .5hr SITEWORK [2] CMU Ramp Garden Beds Decking Boards 9hr Place Cardbrd .5hr

shade shade structure structure 11

Erect rafters

1 2

WEDNESDAY[25] THURSDAY FRIDAY[6] MONDAY[9][26]

W E E K

PRE-FAB [3] Garden Beds Cutting Stakes 3hr

PRE-FAB [3] All PRE-FAB [2] Seal 12hr [2] Wood Ramp Assemble Boxes 4hr

shade structure 1

shade shade structure structure 11

MONDAY[23] WEDNESDAY[4] TUESDAY[24] THURSDAY [5]

1 4W E E K

SITEWORK [4] Garden Beds Place CMU .5hr

shade structure 1

FRIDAY[20] TUESDAY[3]

PRE-FAB [1] PRE-FAB [5] Ramp Garden Beds Cut PickSpindles Up CMU2hr 2hr

S PR I NG SEMESTER SP08 RING W EEK WE 001 9 W E E K 02 10 W WEEEEK K 03 11 WEEEKKSEMESTER shade shadestructure structure11

W E

MONDAY[16] THURSDAY FRIDAY[30] MONDAY[2][19] WEDNESDAY[28] TUESDAY[17] THURSDAY [29] WEDNESDAY[18]

1 3W E E K

PRE-FAB All Strip Pallets

TUESDAY[10] FRIDAY[23]

PRE-FAB [2] PRE-FAB [2] Garden beds Garden beds PRE-FAB [3] [4] [3] CNCPRE-FAB Prep Route 3hr Prep Route 3hr [14] CNCPRE-FAB PRE-FAB Garden Beds Garden Beds Garden Beds All Cutting Stakes 3hr Assem. Benches 12hr Assem. Benches 4hr Strip Pallets PRE-FAB [1] PRE-FAB [5] PRE-FAB Garden Beds All Garden Beds PRE-FAB [2]Straps PRE-FAB [2] Cut 4hr Strip Pallets 4hr Cut Shims 1hr Garden beds Garden beds Prep CNC Route 3hr Prep CNC Route 3hr

SITEWORK [2] Garden Beds Drive Stakes 1hr

1 3

WEDNESDAY[11] THURSDAY [12] FRIDAY[23] MONDAY[26]

Install bins Pour +storage compact gravel

shade shade structure structure 11

Dig and plant inand beds Erect columns install lattice

shade shade structure structure 11

Place collection system Erectwater columns and install lattice

SITEWORK [4] Ramp Install Railing 4hr

SPRI N G SE M E EE K 07 15 16 SE 17ST WE EK WEEK WEEK 09 W SPRI N 08 G ME SITEWORK [4] Garden Beds Place CMU .5hr

shade structure 1

Pour and compact gravel

Erect rafters

Install benches

CLASS CLA ES NSD S ENDS SPRING

1 2FA L LW SE E EM K ESTER 1 0W E E K

E K

FA LL SE ME S E EM K E STE 1 5 EFA K LL 1 2WSE

PUNCH P U NLCI H ST LIST

SCHEDULE FALL SE M ESTER SCHEDULE

07 W EEK 0Eshade 8K WE EWE K 0E9K W W EW EK 1 1K 04 W E EK 12 W EE 1 3 06 W EE 4 W 15 08 WEEK 16 09 WEEK 17 01 02E E WKE1E0 K 03 W E EK 05 WKE EK WKE 1EK 07EEK WEEK WEEK WEEK shade structure 1 EEshade shade shade structureWE 1 shadestructure structure11 shade structure structure 11 shade structure structure 11 shade structure 1 shade structure 1 shade structure 1 shade structure 1

Dig footings Excavate grass from gravel area

Assemble storage bins water collection system water collection system storage bins Palletburn disassembly Pre-drill wooden elements Pre-drill wooden elements wood forstructure burning Assemble benches 1 shade structure 1 shade structure 1 Wood shade structure 1 shade structure shade structure 1 Construct shade structure 1 Construct shade structure 1 Cut + prep shade 1 Cut and seal1rafters shade structure Construct planters shade structure 1 benches shade structure 1 shade structure 1 benches shade structure 1 elements shade structure structure 1 water collection shade structure 1 bins Seal wooden Seal wooden elements Cut and seal wood for benches CNC storage Pallet disassembly Pallet disassembly Install Install Install storage bins Dig1and plant inshade beds Place system

Assemble benches CNC storage bins Erect rafters

Site layout

Dig footings Assemble footing jig Excavate grass from gravel area

Pour footings + compact gravel Cut wood for benches +Pour donor wall Excavate grass from gravel area

Erect columns and install lattice

Pour and compact gravel

Erect rafters

Wood burn storage bins

shade structure 1

Install benches

shade structure 1 shadeshade structure 1 shadeshade structure 1 shade structure 2 1 shadeshade structure 1 shadeshade 1 structure 2 structure 22 shade structure 22 structure structure 22 structure structure 22 structure shade 22 structure shade structure 1 burn structure shade 1 shade 1structure shade 1 shade 1 shade 1 shade 1 shade structure shade structure 2 shade structure shade structure shade shade structure 2 structure shade structure structure shade structure 2 structure shade structure 2 Assemble storage bins Construct water collection system Construct water collection system Assemble benches Wood storage bins Install vertical panels Install roof Install roof members roof members benchstorage structure bench structure Install tops Pallet disassembly Pre-drill woodenInstall elements Pre-drill woodenInstall elements Cut + prep woodInstall for burning Cut and seal rafters Wood burn storage binsroof members 1 shade structure 1 and set attachments Demo oldmembers garden beds shade structure Excavate site Pour concrete Erect vertical structural members Assemble panels Assemble storage panels Installbench vertical panels Assemble benches Install vertical panels Install Construct planters es CNC storage bins Pallet disassembly Assemble footing jig

Pallet disassembly Cut wood for benches + donor wall

Seal wooden elements

Pour concrete and set attachments

Erect vertical structural members

Seal wooden elements

Cut and seal wood for benches

CNC storage bins

shade structure 2 shade shade shade shade shade shadestructure structure22 shade structure 2 shade structure structure 22 shade structure structure 22 shadestructure structure22 shade structure structure 22 shade structure 2 shade structure 2 shade structure 2 roof shade members structure 2 Seal structure Cut bench top members topmembers members tops bench tops Cutbench structural members Wood burn Sealbench wooden Sealbench vertical panel members Assemble vertical panel members members structure 2 Seal roof members Seal bench structure 2 Seal shade structure 2 Cut storage2members shade structure shade structure 2 Cut shade structure 2 Seal shade structure 2 Assemble shade 2 Seal roofshade Cut roof members Cut top members Seal tops Seal tops Assemble bench tops shade structure 2members shade structure 2storage shade structure 2panel shade structure 2 bench shade 2 benchstructure shade structure 2 bench tops shade structure 2 shade structure 2 members Cutbench storage Cut bottom and shelves for storage Cut bench vertical members Cut bench vertical Assemble vertical panel members structure Cut roof Install members Cut roof Install members Cut roof members Cut bench top Install vertical panels Install roof members Install roof members Install roofmembers members Install structure structure

Demo old garden beds

Excavate site

shade structure 2 shade structure 2 shade structure 2 shade structure 2

Seal roof members Seal bench structure Cut structural members Cut bench top members Cut storage members Cut roof members Cut storage members Cut bottom and shelves for storage

Assemble storage panels

Install vertical panels

shade structurestructure 2 shade structure 2 shade structure 2 shade structure 2 shade structure shade structure shade structure 2 shade structure 2 Cut2bench top shade members Cut2bench top members Seal2bench tops Assemble bench tops

Wood burn Seal wooden members Seal bench topsSeal vertical panel members Assemble vertical panel members Seal bench tops Assemble bench tops Cut vertical storage members Cut vertical panel members Assemble vertical panel members Cut roof members

Seal roof members Cut roof members

Install vertical panels

Install roof members

shade structure 2

Seal roof members Cut roof members

Seal bench structure Cut bench top members

MONDAY[9]

PRE-FAB [3] Garden Beds Assem. Benches 4hr

MONDAY[9]

TUESDAY[10]

W E E K

PRE-FAB [4] Garden Beds Assem. Benches 12hr

TUESDAY[10]

PRE-FAB [2] PRE-FAB [2] Garden beds Garden beds Prep Route 3hr Prep PRE-FAB [4] CNC Route 3hr [3] CNC Garden Beds s Assem. Benches 12hr hes PRE-FAB 4hr PRE-FAB [1] [5] Garden Beds All Cut Strip 4hr [2] Pallets PRE-FAB [2]Straps 4hr s Garden beds ute 3hr Prep CNC Route 3hr [5]

4hr

PRE-FAB [1] PRE-FAB Garden Beds Garden Beds Cut Straps 4hr SITEWORK Cut Shims[4] 1hr Garden Beds Place CMU 12hr

PRE-FAB [2] Garden Beds Cut Shims 1hr PRE-FAB Garden Beds Cut Boxes 4hr [2]

tructure 1 shade structure 2

torage bins Install roof members

shade structure 2 tructure 2

Seal bench structure Cut bench top members embers

tructure 2

tructure p members

W E E K

FRIDAY[13]

MONDAY[16]

PRE-FAB [2] Ramp Assemble Boxes 4hr

TUESDAY[17]

1 4

W E E K

WEDNESDAY[18] THURSDAY [19]

1 4

FRIDAY[20]

PRE-FAB [2] Ramp PRE-FAB [1] Assemble Bench 4hr Ramp Cut Spindles 2hr PRE-FAB [2] Ramp Assemble Bench 4hr

MONDAY[23]

TUESDAY[24]

MONDAY[23]

TUESDAY[24]

1 5

WEDNESDAY[25] THURSDAY [26]

W E E K

PRE-FAB [1] Ramp Cut Spindles 2hr

WEDNESDAY[18] THURSDAY [19]

PRE-FAB [2] Ramp Assemble Boxes 4hr

FRIDAY[20]

FRIDAY[27]

1 5

WEDNESDAY[25] THURSDAY [26]

FRIDAY[27]

PRE-FAB [1] Ramp Cut Deck Boards 6hr

SITEWORK [2] Garden Beds Assemble Boxes 6hr

SITEWORK [2] Garden Beds Assemble Boxes 6hr SITEWORK [4] Ramp Ramp Structure 4hr [3] SITEWORK Ramp Mix+Pour Concrete Place Anhcors 2hr SITEWORK Ramp InteriorJoist 1hr [3]

SITEWORK [2] Garden Beds Install SITEWORK [2] Benches 12hr Garden Beds Assemble Boxes SITEWORK 6hr [2] Garden Beds Lay SITEWORK [2]Chickenwire 3hr Garden Beds Install Benches 12hr SITEWORK [2] Garden Beds Lay SITEWORK [2]Cardboard 2hr Garden Beds Lay Chickenwire 3hr

SITEWORK [2] Garden Beds Assemble Boxes 6hr

SITEWORK [4] Ramp Ramp Structure 4hr

[1]

SITEWORK Ramp Mix+Pour Concrete Place Anhcors 2hr

SPRING BREAK SPRING BREAK

Wood burn storage bins

tructure 1

TUESDAY[17]

PRE-FAB [1] Garden Beds Cut Pallet Wood 8hr

Eshade K 09 W E E K 10 structure 1

MONDAY[16]

[4]

PRE-FAB [1] Garden Beds Cut [4]Pallet Wood 8hr

SITEWORK [2] Garden Beds Lay Cardboard 2hr

[1]

NG SEM ESTE R WE EK 09 WE E K 10 SEMESTER Install benches

W E E K FRIDAY[13]

1 3

PRE-FAB Garden Beds Cut Boxes 4hr

SITEWORK Ramp InteriorJoist 1hr

shade structure 1

1 3

WEDNESDAY[11] THURSDAY [12]

SITEWORK [2] SITEWORK [4] Garden Beds All Compact Gravel 10hr Cover SIte 1hr SITEWORK [4] Garden Beds Place CMU 12hr SITEWORK [2] Ramp Drill SITEWORK [2] Anchor Holes 10hr [4] Garden Beds Compact Gravel SITEWORK 10hr [1] Ramp Perimeter Joist 2hr SITEWORK [2] Ramp Drill Anchor Holes 10hr SITEWORK [1] Ramp Perimeter Joist 2hr

E K

WEDNESDAY[11] THURSDAY [12]

SITEWORK [4] Ramp Decking Boards 9hr

SITEWORK [4] Ramp Install SITEWORK [4] Railing 4hr Ramp Decking Boards 9hr SITEWORK [4] Ramp Install Railing 4hr

WEEK 11

W E E K 12

W E EK 1 3 W E EK 1 4 W EE K 1 5 W E EK 16 WEEK 17

shade structure 1

Install benches

Install storage bins

Dig and plant in beds

Place water collection system

CLASS ENDS CLASS ENDS

FRIDAY[6]

PUNCH LIST PUNCH LIST

L S EMESTE R SEMESTE R W E

WEE K 1 1 W E Eshade K structure 12 W E EK 1 3 W E EK 1 4 W EE K 1 5 W E EK 1 6 WEEK 17 shade structure 1 1 shade structure 1 Assemble storage bins

shade structure 1

Install benches

Construct water collection system Construct water collection system Construct planters Install storage bins Dig and plant in beds Place water collection system

shade structure 1

shade structure 1 shade 1 shade 1 shade structure 2 structure shade structure 2 structure shade structure 2

Assemble storage bins roof members Install

Construct water Install collection roof system members Construct planters

Construct water Install collection system bench structure

shade structure 2

Install bench structure

Install bench tops

shade structure 2 shade structure 2 shade structure 2 shade structure 2 Assemble bench tops shade structure 2 shade structure 2 shade structure 2 shade structure 2 shade structure 2

Cut bench top members Cut bench top members Seal bench tops Seal bench tops Seal bench tops Assemble bench tops Install roof members Install roof members Install bench structure

Install bench structure

shade structure 2

Cut bench top members Seal bench tops

Seal bench tops Assemble bench tops

Assemble bench tops

Install bench tops

SHADE WATER COLLECTION GUTTERS CLIMBING PLANT LATTICE

GENERAL

DONOR APPRECIATION WALL

GENERAL

CENTER BENCHES SUB AXIS BENCH MAIN AXIS BENCH

END BENCHES

E-F

G-H

C-D

A-B

FLOOR PLAN N.T.S

N N

RAMP AXONOMETRIC SCALE: 1/2” = 1’-0”

ELEVATION 1- GARDEN BED FRONT

ELEVATION 2- RAMP FRONT

N.T.S

ELEVATION 3- STEP AND SIDE RAILING N.T.S

SECTION A-B- RAMP SECTION

SECTION C-D- GARDEN BED SECTION

N.T.S

SECTION E-F- DECK TO BUILDING SECTION

SECTION G-H- GARDEN BED SECTION

N.T.S

E-F

G-H

C-D

A-B

T HANDICAPPED RAMP

EXPLODED ISOMETRIC N.T.S

GARDEN BEDS EXPLODED AXON SCALE: 1” = 1’-0”

C-D

E-F

3 2

A-B

GARDEN BED PLAN TYP. GARDEN SCALE: 1” = 1’-0” BED TYP.

N.T.S

GARDEN BED PLAN TYP. A-B SCALE: 1” = 1’-0” GARDEN BED PLAN TYP. SCALE: 1” = 1’-0”

GARDEN BED PLAN TYP. SCALE: 1” = 1’-0”

ELEVATION 1 SCALE: 1” = 1’-0”

ELEVATION 1 ELEVATION 1 N.T.S SCALE: 1” = 1’-0”

ELEVATION 1 SCALE: 1” = 1’-0”

ELEVATION 1 ELEVATION 2 SCALE: 1” = 1’-0” SCALE: 1” = 1’-0” ELEVATION 2

SCALE: 1” = 1’-0” ELEVATION 2

N.T.S

ELEVATION 3 SCALE: 1” = 1’-0” ELEVATION 3

SCALE: 1” = 1’-0” ELEVATION 3

N.T.S

ELEVATION 2 SCALE: 1” = 1’-0”

ELEVATION 3 SCALE: 1” = 1’-0”

ELEVATION 2 SCALE: 1” = 1’-0”

ELEVATION 3 SCALE: 1” = 1’-0”

SECTION A-B SCALE: 1” = 1’-0”

RECESSED BOX SECTION SCALE: 1” = 1’-0”

SECTION A-B SCALE: 1” = 1’-0”

RECESSED BOX SECTION SCALE: 1” = 1’-0”

SECTION A-B SCALE: 1” = 1’-0”

RECESSED BOX SECTION

SECTION A-B

SCALE: 1” = 1’-0” RECESSED BOX SECTION

N.T.S

SECTION A-B SCALE: 1” = 1’-0” SECTION E-F SCALE: 1” = 1’-0” SECTION E-F SCALE: 1” = 1’-0”

SECTION C-D SCALE: 1” = 1’-0” SECTION C-D SCALE: 1” = 1’-0”

RECESSED BOX SECTION SCALE: 1” = 1’-0” RECESSED GARDEN BED SECTION SCALE: 1” = 1’-0” RECESSED GARDEN BED SECTION SCALE: 1” = 1’-0”

SECTION E-F SCALE: 1” = 1’-0”

SECTION C-D SCALE: 1” = 1’-0”

RECESSED GARDEN BED SECTION SCALE: 1” = 1’-0”

SECTION E-F SCALE: 1” = 1’-0”

SECTION C-D SCALE: 1” = 1’-0”

RECESSED GARDEN BED SECTION SCALE: 1” = 1’-0”

SECTION E-F

SECTION C-D

RECESSED GARDEN BED SECTION

N.T.S

01: SIDE STRUCTURE

02: CROSS BRACING

03: PLYWOOD BOTTOM

04: SIDE PANEL 1

-SIDE SUPPORTS ALREADY IN POSITION 1/4” AWAY AND 3/4” BACK FROM FACE OF CMU - SEE GARDEN BED DETAIL SHEET A502 DRAWING 1.

-SCREWED FROM EITHER END THROUGH P-T CORNER POST INTO END GRAIN, PIECE WITH HAND SLOT IN FRONT.

-PAINTED 1/2” PLYWOOD BOTTOM SLID INTO PLACE THROUGH SIDE .

-ATTACHED USING 1 1/4” WOOD SCREW, ONE ON CENTER AT EACH END.

-1/4” GAP AROUND ALL SIDES FOR WATER/AIR MOVEMENT.

-1/2” GAP BETWEEN EACH BOARD ( SEE DETAIL SHEET A502). 2 3/4” BOARD ON TOP, 3 1/4” BOARDS BELOW. (SEE ELEVATION SHEET A202)

-TOP OF 2X4 POSTS 3/4” DOWN FROM TOP OF CMU.

-BOTH PIECES RAISED 3/4” ABOVE P-T CORNER POSTS, TOP LEVEL WITH CMU TOP.

08: TOP PANEL 2 05: FRONT PANEL

06: SIDE PANEL 2

-ATTACHMENT SAME AS PREVIOUS STEP, LATCH HARDWARE CAN BE INSTALLED ON - SITE.

- ATTACHEMENT SAME AS STEP 4

07: TOP PANEL 1

-END PIECES NOTCHED TO FIT AROUND P-T CORNER POSTS W/ 1/8” GAP BETWEEN ALL.

- ATTACHEMENT SAME AS STEP 7, SEE PREVIOUS PAGE.

- ATTACHED ALONG TOP OF SIDE TOP BRACE W/ 1 1 1/4” WOOD SCREW DOWN.

09: CORNERS SHIM SET -FOUR 8 3/4” QUARTER INCH THICK SHIMS ATTACHED ONTO EACH OF THE FOUR CORNERS OF THE TOTAL BOX ASSEMBLY TOP.

11: LID HINGES

-STANLEY NATIONAL HARDWARE 3” T-HINGES ATTACHED TO TOP FACE OF PANEL ASSEMBLY, SEE GARDEN BED PLAN SHEET A102.

10A: CENTER TOP PANEL BRACKETS

10B: CENTER TOP PANEL SHIMS

10A: CENTER TOP PANEL BRACKETS

-ATTACHED TO BOTTOM OF CMU TOP ASSEMBLY, SEE ADDITIONAL ATTACHED DIAGRAM SHEET.

-1’ 11 3/8” LONG SHIM SPANNING WIDTH OF BED ATTACHING ALL TOP BOARDS TOGETHER, ANGLES GO BELOW BEFORE ATTACHEMENT TO CMU.

-TOP PANELS ATTACHED TO SHIMS ON ANGLES, SCREWED INTO BACK BOX CROSS SUPPORT FROM TOP ON CENTER W/ 1 1/4” WOOD SCREW.

-SEE ADDITIONAL ATTACHED DIAGRAM SHEET.

12: CENTER TOP PANEL BRACKETS -LID ATTACHED TO PANEL USING HINGE, ATTACH TO LID ASSEMBLY FIRST (SEE ADDITIONAL DIAGRAMS PAGE) THEN ATTACHED TO CMU TOP PANEL.

12: BENCH ATTACHEMENT -BENCH ASSEMBLY FITS OVER STORAGE BOX WRAPPING DOWN FRONT FACE. BENCH WRAP SITS FLUSH AGAINST FACE, ELEVATED W/ 1/4” CORNER SHIMS ON TOP. -SCREW FROM INSIDE BOX INTO BACK OF VERTICAL BENCH WRAP (INSIDE BENCH PIECE)

RAISED GARDEN BED BOX ASSEMBLY DIAGRAMS

ADDITIONAL DIAGRAMS -LID AND CENTER PANEL CAN BE PREFABRICATED BEFORE BOX INSTALLATION. HINGES ATTACH TO LID FIRST LINED UP WITH 2 SUPPORTS UNDERNEATH. -CENTER PANEL CAN BE ATTACHED AS ONE UNIT USING THE TWO L BRACKETS SCREWED INTO CONCRETE. ADDITIONAL SCREWS GO THROUGH TOP INTO REAR BOX CROSS BRACING MEMBER.

GARDEN BEDS

KEY PLAN

EXPLODED AXON SCALE: 1” = 1’-0”

E-F

C-D

EXPLODED ISOMETRIC N.T.S

80 3 2

HADE O1

SCALE: 1/64” = 1’-0”

SHADE CORRUGATED METAL ROOF

1x1 RAFTERS 2x4 RAFTERS

WATER COLLECTION GUTTERS 2x10 BEAMS CLIMBING PLANT LATTICE

DONOR APPRECIATION WALL WATER COLLECTION GUTTERS CLIMBING PLANT LATTICE

CLIMBING PLANT LATTICE

CENTER BENCHES SUB AXIS BENCH

DONOR APPRECIATION WALL (2) 2x6 COLUMN

MAIN AXIS BENCH

SHADE O1

WATER COLLECTION BARRELS CENTER BENCHES

END BENCHES

TOOL STORAGE SUB AXIS BENCH CLIMBING PLANT BEDS MAIN AXIS BENCH TRASH CONTAINER END BENCHES

C-D

E-F 1

A-B

FLOOR PLAN SCALE: 1/2” = 1’-0”

FLOOR PLAN N.T.S

ELEVATION 1- WEST FACADE N.T.S

THE T SORY

the ga rdens aswell asntentions i for futu re building change s. The building changes set up anational educ

The School of Architecture, Department ofFood

kitchento teach the kids how to prepare thefood

Science, Nutrition and Health Promotion, Department

theygrow. This educ ational ga rden will be an

ofCurriculum,Instruction, and Special Education,

example ofcommuni a ty garden th at will hopefully

Horticultu re Club, and G raphicDesign have joined

grow through the ty ci ofStarkville.

together with the Boys and Gi rls Club of Starkvilleto design andconstru ct anEducationalGarden.

DESIGN TEAM ASHTON AIME

SAM GOODWIN

CONNER ANSL EY

JOSH UA JOHNSON

ANNA BARR

LORIANNA LIVINGS TON

AARON ELLZ EY BRANDON FAIRBANKS

BENMARSHALL

MORGAN POWELL SPENCER POWELL JARED ROBINSON NATHANTHOMAS ZACWHITE

LUCAS POS EY ASSIS TANT R POFESSOR ALEXIS GREGO RY

DONORS

BETH POWELL

BEL L’S BUILDING SUPP LY - S TARKVILL E, MS

JENROBE RTS

CASH &CARRY BUILDING SUPP LY -COLUMBUS, MS

GIGI AND PHILLIP BARR

DISCOUNT BUILDING SUPPLIES TARKVILL - S E, MS

KATHLYN LAKE

EAST MISSISSIPPI LUMBER -TAR S KVILL E, MS

SHAWNWHITE

FASTENAL T-AR S KVILL E, MS

DENNIS GREGO RY

HOME DEP OT - B RANDON, MS

BETSY GREGO RY

HOME DEP OT -TUPE LO, MS

SARAH GREGO RY

JOHNSONROP P ANE INC T -AR S KVILL E, MS

CONTRIBU TORS

LOWESCOLUMBUS, MS

ASSIS TANT R POFESSOR DR. KENN ETH ANTHO NY

LOWES -LOWOOD F MS

ASSOCI ATE P ROFESSOR DR. APRIL LHEISE T

LOWES -TAR S KVILL E, MS

JEFFER EY JOHNSON

LOWESTUPE - LO, MS

ASSIS TANT R POFESSOR DR.TTN BRIEY OLIVER

MARVINS COLUMBUS, MS

ASSOCI ATE P ROFESSOR JOHNROS PO

MMCMATERIALS INC COLUMBUS, MS

ASSIS TANT R POFESSOR SUZANNE POWN EY

OKTIBBEHA COUNTY CO-OP - T SARKVILL E, MS

ASSIS TANT CLINI CAL P ROFESSOR JUSTIN TAYLOR

PARKER SAND AND RAVEL G COLUMBUS, MS

SAM MCLEMORE- BOUNTIFUL RVEST HAFARMS

REEDS E MTALROOFINGTUPE - LO, MS

ANDREAPAIN S

SPECIA LTY SALES & SUPP LY -TUPE LO, MS

ORLANDO O COUNTY TRAINER-KTIBBEHA

WALMART - S TARKVILL E, MS OLD RIVER OUTDOORS TARKVILL - S E, MS

MEGGANRANKS F - MISSISSIPPI TATES UNIVERSI TY

ABILI -AR S KVILL E, MS TYWORKS T

ANIKA PERKINS -MISSISSIPPI UNIVERSI TY FOR WOMEN MATTHEW PEA -KG S LANDS CAPES, INC.

OKTIBBEHA COUNTY- STARKVILL E, MS

EXTENSION ASSOCI ATE BRIAN TEMPL ETON

SKG LANDS CAPES, INC.T-AR SKVILL E, MS

DOCTOR RICHARD HARKESS

MIKE AND SUZY MARSHALL

JARRELL ROBINSON

HEATHERWAINWRIGHT

CHRIS HOWE

MEGGANRANKS F

ETHAN NO RVELL

TORI LEE

STEPHANIE STIGLMEIER

ELIZAB ETH GOODWIN

SPENCER WASCHENB ACH

KATHRYN AND ALLAN BARR

HUNTER ST EWART

DAVID E LWIS

THE T SORY

the ga rdens aswell asntentions i for futu re building change s. The building changes set up anational educ

The School of Architecture, Department ofFood

kitchento teach the kids how to prepare thefood

Science, Nutrition and Health Promotion, Department

theygrow. This educ ational ga rden will be an

ofCurriculum,Instruction, and Special Education,

example ofcommuni a ty garden th at will hopefully

Horticultu re Club, and G raphicDesign have joined

grow through the ty ci ofStarkville.

together with the Boys and Gi rls Club of Starkvilleto design andconstru ct anEducationalGarden.

DESIGN TEAM ASHTON AIME

SAM GOODWIN

CONNER ANSL EY

JOSH UA JOHNSON

ANNA BARR

LORIANNA LIVINGS TON

AARON ELLZ EY BRANDON FAIRBANKS

BENMARSHALL LUCAS POS EY

MORGAN POWELL SPENCER POWELL JARED ROBINSON NATHANTHOMAS ZACWHITE

ASSIS TANT R POFESSOR ALEXIS GREGO RY

DONORS BEL L’S BUILDING SUPP LY - S TARKVILL E, MS CASH &CARRY BUILDING SUPP LY -COLUMBUS, MS DISCOUNT BUILDING SUPPLIES TARKVILL - S E, MS EAST MISSISSIPPI LUMBER -TAR S KVILL E, MS FASTENAL T-AR S KVILL E, MS HOME DEP OT - B RANDON, MS HOME DEP OT -TUPE LO, MS

JOHNSONROP P ANE INC T -AR S KVILL E, MS LOWESCOLUMBUS, MS LOWES -LOWOOD F MS LOWES -TAR S KVILL E, MS LOWESTUPE - LO, MS MARVINS COLUMBUS, MS MMCMATERIALS INC COLUMBUS, MS

BETH POWELL JENROBE RTS GIGI AND PHILLIP BARR KATHLYN LAKE SHAWNWHITE DENNIS GREGO RY BETSY GREGO RY SARAH GREGO RY

CONTRIBU TORS ASSIS TANT R POFESSOR DR. KENN ETH ANTHO NY ASSOCI ATE P ROFESSOR DR. APRIL LHEISE T JEFFER EY JOHNSON ASSIS TANT R POFESSOR DR.TTN BRIEY OLIVER ASSOCI ATE P ROFESSOR JOHNROS PO ASSIS TANT R POFESSOR SUZANNE POWN EY

OKTIBBEHA COUNTY CO-OP - T SARKVILL E, MS

PARKER SAND AND RAVEL G COLUMBUS, MS REEDS E MTALROOFINGTUPE - LO, MS SPECIA LTY SALES & SUPP LY -TUPE LO, MS WALMART - S TARKVILL E, MS

ASSIS TANT CLINI CAL P ROFESSOR JUSTIN TAYLOR SAM MCLEMORE- BOUNTIFUL RVEST HAFARMS ANDREAPAIN S ORLANDO O COUNTY TRAINER-KTIBBEHA

OLD RIVER OUTDOORS TARKVILL - S E, MS

MEGGANRANKS F - MISSISSIPPI TATES UNIVERSI TY

ABILI -AR S KVILL E, MS TYWORKS T

ANIKA PERKINS -MISSISSIPPI UNIVERSI TY FOR WOMEN

OKTIBBEHA COUNTY- STARKVILL E, MS SKG LANDS CAPES, INC.T-AR SKVILL E, MS

MIKE AND SUZY MARSHALL HEATHERWAINWRIGHT MEGGANRANKS F TORI LEE ELIZAB ETH GOODWIN KATHRYN AND ALLAN BARR DAVID E LWIS

MATTHEW PEA -KG S LANDS CAPES, INC. EXTENSION ASSOCI ATE BRIAN TEMPL ETON

DOCTOR RICHARD HARKESS JARRELL ROBINSON CHRIS HOWE ETHAN NO RVELL STEPHANIE STIGLMEIER SPENCER WASCHENB ACH HUNTER ST EWART

ELEVATION 2- SOUTH FACADE

ELEVATION 3- NORTH FACADE

N.T.S

THE T SORY

the ga rdens aswell asntentions i for futu re building change s. The building changes set up anational educ

The School of Architecture, Department ofFood

kitchento teach the kids how to prepare thefood

Science, Nutrition and Health Promotion, Department

theygrow. This educ ational ga rden will be an

ofCurriculum,Instruction, and Special Education,

example ofcommuni a ty garden th at will hopefully

Horticultu re Club, and G raphicDesign have joined

grow through the ty ci ofStarkville.

together with the Boys and Gi rls Club of Starkvilleto design andconstru ct anEducationalGarden.

DESIGN TEAM ASHTON AIME CONNER ANSL EY ANNA BARR AARON ELLZ EY BRANDON FAIRBANKS

SAM GOODWIN JOSH UA JOHNSON LORIANNA LIVINGS TON BENMARSHALL LUCAS POS EY

MORGAN POWELL SPENCER POWELL JARED ROBINSON NATHANTHOMAS ZACWHITE

ASSIS TANT R POFESSOR ALEXIS GREGO RY

JOHNSONROP P ANE INC T -AR S KVILL E, MS LOWESCOLUMBUS, MS LOWES -LOWOOD F MS LOWES -TAR S KVILL E, MS LOWESTUPE - LO, MS MARVINS COLUMBUS, MS MMCMATERIALS INC COLUMBUS, MS

BETH POWELL JENROBE RTS GIGI AND PHILLIP BARR KATHLYN LAKE SHAWNWHITE DENNIS GREGO RY BETSY GREGO RY SARAH GREGO RY

OKTIBBEHA COUNTY CO-OP - T SARKVILL E, MS

PARKER SAND AND RAVEL G COLUMBUS, MS REEDS E MTALROOFINGTUPE - LO, MS SPECIA LTY SALES & SUPP LY -TUPE LO, MS WALMART - S TARKVILL E, MS

ASSIS TANT CLINI CAL P ROFESSOR JUSTIN TAYLOR SAM MCLEMORE- BOUNTIFUL RVEST HAFARMS ANDREAPAIN S ORLANDO O COUNTY TRAINER-KTIBBEHA

OLD RIVER OUTDOORS TARKVILL - S E, MS

MEGGANRANKS F - MISSISSIPPI TATES UNIVERSI TY

ABILI -AR S KVILL E, MS TYWORKS T

ANIKA PERKINS -MISSISSIPPI UNIVERSI TY FOR WOMEN

OKTIBBEHA COUNTY- STARKVILL E, MS SKG LANDS CAPES, INC.T-AR SKVILL E, MS

MIKE AND SUZY MARSHALL HEATHERWAINWRIGHT MEGGANRANKS F TORI LEE ELIZAB ETH GOODWIN KATHRYN AND ALLAN BARR DAVID E LWIS

MATTHEW PEA -KG S LANDS CAPES, INC. EXTENSION ASSOCI ATE BRIAN TEMPL ETON

DOCTOR RICHARD HARKESS JARRELL ROBINSON CHRIS HOWE ETHAN NO RVELL STEPHANIE STIGLMEIER SPENCER WASCHENB ACH HUNTER ST EWART

SECTION A-B- LONGITUDINAL SECTION N.T.S

SECTION C-D- TRANSVERSE SECTION

SECTION E-F- TRANSVERSE SECTION

N.T.S

HADE O1

KEY PLAN SCALE: 1/64” = 1’-0”

CORRUGATED METAL ROOF 1x1 RAFTERS 2x4 RAFTERS

WATER COLLECTION GUTTERS 2x10 BEAMS CLIMBING PLANT LATTICE

DONOR APPRECIATION WALL

CENTER BENCHES

CLIMBING PLANT LATTICE

SUB AXIS BENCH MAIN AXIS BENCH

(2) 2x6 COLUMN WATER COLLECTION BARRELS

END BENCHES TOOL STORAGE CLIMBING PLANT BEDS

EXPLODED AXON SCALE: N.T.S.

TRASH CONTAINER

EXPLODED ISOMETRIC N.T.S

PURLINS

DECKING

SHADE

RAFTERS

STORAGE UNITS

BENCH BACK BENCH

WATER COLLECTION GUTTERS STRUCTURAL POSTS

CLIMBING PLANT LATTICE

STRIP FOOTING

DONOR APPRECIATION WALL

DOUBLE TOP PLATE

SHADE O2

STRIP FOOTING

STUDS

CENTER BENCHES SUB AXIS BENCH

POST FOOTING

BASEBOARD

MAIN AXIS BENCH

END BENCHES

C-D

E-F

4 A-B

FLOOR PLAN SCALE: 1/2” = 1’-0”

N 2

FLOOR PLAN N.T.S

4 A-B

ELEVATION 1 & 2- EAST & WEST FACADE N.T.S

ELEVATION 3- NORTH FACADE

ELEVATION 4- SOUTH FACADE

N.T.S

SECTION A-B- LONGITUDINAL SECTION N.T.S

SECTION C-D- TRANSVERSE SECTION

SECTION E-F- TRANSVERSE SECTION

N.T.S

E O2

KEY PLAN SCALE: 1/64” = 1’-0

PURLINS

DECKING

RAFTERS

STORAGE UNITS

BENCH BACK BENCH

STRUCTURAL POSTS

STRIP FOOTING

DOUBLE TOP PLATE

STRIP FOOTING

STUDS

POST FOOTING

BASEBOARD

EXPLODED ISOMETRIC N.T.S C-D

E-F

PRESENTATION PHOT0S

EDUCATIONAL GARDEN PROJECT | PROFESSOR ALEXIS GREGORY | ARC 4536-02 | FALL 2015

EDUCATIONAL GARDEN PROJECT DESIGN PORTFOLIO ARC 4536-02 FALL 2015 PROFESSOR ALEXIS GREGORY MISSISSIPPI STATE UNIVERSITY SCHOOL OF ARCHITECTURE