Landscape Architecture Portfolio 2022 by Alyssa Humarang

ALYSSA HUMARANG LANDSCAPE ARCHITECTURE PORTFOLIO 2022

Hello, I am a passionate, driven, creative, and inquisitive 4th-year landscape architect student at Penn State. Over the course of my studies I have learned and valued the ethnographic study of how people function to space and their mindset/attitude in life. I want to contribute to the creation of a world that values and celebrates human differences. While also giving the community’s unseen members a voice. I want to make a positive impact on the world, no matter how small. We all share our one and only home, the earth, and it is our responsibility to preserve its beauty. We are, after all, creating for future generations to enjoy. In my spare time, I enjoy reading outside and am now working on improving my Spanish skills.

MY WEBSITE

INSTAGRAM

ALYSSA HUMARANG LANDSCAPE DESIGNER STATE COLLEGE, PENNSYLVANIA

akhumarang@gmail.com 814.232.6124 https://www.linkedin.com/in/alyssa-humarang/

· EDUCATION

Penn State University, State College, PA Major: Landscape Architecture Anticipated graduation l August 13, 2022

Akademie für Internationale Bildung Bonn, Germany: Semester Abroad 2021

· EXPERIENCE

Columbus Chapel & Boal Mansion Museum landscape architect intern May 2021 - August 2021

Designed build internship worked on softscape and hardscape projects such as Woodland Trail Garden, living roof garden, completion of Shakespeare Garden, reflection garden (inspired by Asian planting), garden maintenance, masonry, and 3D model of a green house

CoLab Studio (Academic) Current - May 2022

Working with a multidisciplinary group of students on the planning and design of a new, standalone, 40,000 SF Cancer Center, which will be integrated with Penn State Health’s Hamden Medical Center Campus programming to establish a 20-acre campus complex.

· AWARDS

The Brian Orland Award of Excellence in Geospatial Analysis and Design 2019-2020

· PROFICIENCIES ADOBE

Photoshop, Illustrator, InDesign, Premiere Pro, & After Effects

CAD

AutoCAD, Sketchup, Lumion

MICROSOFT OFFICE

Powerpoint, Word, Teams, & Excel

FABRICATION

Laser cutting & physical model

WORKING KNOWLEDGE ON: ArcMap, Rhino, Revit, & TwinMotion

· INVOLVEMENT & LEADERSHIP Bonn Climathon

Participted on a three-day public event aimed at making Bonn more sustainable and environmentally friendly. Worked in groups to come up with a solution for reducing CO2 emissions from delivery vehicles.

Speaker Introduction for Laurie Olin

Introduced Laurie Olin for the Bracken Lecture at The Pennsylvania State University

Centre Furnace Mansion Volunteer

Helped clean up & restore the Centre Furnace Mansion, a historic site, in State College through United Way of Caring

Department of Landscape Architecture in The Stuckeman School

Class of 2022 Class Representative

3rd Year Department Excellence Award 2020-2021

Monthly meeting with the Department Head and provid issues or ideas to improve student life

Department of Landscape Architecture in The Stuckeman School

William and Dorothy Mullin Scholarship

· SUMMARY OF QUALIFICATIONS

Grading Environmental System Analysis Planting Softscape & Hardscape Construction Stormwater Design Gentrification Study Construction Documents

2019 - Current

Secretary in Student for Environmentally Enlightened Design 2020 - 2021

To plan seminars and reach out to firms for guest speakers

BLÜTENPARK 06 FLORA GARDEN 12 CEHER PLAZA 22 CRANWAY 26 DESIGN IMPLEMENTATION 30 INTERNSHIP 34 ART 36

CONTENTS

ARNITY PARK 16

BLÜTENPARK

SUSTAINABLE URBAN DESIGN

Programs Used: AutoCad, Photoshop, Illustrator, Excel, & Lumion 12 Location: Poppelsdorfer Platz South-West, Bonn, Germany

Throughout the year, Clemens-Augst-Platz receives a lot of rain. The lack of a permeable surface in the area resulted in flooding. With climate change, heated surface temperatures are on the rise, prompting residents to request a cooler space to spend time with their families and friends. A roots system of Populus x hispanica has emerged, posing a safety danger to the area. My approach involved following the existing contour line and installing bioretention to assist collect rainfall. I wanted to maintain the existing tree but didn’t want the roots to emerge in the following few years, so I added silva cells. A plethora of native plants were used to create a whimsical environment for the community to enjoy while also increasing the area’s and buildings’ cool air temperature.

FALL 2021

SURFACE ANALYSIS: Analysis shows how our site is dominated by infrastructure with the lack of green space.

KEY SITE BOUNDARY STORMWATER RUNOFF

HIGH SURFACE TEMPERATURE POPULUS X HISPANICA

DESIGN CONCEPTS

STORMWATER

HEAT & DRYNESS

Stormwater Calculations Assessment Period (5 minutes, 30 year) Rainfall

Total Area Volume

Stormwater Calculations

LEISURE

Assessment Period (5 minutes, 30 year) Rainfall

Total Area Volume D

Stormwater Calculations Assessment Period (5 minutes, 30 year) Rainfall

Total Area Volume D

433

Total Area Volume

104.18

Assessment Period (10 minutes, 30 year) Rainfall

Total Area

315 5511

5511

Volume

104.18

315 5511

Volume D

Assessment Period (15 minutes, 30 year)

41.65 m³ Rainfall

Total Area

257

33.71 m³

104.18 5

315

41.65 m³

5511 104.18 10

Assessment Period (15 minutes, 30 year)

41.65 m³ Rainfall Total Area

104.18

40.33 m³

Assessment Period (10 minutes, 30 year)

40.33 m³ Rainfall Total Area

Assessment Period (10 minutes, 30 year)

40.33 m³ Rainfall

5511

433

433 5511

257 5511 104.18 15

33.71 m³

A B

G H

KEY A.

BIORETENTION

B. C.

CONCRETE STEPS PLAYGROUND

E. BIORETENTION F. CURRYWURST RESTURANT

TINTED ROOF

SUN ANALYSIS: Sun and shade at noon

TREED PLAZA

H. POPULUS X HISPANICA I. GRANITE PAVERS

PEDESTRIAN

BIKE LANE

STORMWATER: 33.71 M3 in 15 minutes of rainfall in 30 years

TINTED GLASS ROOF

CONCRETE STEPS BIORETENTION

DECOMPOSED GRANITE PAVERS

SITE FUNCTIONS Plantings

Activities 2" PERENIALS

BIORETENTION

COLORED PANNELS

552" Proposed Root Barrier 4"

1" PLAYGROUND HONEYCOMB READING STEPS

1615 16"

3 1315 16" 1316" 4" CURRYWURST

1" 3516

FLORA GARDEN POLLINATOR DESIGN

Programs Used: AutoCad, Photoshop, & Excel Location: West Campus Commons, State College, Pennsylvania

There is a disconnection between West Campus Commons to the main part of campus due to the distance of classes and how hidden West Commons is. The West Commons provides a feeling of formailty in the area due to the building forms and geometric planting. The people who occupy the site are students, professors, and, researchers. The goal is to create a special space for its user to enjoy during lunch breaks, in between classes, or to unwind. Specific native perennials with colors of yellow, orange, and purple are used to attract pollinators to create a more enchanting feeling to a hidden part of campus.

12 FALL 2020

HERBACEOUS PERENNIALS AT AS E EP PD PA RH S SE TC

PLANT LIST HERBACEOUS PERENNIALS

SHRUBS GRASSES TREE

MODEL

Key

Scientific Name

Common Name

AT AS E EP PD PA RH S SE TC

Quantity 225 116 124 24 277 157 88 297 34 39

Asclepias tuberosa Aurinia saxatilis Echinacea ' Sombrero lemon yellow' Eutrochium purpureum Penstemon digitalis Perovskia atriplicifolia Rudbekia hirta 'Cherokee sunset' Sedum 'Lemonjade' Symphyotrichum ericoides 'Snow flurry' Tiarella cordifolia

Butterfly-weed Basket-of-gold Sombrero lemon yellow coneflower Joe pye weed Beard-tongue Russian sage Cherokee sunset black-eyed Susan Lemonjade autumn Joy stonecrop sedum Snow flurry heath aster Foam flower

FM SJ

13 39

Fothergilla major Spiraea japonica 'Firelight'

Mountain witch Alder Firelight Japanese spirea

MS SH

39 120

Miscanthus sinensis Sporobolus heterolepis

Japanese silver grass Prairie dropseed

Crataegus viridis ' Winter king'

Winter king green hawthorn

Size

3' hgt. 2' hgt.

1 1/2" cal.

Conditions Remarks

Key SHRUBS HERBACEOUS PERENNIALS FM

Flat #1 #SP4 Flat #SP4 #1 #3 #SP4 #3 #3

#50, 1.5' O.C. 1.5' O.C. 1.5' O.C #32, 2.5' O.C. 1' O.C. 2' O.C. 1.5' O.C. 20" O.C. 2' O.C. 2' O.C.

#5 #3

5' O.C. 3' O.C.

SHRUBS

#2 #3

3' O.C. 1.5' O.C.

GRASSES

B&B

GRASSES TREE

TREE

225 116 124 24 277 157 88 297 34 39 Quantity

Flat #1 #SP4 Flat #SP4 #1 #3 #SP4 #3 #3

#50, 1.5' O.C. 1.5' O.C. 1.5' O.C #32, 2.5' O.C. 1' O.C. 2' O.C. 1.5' O.C. 20" O.C. 2' O.C. 2' O.C.

Scientific Name

Common Name

Size

Conditions Remarks

Fothergilla major Spiraea japonica 'Firelight' Asclepias tuberosa Aurinia saxatilis Echinacea ' sinensis Sombrero lemon yellow' Miscanthus Eutrochiumheterolepis purpureum Sporobolus Penstemon digitalis Perovskia atriplicifolia Crataegus viridis ' Winter king' Rudbekia hirta 'Cherokee sunset' Sedum 'Lemonjade' Symphyotrichum ericoides 'Snow flurry' Tiarella cordifolia

Mountain witch Alder Butterfly-weed Firelight Japanese spirea Basket-of-gold Sombrerosilver lemon yellow coneflower Japanese grass Joe pyedropseed weed Prairie Beard-tongue Russianking sagegreen hawthorn Winter Cherokee sunset black-eyed Susan Lemonjade autumn Joy stonecrop sedum Snow flurry heath aster Foam flower

3' hgt. 2' hgt.

#5 Flat #3 #1 #SP4 #2 Flat #3 #SP4 B#1& B #3 #SP4 #3 #3

5' O.C. #50, 3' O.C.1.5' O.C. 1.5' O.C. 1.5' O.C 3' O.C. #32,O.C. 2.5' O.C. 1.5' 1' O.C. 2' O.C. 1.5' O.C. 20" O.C. 2' O.C. 2' O.C.

13 39

Fothergilla major Spiraea japonica 'Firelight'

Mountain witch Alder Firelight Japanese spirea

3' hgt. 2' hgt.

#5 #3

5' O.C. 3' O.C.

MS SH

39 120

Miscanthus sinensis Sporobolus heterolepis

Japanese silver grass Prairie dropseed

#2 #3

3' O.C. 1.5' O.C.

AT SJ AS E MS EP SH PD PA CV RH S SE TC

13 225 39 116 124 39 24 120 277 157 5 88 297 34 39

FM SJ

Crataegus viridis ' Winter king'

1 1/2" cal.

PROCESS WORK Winter king green hawthorn

1 1/2" cal.

B&B

BLOOM CHART

West Campus Commons Landscape Development

COST ESTIMATION

Mixed Bed Cost Estimate - Soft Landscape Planting

Plant Form / Item Trees Vitex agnus-castus

Size

Cond.

11/16" cal.

B&B

Quant. 5

Unit Price $70.95

Unit

Multiplier

Installed Unit Price

ea.

2.2

$156.09

Subtotal Shrubs Fothergilla major Spiraea japonica 'Firelight'

3' hgt. 2' hgt.

#5 pot #3 pot

13 39

$161.00 $14.00

ea. ea.

2.2 2.2

Total $780.45

$780.45 $354.20 $30.80

Subtotal

$4,604.60 $1,201.20 $5,805.80

Herbaceous Perennials & Groundcovers Asclepias tuberosa Aurinia saxatilis Echinacea ' Sombrero lemon yellow' Eutrochium purpureum

Flat #1 #SP4 Flat

225 116 124 24

$5.99 $12.95 $15.95 $8.00

ea. ea. ea. ea.

2.5 2.5 2.5 2.2

$14.98 $32.38 $39.88 $17.60

$3,369.38 $3,755.50 $4,944.50 $422.40

Penstemon digitalis Perovskia atriplicifolia

#SP4 #1

277 157

$5.99 $10.00

ea. ea.

2.5 2.5

$14.98 $25.00

$4,148.08 $3,925.00

Rudbekia hirta 'Cherokee sunset' Sedum 'Lemonjade'

#3 #SP4

$7.00

ea.

2.5

$17.50

$1,540.00

297

$16.00

ea.

2.5

$40.00

$11,880.00

2.5

$17.50

$595.00

$10.00

$390.00 $34,969.85

Symphyotrichum ericoides 'Snow flurry'

$7.00

ea.

Tiarella cordifolia

$4.00

ea.

2.5 Subtotal Total

$41,556.10

Contingency @ 10%

$4,155.61

Profit & Overhead @ 20%

$9,142.34

Estimated Total Project Cost

$54,854.05

ARNITY PARK

BROWNFIELD REVITALIZATION

Programs Used: AutoCad, Photoshop, Illustrator, & Rhino Location: Philadelphia, Pennsylvania

Bartram’s North is located beside Bartram’s Garden and Schuylkill River. Currently an industrial brownfield, Bartram’s North history not only polluted the river but left trash and graffiti everywhere. Which made people feel unsafe walking in area. With the revitalization of the site, it shall be a connector to Grays Ferry Cresent Trail Park and provide a safer and faster travel for residents between neighborhoods. With multiple amenities, residents can enjoy the boardwalk near the meadow, go to the observation deck, relax in the lawn after classes and visit the The Pop to view the murals of local artist and play games.

FALL 2019 l PHASE 1

SITE ANALYSIS

CONCEPT

OBSERVATION DECK

WALKWAY WITHIN THE RIVER

LAND USE

Analysis shows how our site is dominated by infrastructure with the lack of green space.

KEY:

Where the tides will be by 100 to 500 years.

KEY: ABANDONED INDUSTRIAL UNIVERSITY

HYDROLOGY

PUBLIC SCHOOL CHURCHES

COMMERCIAL AREAS HEALTHCARE & REHABITATION

HIGH TIDE LOW TIDE

500 YEAR TIDAL PLAIN 100 YEAR TIDAL PLAIN

KEY A. B. C.

PERMEABLE PARKING THE CEHER PLAZA

PIDC BUILDING D. LAWN E. THE POP F. VIEWING DECK G. BOAT HOUSE H. MEADOW I. THE ROUNDABOUT

J. K. L. M.

WET MEADOW STAIRS MOUND HEDGEROW

B C

L L

E V2

SCHUYKILL RIVER

DESIGN STUDY TOOL: For spatial feeling & circulation

SECTION Obsevation deck Mound

Pathway

Meadow

Boardwalk HighTide

C Bike Lane

Low Tide C’

THE CEHER PLAZA PLACEMAKING

Programs Used: AutoCad, Photoshop, & Illustrator Location: Philadelphia, Pennsylvania

The Ceher (Community & togetherness combined) Plaza is nestled in the center of PIDC campus. It is to provide students an intimate area to hang out before classes and for residents to visit after their walk. The series of pathways from Arnity park provides the user the opportunity to discover this hidden green space to escape the busy city. Where time stood still

Study Area STUDY AREA

and allow you to enjoy the moment.

Decomposed Granite

FALL 2019 l PHASE 2

DECOMPOSED GRANITE

ART INSTALLMENT

ROAD

LOCATION: Arnity Park

PROCESS

A GETAWAY FROM THE BUSY LIFE OF PHILADELPHIAIA

COBBLESTONE

LIGHTING

SITTING ROAD

CONCRETE PAVERS

DECOMPOSED GRANITE

THE CENTRAL PLACE OF ARNITY PARK WHERE PEOPLE CAN BE ONE PLAZA COBBLESTONE

SITTING ROAD

LIGHTING

SITTING

The Ceher Plaza Plan: A mini plaza where students can hangout on while waiting for classes to start.

ENTRANCE

A A

B QUAKING ASPEN

E HONEY LOCUST

KEY

A. TEMPORARY ART INSTALLMENT

ENTRANCE

B. PEDESTRIAN C. BIKE PARK D. BUS STOP E. SITTING

THE CRANWAY

COMMUNITY STRATEGIC URBAN PLANNING Programs Used: AutoCad, Photoshop, Illustrator, & Sketchup Location: Cranberry Township, Pennsylvania

Cranberry township has been a car dominated community since 1936. This allowed the township population to grow and opened a lot of job opportunities since it’s only 22 miles away from Pittsburgh. However, the two major highway located in the site prevents a safer and pedestrian friendly passage for its residents to reach Cranberry’s central core. The core lacks a lot of green spaces and contains big box and chain stores. The goal is to create a place that allows unexpected interactions with the community and to cultivate the creativity and curiosity of adolesence.

26 FALL 2020

Pavement

Existing framework

Existing Land use

Proposed Land use

Retail Mixed Used Office

The re-envisioned Cranberry Mall: A greener downtown that provides a pedestrian bridge to gain a safer passage to the site.

PARKING RETAIL RETAIL

HOTEL

RETAIL RETAIL

RETAIL PARKING

RETAILS

CINEMA

RETAIL

BRIDGE LIBRARY GREEN SPACE

RETAILS

RETAIL

RESTURANT

& BEER GARDEN

OFFICE

Civic space

Playground

RETAIL

PLAZA

Library

RETAIL

CAFE

ALDI

RESTURANT

CAFE

RESTURANT

Outdoor mall

Parking

Mall

Cinema Park

The pedestrian bridge of Cranway: It allows people to have an easier and safer way to connect the upper town to downtown.

Class Code 118 File Name 118_Final Project Date 5/02/2021 LEGEND EXISTING MNR 1 EXISTING MJR 5

DESIGN IMPLEMENTATION STORMWATER & GRADING LPS 1105.65

RDI 1106.20

Programs Used: AutoCad Location: Penn State University * CC 1106.70

TC 1107.72 BC 1107.22

1105

LP 1108.77

0 11

HP 1108.15

LP 1107.15 LP 1107.15 RDI 1107.40

CC 1107.90

CC 1107.22

1102

BUILDING 118_Final Project

1106

5.0%

1107

TR 1109.74

CC 1108.78

LP 1107.78

TC 1107.77 DI/BC 1107.27

CC 1107.22

LP 1107.10

CC 1109.31

09 11

RDI 1108.28

HP 1108.78

1108

LP 1108.31

TC 1109.10 BC 1108.60 BR 1109.65

TC 1107.09 BC 1108.59 HP 1108.10

1109

TC 1108.86 BC 1108.36 TC 1108.43 BC 1108.43

9.31

TC 1107.00 BC 1108.50

1103

TC 1108.20 BC 1107.70 2.0

TC 1108.83 BC 1108.33

4 10

TC 1108.07 BC 1107.57

2.0

TC 1108.42 BC 1107.92

TC 1108.74 BC 1108.14

Class Code BIORETENTION 118RETAINING WALL VEG FileEXISTING Name FENCE

DI 1107.71

LP 1107.27

LPS 1105.65

1106

1107

LP 1106.52 CC 1107.69

HP 1107.52

LP 1106.52

TC 1107.96 BC 1107.46

STAIRS

2.0

1105

HP 1108.10

LP 1107.78 08 TC 1109.16 11 BC 1108.66

HP 1108.78

LP 1107.10

TC 1108.62 BC 1107.12

TC 1108.40 BC 1107.90 TC 1108.35 TC 1109.06 BC 1107.85 BC 1108.56

1108

TC 1108.63 BC 1107.13

BR 1109.84

TR 1109.78

TC 1110.29 BC 1109.79

This project’s purpose is to accommodate a sustainability

2.0

TC 1109.17 BC 1108.67

TC 1109.09 BC 1108.59

1104

TC 1108.43 BC 1107.93

TC 1109.50 BC 1108.98

BC 1109.63 TC 1109.13

conceptual center at Penn State University. To minimize BR 1108.88 BR1108.75 TC 1108.20 BC 1107.70

TR 1108.80 LP 1108.08

.50 01 .50

5 0 11

Top of Stairs Bottom of Stairs

TR/BR

Top of Ramp Bottom of Ramp

.50

.50 11

5 Risers @ 5" Typ. 6Thread @ 12" Typ.

11 11 00 .5

10.6 .54

.54

2.5

06.48

07.48

BS 11 07 BS 11 07

RDI 1107.98

06.48

Stormwater & Grading

.50

HP 11

.50

NORTH

01 .50

01 11

1108

LP 11

1095

01 11 01 .50

10 11

5 9.2 10 HP 1

1107

Top of Wall Bottom of Wall

TS/BS

TOP FFE 1111.50 BOTTOM FFE 1101.50

30 SPRING 2021 07.48

1106

LP 11 08 .1

.25 09 11 HP

TS 08

HP 11

TW/BW

Project Title

1101

TC 1109.14 BC 1109.64

1107

1108

1109

.50

01 11

1102

0 11

.50 01 11

1 08101.5 11

1102

TC 1109.81 BC 1109.31

TR 1109.78

LP 11

1103

BR 1109.66

2.0

MAX

LPS 1099.00

1109 .35

HPS 1109.20 9 .6 09 .19 11 09 1 TC C 1 0 B .2 09 11 BR

TR 1109.28

.15

RD 11 I 08 .48

LP 11 08

8 RD 11 I 08 .4

.98

9 10

1104

.50

.90

TR TR 1108.94 1109.42

1108.85

CC 1108.93

RDI 1108.43

18.0%

11 10 .90

1105

1108.80 LP 1108.08 02 11

TR 1109.78

BR 1109.17 TC 1109.72 BC 1109.22

LP 1108.08

8 .3 10 8 11 09.8 TC 11 BC

TC 1109.60 BC 1109.10

BR 1109.034

BUILDING

Exercise STAIRS Final Drain Inlet Scale RAMP RAISED DRAIN 1" *= 30'INLET TRENCH DRAIN Sheet Number CURB CUT 1/1

.54

BC 1109.63 TC 1109.13

HP 1109.50

BR 1108.88 BR1108.75 TC 1108.20 BC 1107.70 04

5.0%

10.6 BS 11 07 BS BR 1109.84 11 07 .54 TC 1110.29 BC 1109.79

TC 1109.50 BC 1108.98

1106

10 .5 0.0 0 0

1107

2.0

HP 1108.10 LP 1107.78 HP 1108.78 LP 1107.10 08 TC 1108.62 TC 1109.16 TC 1108.40 11 RDI 1108 BC 1107.12 BC 1108.66 BC 1107.90 1107.98 TC 1108.63 TC 1108.35 TC 1109.06 BC 1107.13 BC 1107.85 BC 1108.56 TC 1109.17 TC 1109.09 LP 11 2 06.48 BC 1108.59 5.0% BC 1108.67 MA X 09 TC 1108.43 HP 11 11 07.48 BC 1107.93

7.0

TR 1109.74

BR 1109.65

2.5

06.48

07.48

5 RisersTC @1109.10 5" Typ. 6ThreadBC@1108.60 12" Typ.

CC 1108.78

LP 11

% 2.0HP 11

1107

.50

1108

1105

10.2

RDI 1108.28

LP 1107.78

CC 1107.22

TC 1107.77 DI/BC 1107.27

CC 1107.22

EXISTING VEG FENCE

.50

CC 1109.31

CC 1107.90

TC 1108.20 BC 1107.70

TC 1107.09 BC 1108.59 TS 11 08 HP .9 1108.78

LP 1107.10

BIORETENTION

RETAINING Stormwater &WALL Grading

LP 1108.31

HP 1108.10

HP 1108.15

BC 1108.33

.50

LP 1107.15 LP 1107.15 RDI 1107.40

2.0 TS % 11 08

TC 1107.00 BC 1108.50

TC 1108.86 BC 1108.36 TC 1108.43 BC 1108.43

8 10

1095

11 00 .5

.25 09 11

.15

TR 1109.78 TC 1109.14 BC 1109.64 TC 1108.83

HP 1109.31

1105 1111.50 TOP FFE BOTTOM FFE 1101.50

TC 1108.07 BC 1107.57

BR 1109.66

2.0

1108.81

HP 1108.15

LP 11 08

TC 1108.74 BC 1108.14

1106

09 11

RD 11 I 08 .48

.25

RD 11 I 08 .48 LP 11 08 .15

8 8.9

TC 1108.42 BC 1107.92

PROPOSE MINOR CONTOUR PROPOSE MAJOR CONTOUR ADA PARKING

.50

.35

1109

1107

Top of Ramp Bottom of Ramp

WORK BOUNDARY

08.27 CC

07.77

EXISTING MJR 5 CURB CUT Top of Wall BUILDING Bottom of Wall Top of Stairs ROAD TR/BR Bottom of Stairs PROPERTY LINE

Project Title PARKING

1101

6 9.3 10 HP 1106.65 HP 1106.65 1 HPS 1109.20 TR HP 1107.52 .69 09 .19 LPS 1105.65 11 09 LPS 1105.65 1 LP 1106.52 C T C1 0 B .2 LP 1106.52 09 RDI 1106.20 11 BR DI 1107.71 CC CC 1106.70 TC 1107.72 1107.69 BC 1107.22

HP 1107.52

LP 1108.77

TS/BS

1108.85

CC 1108.93

LP 1107.27

TW/BW

1102

TC 1109.81 BC 1109.31

TR 1109.28

TRENCH DRAIN EXISTING MNR 1

1103

BR 1109.17 TC 1109.72 BC 1109.22

TR TR 1108.94 1109.42

RAISED DRAIN *LEGENDINLET

.50

RDI 1108.43

TC 1107.96 BC 1107.46 09 11

MAX

Date Drain Inlet RAMP 5/02/2021

1103

stormwater, bioretention and swales are used in this project.

LP 1108.08

18.0%

TC 1109.60 BC 1109.10

BR 1109.034

HP 1109.50

8 .3 10 8 11 09.8 TC 11 BC

WORK BOUNDARY PARKING PROPOSE MINOR CONTOUR PROPOSE MAJOR CONTOUR ADA PARKING

HP 1106.65

HP 1107.52

BUILDING ROAD PROPERTY LINE

.0%

.50

Exercise Final Scale

1104

HP 1107.52

1109

1110

1106

TC 1109.80 BC 1109.30

CC 1107.22

1108

111

05 11

6 110

1108

1107

110

.50 01 11 .90

.50

.50 01 01

.50

HP .25 09

TR 1109.78

2.5

.50

5 Risers @ 5" Typ. 6Thread @ 12" Typ.

8 10

2.0

.50

TC 1109.14 BC 1109.64

.20

5.50

BR 1109.66

.98

TOP FFE 1111.50 BOTTOM FFE 1101.50

109

LP 11 08 .1

TC 110.2 1 BC

RD 11 I 08 .48

10.6

1107

1111

5% 2.

07.4

1107

.0%

HP 11

.50

07.4

06.4

1106

1105

1104 03

1108

LPS 1099.00

1110

.54

06.4

LP 11

.54

BS 11 07

RDI 1107.98

LP 11

HP 11

BS 11 07

8.50

110

1101

6 .7 09 11 .70 9 10 1 I

3 110

06 11

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119

119 3

DESIGN IMPLEMENTATION PLANTING DESIGN

1193

Programs Used: AutoCad Location: Penn State University

3. Adaptive Management: All Meadows, Years 1 to 3 Extended Warrant

1. Soil Preparation 1.1. All meadows

3.1.1.

1.2. Site preparation: Below-ground Utilities

3.1.2. During the full Extended Warranty and Management Perio plug, weed infestation, insect and rodent damage, and soil co

1.2.1.

Three days before the excavation, contractor must contact PA One Call (dial 811).

1.2.2.

At least 15 days in advance, contractor is required to contact Penn State OPP for below-ground utility locations.

1.2.3.

The contractor shall ensure that all existing utilities within the project site follows the Pennsylvania Underground Utility Line Protection Act.

1.3. Site Preparation: Soil Test 1.3.1.

The contractor needs to obtain soil test before seeding and will send the project landscape architect the lab results with three days of receiving.

1.4. Site Preparation: Minimizing Impact of heavy equipment

North

Scale: 1" = 20'

1.4.1.

To minimize soil compaction and pulverization, all wheeled equipment accessing the site must have low tire or tract pressure.

1.4.2.

The contractor is required to maintain an 8-12 lbs./square inch (psi) tire pressure to all on-site vehicles.

1.5. Site Preparation: Tree Protection 1.5.1.

Tree protection on the Earth and Engineering Sciences Building shall remain in place until the meadow implementation is complete.

1.5.2. No vehicles, materials, fuels, or chemicals will be stored on the Earth and Engineering Sciences Building. Those things shall be stored in specified area away from planting procedure on site. 1.6. Site Preparation: Turf Removal

Selected Contractor notes

1.6.1.

Sod Stripper (or approved equal) shall be used for turf removal.

1.7. Soil: Organic Amendment 1.7.1.

The contractor needs to incorporate a leaf litter of 10"-12" of depth to accomplish a healthy soil 'peds'.

1.7.2.

The contractor will not use peat or sphagnum moss.

1.7.3.

Use locally or regionally organic produced, more sustainable for soil amendment.

1.7.4. Go to Organic Materials Processing and Education Center (OMPEC) or State College Borough compositing facility to use preapproved 'brown' compost. 1.7.5.

To discourage weed infestation, compost will need to have low Nitrogen and high Carbon.

1.8. Soils: Tillage and Seeding Operation: 1. Soil Preparation 1.1. All meadows 1.2. Site preparation: Below-ground Utilities 1.2.1.

Three days before the excavation, contractor must contact PA One Call (dial 811).

1.2.2.

At least 15 days in advance, contractor is required to contact Penn State OPP for below-ground utility locations.

1.2.3.

The contractor shall ensure that all existing utilities within the project site follows the Pennsylvania Underground Utility Line Protection Act.

1.3. Site Preparation: Soil Test 1.3.1.

The contractor needs to obtain soil test before seeding and will send the project landscape architect the lab results with three days of receiving.

1.4. Site Preparation: Minimizing Impact of heavy equipment 1.4.1.

To minimize soil compaction and pulverization, all wheeled equipment accessing the site must have low tire or tract pressure.

1.4.2.

The contractor is required to maintain an 8-12 lbs./square inch (psi) tire pressure to all on-site vehicles.

1.5. Site Preparation: Tree Protection 1.5.1.

Tree protection on the Earth and Engineering Sciences Building shall remain in place until the meadow implementation is complete.

Sod Stripper (or approved equal) shall be used for turf removal.

1.7. Soil: Organic Amendment 1.7.1.

The contractor needs to incorporate a leaf litter of 10"-12" of depth to accomplish a healthy soil 'peds'.

1.7.2.

The contractor will not use peat or sphagnum moss.

1.7.3.

Use locally or regionally organic produced, more sustainable for soil amendment.

1.7.4. Go to Organic Materials Processing and Education Center (OMPEC) or State College Borough compositing facility to use preapproved 'brown' compost. 1.7.5.

To discourage weed infestation, compost will need to have low Nitrogen and high Carbon.

1.8. Soils: Tillage and Seeding Operation: 1.8.1.

Remove the existing turf and weeds on the site.

1.8.2. Apply two layers of organics mid-to-late fall. Uniformly apply 2" depth of locally-obtained organic compost in areas needed to be seeded. Then apply 6" depth of freshly fallen leaf litter (settled mixed oak/hardwood leaves) on top of the same area. 1.8.3. To break up hardpans and blocky soil, apply two passes of chisel plow of 18" depth to loosen soil. Ensure that that soils are moderately moist-- not muddy or dry before plowing. This will begin to incorporate the organics added.

1.8.1.

Remove 3. theAdaptive existing Management: turf and weedsAllonMeadows, the site. Years 1 to 3 Extended Warranty and Management Period 1.8.2. Apply two layers of organics mid-to-late fall.types Uniformly apply 2" depth of locally-obtained compostperiod. in areasSee needed to be seeded. Thendetail. 3.1.1. For all three meadow requires a 3-year Extended Warranty andorganic Management specification for further apply 6" depth of freshly fallen leaf litter (settled mixed oak/hardwood leaves) on top of the same area. 3.1.2. During the full Extended Warranty and Management Period, the contractor must monitor the site for healthy Growth, full diversity of seeds and 1.8.3. To break up hardpans blocky soil, apply two and passes of chisel plowand of 18" to loosen soil. Ensure that that soils are moderately moist-- not plug,and weed infestation, insect rodent damage, soildepth conditions. muddy or dry before plowing. This will begin to incorporate the organics added. 3.1.3. Year 1, the contractor is required to inspect the meadow every 7 calendar days. Then within three working days after the inspection, submit a field 1.8.4. One pass of offsitereport disc ofto8"-10" depth landscape to complete organic mixing on top of soils. the project architect. 1.8.5. Spread fertilizer first before offsetafter discing if soil call for fertilizers Mesic and Rain Meadows only.need Prairie meadows notthat erosion did not 3.1.4. Submitfollowing a report the 24 hours a 1/2" orlabs greater rainfall to thefor landscape architect. Contractor to inspect andshall ensure be fertilized. occur. If erosion occurred, you must create an erosion control feature. 1.8.6. 1.8.7. 1.8.8.

One pass of Roto-till depth createthe fine texturedmonthly and leveled seedbed. 3.1.5. after Yeardisc 2-3,harrowing Contractorofis3"-4" required to to inspect meadows during April to Late October. Within 3 days after inspection, you are required to Apply Seed

send a report to the project landscape architect.

3.2. after Irrigation/Watering Immediately seeding, one pass of culti-packer or Roll to allow good seed-soil contact.

3.2.1. During the sprouting stage, irrigate and monitor the soil to keep soil damp moderately to just below the rooting zone. 2. Seed and Plug Arrivals and Installation 2.1. Seed Preparation

3.2.2.

The contractor must monitor the soil moisture, twice a week, using the soil moisture meter.

3.2.3. During when all of the seeds have sprouted rainfall have not been adequate, plants need to be watered twice weekly. Allow the soils 2.1.1. Prior to shipping, ensure thatYear seed1,supplier break dormancy through seedand pre-treatment. to be dry completely before watering again. 2.1.2. The contractor shall show their supplier seed voucher to the project landscape architect. 3.2.4. The contractor shall have the project landscape architect present during the three watering. 2.2. Installing the Seed: General Site Conditions and Timing 3.2.5. For any required watering during sunny days, the watering should be done between 6 am to 10 am. During overcast, anytime throughout daylight 2.2.1. Do not seed in wet-saturated or dry soils. Only seed on soils that are moderately moist and a well-prepared seedbed. hours is acceptable. 2.2.2. WSGs and Forbs seeds shall be seeded mid-May to early June, when topsoil temperature is above 60°F. 3.2.6. To prevent runoff and removing the planted seeds, the contractor must water seeded areas at a controlled rate that are less than the rate the soil 2.2.3. CSGs and forbs shall beabsorb. seeded mid-March to late April when no frost and snow in ground. Soil temperature need to reach 40-50 F before seeding. can Alternatively seeding can be planted early Sept to early Oct. 3.2.7. During year 2-3, Only through severe drought shall the contractor be required to irrigate. In extreme cases, irrigate to below the root zone once a 2.2.4. Do not seed or plugweek. during draught season or mid-June to late August. 2.3. Installing the Seed: Warm and Forbs 3.2.8.Season BothGrasses the contractor and the project landscape architect are monitoring the weather during the second and third year particular during June and If plants began wilt,tothe contractor must irrigate. 2.3.1. Truax grass drill orAugust. approved equal shall betoused distribute WSG seeds. 2.3.2. 2.3.3.

3.2.9. Be wary of the required excess watering during Yearseeder 2-3, itsince can be more harmfulculti-packer. to the targeted species and benefit weeds. Separate culti-packer or roller is not when using Truax it has a built-in 3.2.10. Bareinpatches that arethen larger than 6 sq. feet must be reseeded. See first specification detail. of the seed mix. Seed half of the seed mix one direction make a second pass perpendicular to the directionfor forfurther the remainder

3.2.11. If there 2.4. Installing the Seed: Cool Season Grassare andsmall Forb patch that is 2'-3' big, the patch shall be reseeded at the original rate. Theequipment contractor(e.g., mustbroadcast hand broadcast and manualequal) tools when 2.4.1. CSG requires 3.2.12. a different spreader oruse approved for itsreseeding larger andspots. heavier seeds. 2.4.3.

3.3. Adaptive Management: Prairie Meadow, Yearseed 1 mix and repeat process perpendicular to the first. In two passes, use a broadcast spreader to seed half of the 3.3.1.to be Useseeded a high separately rotary mower 6" ofdepending height to the thatused. reaches 1 foot and cut weeds that are settling in the seedbed. Forb mix will need withand twocut passes on vegetation the machinery

2.4.4.

The contractor the cutting 2-3 times during growing season to prevent the weeds to emerge and settle seed. CSG will need3.3.2. good contact to mineralshall soilsrepeat that requires incorporation on topthe by 1/8" to 1/4" of seedbed.

2.4.2.

For all three meadow types requires a 3-year Extended W

3.1.3. Year 1, the contractor is required to inspect the meadow report to the project landscape architect.

3.1.4. Submit a report 24 hours after a 1/2" or greater rainfall to occur. If erosion occurred, you must create an erosion contro

3.1.5. Year 2-3, Contractor is required to inspect the meadows m send a report to the project landscape architect. 3.2. Irrigation/Watering 3.2.1.

During the sprouting stage, irrigate and monitor the soil to

3.2.2.

The contractor must monitor the soil moisture, twice a we

3.2.3. During Year 1, when all of the seeds have sprouted and ra to be dry completely before watering again. 3.2.4.

The contractor shall have the project landscape architect

3.2.5. For any required watering during sunny days, the waterin hours is acceptable.

3.2.6. To prevent runoff and removing the planted seeds, the co can absorb.

3.2.7. During year 2-3, Only through severe drought shall the co week.

3.2.8. Both the contractor and the project landscape architect a August. If plants began to wilt, the contractor must irrigate. 3.2.9.

Be wary of the excess watering during Year 2-3, it can be m

3.2.10. Bare patches that are larger than 6 sq. feet must be resee 3.2.11. If there are small patch that is 2'-3' big, the patch shall be

3.2.12. The contractor must hand broadcast and use manual tool 3.3. Adaptive Management: Prairie Meadow, Year 1 3.3.1.

Use a high rotary mower and cut 6" of height to the veget

3.3.2.

The contractor shall repeat the cutting 2-3 times during th

3.4. Prairie Meadow, Year 2 3.4.1.

The contractor must use a high rotary mower mid-June to

3.4.2.

Use a power string trimmer or hand pull the aggressive we

3.4.3.

The contractor shall not allow unwanted weeds to set and

3.5. Prairie Meadow, Year 3 3.5.1.

During Mid-spring, the contractor will scalp mow the eme

3.5.2.

Immediate remove all the trimmings by raking away from

3.6. Prairie Meadow, Year 4 3.6.1.

The contractor is required to reseed bare patches that are

3.6.2. The contractor will only monitor the Prairie Meadow twic possible weed infestation, and extensive herbivory. 3.6.3.

Within three days of inspection, the contractor must send

3.6.4. The fire marshal of the borough of the municipality must meadow. 3.7. Adaptive Management: Mesic Meadow, Year 1 3.7.1. 3.7.2.

Mowing is not required, unless there is a severe weed infe

The contractor shall use a high rotary mower and cut back

3.8. Adaptive Management: Mesic & Rain Meadow, Year 2 & 3 3.8.1.

The contractor shall use a rotary mower to cut 6"-8" of he

3.8.2. Immediately remove all the trimmings by raking away from trimmings to OPP compost facilities.

3.8.3. The contractor shall obtain a soil sample in May both Year added on site to be fertilize. This will help fight off weeds. 3.8.4.

Prairie meadow should not be fertilized

Grass

1184

1185

Forbs

Common name

Schizachyrium scoparium

Little bluestem

Sporobolus heterolepis

Prairie dropseed

Total Weight 15% 20%

Total

35%

Scientific name

Common name

Total Weight

Aletris farinosa

White colicroot

13%

Allium cernuum Roth

Nodding onion

13%

Asclepias tuberosa

Butterfly milkweed

13%

Monarda didyma

Scarlet beebalm

13%

Rudbeckia triloba

Browned-eyed Susan

Total

Common name

Total Weight

Andropogon gerardii

Big bluestem

12%

Sorghastrum nutans

Indian grass

Tridens flavus

Purpletop tridens

Scientific name Forbs

13%

65%

Scientific name

12% 11%

Total

1186

1187

1188

35% Total Weight

Common name

Asclepias verticillata

Whorled milkweed

Chamerion angustifolium

Fireweed

13%

Eryngium yuccifolium

Rattlesnake master

13%

Eutrochium purpureum

Sweetscented Joe pye weed

13%

Senna hebecarpa

Wild senna

13%

65%

Total

Grass

118

1189

1190

1191

1192

Grass

Scientific name

Common name

Agrostis perennans

Upland bentgrass

Koeleria macrantha

Prairie Junegrass

Festuca rubra

Red Fescue

Total Weight 17% 16% 17% Total

Scientific name Forbs 1191

50% Total Weight

Common name

Monarda fistulosa

Wild bergamot

12%

Geranium maculatum

Wild geranium

12%

Anemone virginiana

Tall thimble weed

Gaillardia pulchella

Indian blanket

13% 13% Total

50%

1192

Grass

Scientific name

Common name

Chasmanthium latifolium

Indian woodoats

Elymus hystrix

Bottle-brush grass

Elymus virginicus

Virginia wild rye

Total Weight 17% 16% 17% Total

Forbs

Common name

Liatris gracilis

Slender gayfeather

10%

Monarda clinopodia

White bergamot

11%

Packera anonyma

Small's ragwort

10%

Tradescantia ohiensis

Ohio spiderwort

Helianthus divaricatus

Woodland Sunflower

11%

Total

Scientific name Gramano Carex scoparia id

Total Weight

Common name

Blunt broom sedge

10%

Calamagrostis canadensis

Canada bluejoint

10%

Elymus riparius Wiegand

Riverbank wild rye

Juncus coriaceus Poa palustris

Forbs

Scientific name Gramano Carex intumescens id

8% 50%

Total Weight

Common name

Bladder (Star) sedge

10%

Carex bicknellii BrittonShow

Bicknell's sedge

10%

Carex radiata

Eastern star sedge

10%

Leathery rush

10%

Deschampsia cespitosa

Tufted hair grass

Fowl bluegrass

10%

Juncus effusus

Soft rush

Total Scientific name

50% Total Weight

Scientific name

50% Total Weight

Common name

10% 10% Total

Scientific name

50% Total Weight

Common name

Lobelia cardinalis

Cardinal flower

13%

Aquilegia canadensis

Wild red Columbine

Lobelia siphilitica

Blue cardinal flower

13%

Astragalus canadensis

Canadian milk-vetch

Rudbeckia laciniata

Cutleaf coneflower

14%

Eupatorium perfoliatum

Common boneset

Symphyotrichum novae-angliae New England aster

10%

Gentiana clausa

Bottle gentian

50%

Helenium autumnale

Common sneezeweed

Helenium flexuosum

Purplehead sneezeweed

Pycnanthemum virginianum

Whorled mountainmint

Total

Forbs

Total

5% 8% 50%

COLUMBUS CHAPEL & BOAL MANSION MUSEUM INTERNSHIP HORTICULTURE & CONSTRUCTION Programs Used: AutoCad, Photoshop, & Sketchup Location: Boalsburg, Pennsylvania

A design build internship where we focused on the design and research of a small greenroof along the woodland route in Boalsburg during this design build internship. I assisted in the construction of the shack in order to support the green roof and keep it from collapsing. We assisted in the creation of a community-used pathway for the Woodland Trail Garden. The Shakespeare Garden was built to assist educate the community about plants. Specific plants were used that Shakespeare mention ed throughout his book. We constructed a pavement path to access the theather house, among other hardscapes. I assisted in pollinator garden research and drew concept designs for the planned greenhouse.

34 INTERNSHIP 2021

Art

Spray paint, pen, watercolor, & collaging

Paint 36

Watercolor & Pen

Pen & Maker

Colored Pencil

Pencil

ALYSSA HUMARANG AKHUMARANG@GMAIL.COM 814.232.6124