Benjamin Boisclair _ landscape architecture

b.boisclair

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landscape architecture sample of work

“It’s not the mountain that we conquer but ourselves” -Edmund Hillary first mountaineer to climb Mt. Everest

resume

BENJAMIN M. BOISCLAIR bboisclair15@gmail.com 64 Varnum Street Arlington, MA 02474 518.429.5631

awards + honors 2016: -Appointed ASLA National Emerging Professional Committee member -competition entry: Elevating Erie_ Syracuse, NY 2015: -Watermark submission into Archinect’s Dry Futures competition -Micro/Macro: Urban Water Recharge featured on Sasaki Blog - graphic contributions “Crossing the Line”- selected for inclusion in upcoming journal Scenario 5: Extraction 2014: comprehensive off-campus capstone project_ Copenhagen, Denmark 2014: Sasaki Associates Green Links Competition Team Member: “Most Implementable Short Term” 2014: Elected Member of the Honor Society of Sigma Lambda Alpha NU Chapter (SLA) 2013: Upstate NY ASLA Student Honor Award_ QRmarsh WATER INDEX: project QRmarsh chosen for inclusion in upcoming publication of WATER INDEX, a book revisioning the future of water. Competition run by the University of Virginia School of Architecture. Expected 2015.

Walt Disney ImagiNations Competition: 2013 semi-finalist SUNY-ESF Academic Dean’s List: Spring 2011, ‘12 President’s List: Spring 2013, Fall ‘14 Eagle Scout: Boy Scouts of America

experience June 2015- current:

Landscape Designer-Sasaki

Associates_

Watertown, MA

Intern: Landscape Architecture-Sasaki

Associates_

Watertown, MA

Intern: Landscape Architecture-Walt Intern:National

Park Service

Blue Spruce Nursery-Landscape

Disney Imagineering_

Summer 2014:

Summer 2013:

Glendale, CA Summer 2012:

Field School_ Acadia National Park, ME

Design + Installation_

Intern:The

LAGroup:

Summer 2011:

Clifton Park, NY 2010: 4-months

Saratoga Springs, NY

education SUNY-College of Environmental Science and Foresty: Aug. 2010- May 2015 Department of Landscape Architecture (BLA) GPA: 3.72/ 4.0 -Undergraduate Teaching Assistant_ LSA 227 design studio -ESF Student Ambassador -LAND|scape Club Member | ASLA Student Representative

table of contents

3-8 grøn by individual

9-12 syracuse UPP group: built work

13-16 project PRISM team competition

17-26 fabrication | built work individual/ team

27-32 watermark individual

33-36 Newport: Parks & Open Space Master Plan Sasaki: team

37-40 qrmarsh team

41-46 glacial waters individual

47-48 Disney ImagiNations team

49-50 graphic posters individual

12°34’E

55°40’N

grøn by Køpenhavn, Denmark

This comprehensive study examines the role ‘ENERGY’ + ‘EXPERIENCE’ play within the urban construct and it’s contribution toward the layers in Copenhagen’s 2014 European Green Capital designation. Copenhagen, Denmark served as a test location from 8.1711.16.2014.

team members: solo project software: - Field Interviews - Field Observations - Adobe Photoshop

In 2014 Copenhagen, Denmark was awarded the prestigious honor of becoming the European Green Capital. ‘The city has placed public-private partnerships at the core of it’s approach to Eco-innovation, working with companies, universities and civil society to create forums dedicated to developing green growth and increasing employment.’ -European Commission. In 2025, Copenhagen is also aiming to become the world’s first carbon-neutral city.

- Adobe Illustrator - Field Photography advisor: Jamie Vanuuchi

The project in its entirety explores the energy that goes into Copenhagen’s designation. The people, physical energy production and machinery that goes into each layer of Copenhagen’s successful initiatives.

Work shown is a small sample of a final thesis report written.

Focus is placed on field research and experience as part of final thesis report. www.bboisclair.com

Analytical timeline focused on the historic development of Copenhagen, Denmark… analysis serves as a ground plane for further urban exploration of a green capital designation.

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b.boisclair grøn by

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m Helsingør_ 40k

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wind farm selling asset for high-priced homes

Gentofte

Øresund Ave r

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København

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Middelgrunden Wind Farm

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turbines

København energy consumption

the lakes

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> Graphic representation of wind energy production in Copenhagen, Denmark. Analysis explores how wind turbine placement in the Middelgrunden Wind Farm represents past and current historical development and is situated to harness wind as well surrounding assets.

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wind rose plot (Copenhagen | Kastrup)_ 22. Aug 2011- 20. Mar 2014

20+

15-20

10-15

5-7

7-10

diagram based upon data @: http://mesonet.agron.iastate.edu

2-5

er P

Pow

en_

wed

S lant,

mph

lear

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10

km

Nor

co2 reduction

way

_ km

Gladsaxe

Gentofte

5km

Amager Ressource Center

København

Albertslund

Høje-Taastrup

2

Vallensbæk

Rodovre

Frederiksberg

Hvidovro

Brøndby

Ishoj

1

Tårnby

Greve

3

4

arc district heating zone

Roskilde

Glostrup

5 6

steam heat

Horlev

district heating covered by other corporations

Ballerup

7 turbine and generator / heat exchangers

flue gas cleaning gas

slag

boiler

four incinerators ea. 15--16tons per hr.

bunker

waste reception area

Solrod

> Graphic representation displaying the waste cycle in Copenhagen and the influence the Amager Resource Center has on the city. Waste has been incorporated into ones daily routine and is seen as an asset; waste has become a catalyst for energy production and a complex district heating system, as well as an influence on how citizens recycle and use products.

osterGRO Sofie Brincker

Amager Ressource Center Niels Glarborg Jensen

Middelgrunden Wind Farm Hans Chr Soerensen

København parks department Peter N. Hansen

people of the city_ meeting the people who help make Copenhagen a green metropolis

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2016

> a representation of the park system in Copenhagen. Circling the center diagram are all the named parks within the city boundaries. This is the overall context. By 2015, within a 15 minute walk of ones home will be access to one of these land parcels. The center fold diagram breaks Copenhagen down within its 10 districts and shows the percentage of overall parkland that resides within each district. This is circled by known activities that take place in at least one, but most parks.

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76°08’W

43°02’N

Syracuse University: University Place Promenade Syracuse, New York

Syracuse University UPP is the transformation of a major vehicular roadway through the Syracuse campus into a pedestrian only promenade. The promenades main edge ungulates to create plinth seating zones. A result of the steep topographic change across the area; these overlooks allow for student relaxation, enjoyment and event tailgating; while taking in the view of the historic Syracuse University ‘old row’. Many factors were taking into design consideration to ensure a dramatic increase in ADA accessibility and materiality that reflects the surrounding campus landscape. As explained by the student newspaper...‘the result fit’s in like a missing puzzle piece”.

team members: core team of 4 software: -AutoCAD -Rhino

Full design process through CA completed

The project was completed by a core production team of 3 in addition to myself. The promenade completed substantial construction in August of 2016, and the initial site analysis design process began in January of 2016. Currently work is being performed in the development of custom seating elements along the promenade.

Rhino studies place custom seating options into the existing built condition of the promenade site. Seating options will be presented to students for voting before the detailing and construction process begins.

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b.boisclair Syracuse UPP

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Folding Wood

High/ Low

The Pillow

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Syracuse University Einhorn Family Walk: Syracuse, NY

campus street transformation into pedestrian promenade

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project PRISM Competition entry to Elevating Erie, A competition re-invisioning the future of Erie Boulevard in Syracuse, NY

Prism: noun 1. a solid geometric figure with two identical ends and flat sides. The sides are parallelograms.

2. figuratively used to describe a way of looking at or thinking about something that causes you to see or understand in a different way.

team members: team project, All work shown is a product of my efforts software: - Rhino - Illustrator

The evolution of the Erie Canal tells the story of an innovative infrastructural solution that connected diverse landscapes and established opportunities for economic expansion.

Looking to the future of Erie Boulevard, Project PRISM sets out to embody the essence of the original Erie Canal while creating moments within the landscape that facilitate an understanding of the boulevard in a new way. Geometric form, elevation change, and public program work together to redefine the condition of transportation infrastructure as an ecologically significant, multi-modal system that integrates the condition of various landscapes.

Like the original cut of the Erie Canal, a central median establishes the foundation for design and relocates space along the boulevard to accommodate new ecologies and public recreation. The median then expands into surrounding sites through connective elevation features that further reinforce efforts to diversify the commercial boulevard by establishing active and passive nodes. These nodes also interact with the landscape in a way that facilitates various scales of movement. From the flow of water, to the flight of birds, to the walk of a person, and the speed of a car, the components of Project PRISM energize Erie Boulevard and catalyze a new vision for all infrastructure in the City of Syracuse.

For full project boards, please visit the competition website.

- Photoshop

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> Overall Boulevard: central focus on energizing the edges, engaging the local businesses and expanding into the existing community.

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The Hills_ a call to the glacial drumlins of Central New York, the hills become a unified rolling ‘graphic’ elements protruding up and down the Prism corridor.

The design utilizes the hills as recreational elements in the form of seating, bike storage, and play space. Divots created in the land between and hills act as stormwater biofiltration basins to capture summer rain and allocate space for mounding snow in conjunction with plant species that are tolerant of heavy salt during the winter.

> Perspective Rendering

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Salt Tolerant Species: Spartina alternifolia- Smooth cordgrass Betula payrifera- Paper Birch Iva fructescens- Salt marsh elder

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fabrication | built work examples of professional + student work

‘construction documentation is the bridge between building design and physical form... construction drawings provide the instructions for transforming design solutions into brick and mortar.’

-Excert from The Architect’s Handbook of Professional Practive. 13th edition. ©2000

team members: team project, All work shown is a product of my efforts software: - Rhino - AUTOCAD - Revit - CNC machine - 3d prototype printer

Fabrication process performed for custom seating elements at Syracuse University.

Initial concepts were designed, tested and mocked up full scale in house prior to rigorous collaboration with CWKeller; a group of world leading fabrication experts.

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Rhino: 3d modeling

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3d Printing: small scale form mock-up

CNC router: Mock-Up Fabrication software: ASPIRE

student engagement | voting

skateboard deterrant integrated within lighting reveal

Mock-up: High Density Foam full scale 1:1

Lumion: Lighting Visualization

2016

2015 Materiality: ductile concrete Lighting: LED tape lighting Mounting Harware: marine grade alum.

Forms: Wood + Foam CNC molded forms

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construction detailing

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b.boisclair fabrication | built work

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ARCHITECTURE A 64 Pleasant Street,

t 617 926 3300 t 415 776 7272

Consultants

CIVIL AND STRU

ENGIN

85 Mecha Lebanon, 603-442-9

MEP, FP, AND TE

RIST F

71 Water 603-524-4 50 Milk St 02109 | 61

SPECIFICATION

KALIN

1121 Was Newton, M 617-964-5 No. Stamp DWG

ISS

Project No.

Key Plan

Project Title:

DARTM 2016 HOU

H

2015 CON 2014 Drawing Title:

2013

2012 Scale: Drawn By:

2011

Checked By:

Approved By: Date:

2010 Drawing No.

E

RIST FROST SHUMWA

71 Water Street | Laconia, NH 032 603-524-4647 50 Milk Street, 16th Floor | Boston 02109 | 617-494-1464 RFS No. 7

SPECIFICATIONS

KALIN ASSOCIATES IN 1121 Washington Street Newton, MA 02465 617-964-5477

No.

Description

Stamp DWG

D

ISSUE & REVISION HISTORY

56109.00

Project No.

Key Plan

Project Title:

DARTMOUTH COLLEG HOUSE CENTER B HANOVER, NH

CONTRACT DOCUMENTS:

Drawing Title:

LANDSCAPE DETAILS

Scale:

SEE DETAILS

Drawn By:

BB

Checked By: Approved By: Date: Drawing No.

Detail 1: Guard/ Handrail Detail Elevations original scale 1.0”=1.0’

SC/TM VG/JH

NOVEMBER 09, 2015

L-502

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Detail 2: painted asphalt layout detail original scale 1/4�=1.0’

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Dartmouth College: Hanover, NH.

temporary student housing centers

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photo credit: Jane Messinger Photography

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Dartmouth College: Hanover, NH.

temporary student housing centers. custom tiered seating and painted asphalt pattern.

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photo credit: Jane Messinger Photography

2011

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118°W

34°N

watermark Los Angeles, CA

California’s Central Valley, spanning roughly 450 miles long from Bakersfield to Redding and 60 miles at its widest point is the world’s largest patch of Class 1 soil, and today is in great danger of total water depletion. It is becoming the focus of the state’s water crisis. The valley engulfs roughly 80% of the state’s water usage for its agricultural lands, and in 2015 alone 620,000 acres of land will be fallowed.

Water is rapidly being depleted.

team members: solo project software: - Adobe Illustrator - Adobe Photoshop - GIS

The Central Valley also happens to be one of the highest vegetable productive zones in the country.

In many cases over 90% of a specific vegetable being consumed in the US is being produced on this patch of land.

With these negative implications in mind, the food system needs to shift from the heavy dependence on large-scale production concentrated in the Central Valley to more regional and urban production, such as in your backyard or on the roof above your workplace cubicle.

Watermark is the next step in the right direction. It is a proposal in which focuses on shifting agriculture production from the vast fields of the Central Valley into the yards of urban residents. By developing a modular infrastructure system, we can begin to put a reliable system in place. A multi-use system; one that conserves water usage through recycling and phytoremediation, and one that re-invents the agriculture system on an urban scale. *Watermark was submitted as a competition entry to Archinect’s Dry Futures competition, revisioning the future of the western drought.

* Project featured on Sasaki Associates Blog! http://www.sasaki.com/blog/view/664/

the top map begins to explain the problem. a severe drought is currently affecting the greater US West. The bottom map displays the current land within the US used for cultivation purposes.

By showing these two maps side by side, we can easily correlate a relationship to address. The worst drought is occurring over one of the densest and highly productive agricultural zones in the country; the central valley.

Watermark, combines these two scenarios to propose a solution in which aids in the urban water consumption throughout California, but also a paradigm shift in where agricultural production must take place. [cultivate] to prepare or work land with the intent of crop production/ harvest.

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on a state wide scale, we must start to analyze the agriculture system as a whole. Today over 75% of California’s and 17% of the United State’s irrigated land exists in this 20,000 square mile zone.

The main problem lies in that this expansive zone has essentially run dry from the drought. Land is sinking due to intense water extraction processes and thousands of acres are going fallow. Combine this with an extensive network of canals, reservoirs and pipes, the system is favoring those who rely on some of the ‘driest’ land.

Yet given these startling statistics, California still manages to produce staggering amounts of the United States fruits, vegetables and nuts. We must shift water usage from large scale production to regenerative urban water use.

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“ the drought has no one solution, it involves a multitude of ideas. ideas that are easy to implement, and work as a system. a changing system with little to no interruption to daily life...�

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THE POD is the heart of the system. The element that sits at every home. The idea is that every home has a modular unit in which is essentially a multi-functional planter; you can grow vegetables or flowers. The system is arranged so that grey water from your home is separated from the sewer and directed toward the pod. Here it is naturally treated through vegetation in a process known as biofiltration. This clean water can be used to water your lawns or be pumped back into the house for reuse in washing machines, toilets..

The pod creates a cyclical system in a small affordable unit. ~50% of your water is used for agricultural production, ~50% sent back to the home for re-use. Want a bigger garden? It’s simple attach multiple pods. Have extra vegetables? No problem... ship em down the street to step 2!

THE NODE: step 2: the node. Here is a crucial point in the watermark system. The node acts as a centralized point in which all neighborhood houses can bring, collect and share vegetables from their pods amongst each other. Its an interactive mini-hub.

The idea is the node is frequent enough throughout the system that it is not an inconvenience to access. It become the social center. Any excess vegetables, flowers... head to step 3: the HUB at the local farmers market.

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THE HUB: pushing to a larger scale, the HUB focuses on the ideology that individual neighborhoods can concentrate toward local farmers markets as a selling point. The maps to the top display farmers markets as + signs, with the radial concentration circle surrounding. The ideology is that on a system based scale, the design affects the city as a whole, not only do we reduce a significant burden on the regional/ state water supply, we begin to eliminate entire zones deemed as food deserts within the city, and significantly reduce others. [food desert] an urban area deemed difficult to buy affordable good-quality or fresh produce

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71°W

41°N

Newport: Parks & Open Space Master Plan Newport, Rhode Island

Project Scope: A comprehensive open space planning process to create a shared vision for the long term sustainability and stewardship of parks, public open spaces, and trees in Newport, Rhode Island.

team members: Sasaki: core team of 6 software: - GIS - Fulcrum Inventory

The Newport Parks and Open Space Master Plan is a comprehensive inventory, engagement and vision for the future of Newport’s open space. The process involved extensive field research inventorying all 50+ parks within the city limit, broad community outreach through well attended community meetings, work sessions as well as final reports summarizing historical conditions and future recommendations.

- Adobe Photoshop

in Acres of technological The design process initiatedMeasurements the use advances to aid in the accuracy of the planning process. Fulcrum inventory, an ipad based app, allowed the team to perform comprehensive city wide inventory on all parks and open spaces. This data was then translated into GIS where the team analyzed the current conditions compared to poverty, amenities, sea level rise predictions, supply...

- Adobe Illustrator

Overall Need Comparison - Adobe InDesign

North End

Central Newport

PARK TYPES

PARK TYPES

PA

Measurements in Acres

Measu

AMENITIES

> Shown to the left is one ofMeasurements threein Quantity emerging frameworks developed. The three frameworks were a summary of needs assessment, stakeholders/ subcommittees, myNewport online survey as well as Steering Committee Direction.

The final preferred framework will be determined based on community input and refinement in the second community based meeting.

So

AMENITIES

AM

Measurements in Quantity

Measu

b.boisclair Newport_ Parks + Open Space Master Plan

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Harbor Walk Today

> Waterfront: The development of a more resilient, flexible waterfront park sited within the cities historical context. Shown above is an existing vs. proposed overlay demonstrating to the public the potential of the city’s Harbor Walk.

Miantonomi Park Today

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> Distributed:Connect neighborhood parks with green street networks. A focus emerged on the programming of underutilized park and open spaces as well as the absorbtion of rainfall in upland areas.

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74°0’W

40°43’N

QRmarsh New York, NY

QRmarsh is a simple three piece modular infrastructure system setting the stage for urban ecological infrastructure and resilient landscape development.

The infrastructure drives a combination of citizen interaction and ecological processes; aiming to address polluted waters and predicted sea level rise / storm surge. An adaptable urban design, QRmarsh focuses on integrating the built and natural ecosystems while promoting research, education, and communicating its progress.

The Model_ The Base, The Interface and The Cube (right) work together to collect the rivers sediment, and for the creation of animal and vegetative ecosystems.

Arranged in a manner to mimic natural systems and specifically the eddy, the rivers conditions allow for the creation of a rich marsh landscape.

The focus is on simple modular infrastructure that can easily be duplicated to transform an area on the site and system wide scales. QRmarsh derives from the interaction of the visitor with the site.

* Project chosen for inclusion in upcoming publication WATER INDEX_ run through University of Virginia School of Architecture * 2013 Upstate New York ASLA student Honor Award: QRmarsh

team members: team project software: - Adobe Photoshop - Adobe InDesign - Adobe Illustrator

b.boisclair qrmarsh

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> The Experience_ Qrmarsh uses an integration with the forthcoming updated NYC payphone system. By analyzing a sites progress through scientific measurements and visitor observations (QR code), data collected can easily and readily be distributed throughout the urban fabric.

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> Holland Tunnel site_ focused on urban citizen integration and sea level rise mitigation.

As the Hudson River’s currents rise and fall, QRmarsh utilizes an organizational pattern mimicking that of a rivers eddy. This formation allows for the natural deposition of sediment for the generation of landform.

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77°16’W

42°52’N

glacial waters Canandaigua, NY

The design stems from a ground plane of glacial scars.

Approximately two million years ago, the first glaciers came into the region. As they slowly retreated over hundreds of thousands of years, the landscape was left littered with glacial till (boulders), scraped with scars in the rock, and full of beautiful lakes. Eleven of these lakes we see prominently today as the New York Finger Lakes Region.

The design focuses on the Finger Lakes being allowed to tell the story of water within the region. Water as a solid, a liquid, and a gas from two million years ago to today, and the story of our sustainable water movement.

The focus is on conceptual site development with the intent to further develop design into a full construction documentation set. Site grading plan can be found on pg. 21-22.

team members: solo project software: - Adobe Photoshop - Adobe Illustrator - AutoCAD

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2 STY parking garage | 1 STY residential museum parking

1

mixed-use bus stop 1a

hS tre

et

museum cafe +gift shop

museum 2

2a

mixed-use

outdoor cafe

Lakeshore Drive

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plan view

1�=40’

> Accumulation + Grounding + Extrusion_ finding an overlying basis for the design. The design stems from a ground plane of glacial scars while strategically embedded within a comprehensive analysis of the central area and surrounding context.

section 1

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section 2

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> section 1_ site + museum entry_ focused on immersion into sustainability

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> section 2_ museum main plaza_ focused on sustainability and education. Plant palette chosen to benefit site remediation as well as seasonal color.

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> proposed design site perspectives

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[PHASE 1] 0-2 YEARS

INTRODUCTION OF THE MUSEUM INTO THE SITE | AREA AS A REGIONAL DESTINATION. MIXED USE BUILDINGS AID IN THE BOOST OF THE MUSEUM

[PHASE 2] 2-4 YEARS

MUSEUM EXPANSION WITH THE INTRODUCTION OF AN AQUARIUM SPACE ON THE SHORE OF CANANDAIGUA LAKE. ADDITONAL MIXED USE ADDED | ESTABLISHMENT OF CONDOS FOR LONGER-TERM RESIDENTS

[PHASE 3] 4-6 YEARS

FINAL PHASE OF CONSTRUCTION | COMPLETITION. URBAN PLAN IS COMPLETE WITH RESIDENTIAL | COMMERCIAL AND A REGIONAL MUSEUM DESTINATION. THE INTRODUCTION OF A LARGER RETAIL STORE SUCH AS EMS CAN HELP ANCHOR THE SITE FOR ECONOMIC PROSPERITY.

[SPRING][

SUMMER]

[FALL]

[WINTER]

EDUCATIONAL MARSH

ICE SKATING

OUTDOOR THEATRE

FARMERS MARKET | LOCAL GOODS VENDING

-IMMERSION IN MARSH ENVIRONMENT -LOCAL SPONSOR SIGNAGE -CONVEYING SUSTAINABLE FACTS TO PUBLIC

-PLAYING OF DOCUMENTARIES -LOCAL FILMS | FEATURE FILMS

OUTDOOR MUSEUM EXHIBITS

-SPACE UNDER ROOF OF MUSEM OPEN TO THE ELEMENTS -SUITABLE FOR THE BUSY SEASON

-ICE SKATE RENTAL -LOCAL HOLIDAY ACTIVITIES -WINTER FESTIVAL | CARNIVAL

-SALE OF LOCAL GOODS

BIRD WATCHING

SHOPPING

-SHOPS TO ATTRACT VISITORS -EMS ACTING AS CENTRAL RETAIL BASE

OUTDOOR RECREATION

-SAILING -BOATING -SWIMMING -OUTDOOR CONCERTS ON SCAR PIERS -ICE FISHING

SUSTAINABILITY TOURS

-TOURS OF SUSTAINABILITY INITIATIVES WITHIN THE DEVELOPMENT

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site program > phasing + seasonality planning allow for a continued economic and activity success throughout the seasons and years to come...

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49°16’W

25°25’S

Disney ImagiNations Curitiba, Brazil

Disney has the potential to inspire a more diverse audience. As the density of cities increases on a global level, more space must be devoted to everyday life. To adapt to the evolving city, Disney has the opportunity to create more accessible space by reducing scale within the urban framework. Curitiba, Brazil, one of the most sustainable and innovative cities in the world, serves as a model for future urban development.

Through current infrastructure and design initiatives, the urban fabric has come to incorporate economic and community collaboration to extend the values of the city. With this inspiration, the genesis of our design strays from the conventional Disney attractions to shed light upon new opportunities within the Disney realm. The design beings to facilitate city unity and drives the community forward.

Project completed as part of a group collaboration.

Published on Feb 5, 2013 -The project was conceived by the State University of New York College of Environmental Science and Forestry Team and created for the 2013 Walt Disney Imagineering’s Design Competition -This project is the sole property of Walt Disney Imagineering and all rights to use these ideas are property of Walt Disney Imagineering -The competition is a way for students and recent graduates to showcase their talents and for Disney to identify new talent

*competition semi-finalist

team members: team project software: - Adobe Photoshop - Adobe Illustrator

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> Adapting Disney Scale for Urban Setting focused on extracting components of the Disney Parks into a identifiable established urban node.

graphic posters Collection of posters generated for various campus lectures + events. Samples display graphic design abilities as well as composition abilities.

team members: solo project software:

1- Sigma Lambda Alpha: NU Chapter annual program 2- Walt Disney Imagineering: John Shields campus lecture 3- Sigma Lambda Alpha: NU Chapter poster for annual day of service

- Adobe Photoshop - Adobe Illustrator

SLA 2015

Honorary Members

Sigma Lambda Alpha NU Chapter: SUNY-ESF

George H. Kyanka Donald Leopold John Litynski (dec. 1996) David A. Mankiewicz Cornelius B. Murphy Gigliola Nocera Flora Nyland Robert Page Charlotte L. Perkins Donald Peters Neus Baccera Piqueras Ralph A. Sanders Bradford G. Sears (dec. 2010) George Stafford Edward H. Stone, II Deborah Storrings Susan Thering James Urban John E. View Ross Whaley Henry G. Williams Robert L. Woerner (dec. 2010) J. Daniel Wojcik

Domenico Annese (dec. 2007) S. Jeffrey Anthony Bruce Appel Caroline B. Bailey Thomas Balsley Donald F. Behrend (dec. 2010) Doug Brackett Robert F. Bristol Christine Capella Peters Costas Cassios David B. Crandall Phillip J. Craul Steve Curtis Donald Ferlow Arthur Fritz Kenneth A. Gifford James E. Glavin Richard S. Hawks Miranda Hine Joseph A. Hibbard Gary R. Hilderbrand Robin Karson E. Scott Kasprowicz

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an international honor society promoting scholarship and leadership in landscape architecture

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m 1-

Annual Sigma Lambda Alpha: NU Chapter

Community Service Project

Annual Sigma Lambda Alpha: NU Chapter

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Community Service Project

Sunday / May 3rd. 2015 IT Thornden Park Rose Garden

9:30-11:30am

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Sunday / May 3rd. 2015 Thornden Park Rose Garden

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it

[E ud 14 Hall APM

20arshall:30ish M 30-6 5:

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join LAND|scape CLUB + ESF Upstate Student ASLA

Imagineering

EVER WONDER WHAT IT TAKES TO DESIGN AND BUILD THE WORLD’S TOP TOURIST DESTINATION? COME LEARN THE SECRETS BEHIND THE DESIGN AND CONTRUCTION OF DISNEY’S WORLD WIDE THEME PARKS AND WALT DISNEY IMAGINEERING; BRINGING IMAGINATION AND ENGINEERING TOGETHER... JOHN IS ONE OF THE DESIGNERS BEHIND DISNEY ANIMAL KINDOM’S KILIMANJARO SAFARI ATTRACTION

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STAND OUT FROM THE CROWD!

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2016 +

2015

2014

The Lily Pond Garden is just north of the Rose Garden on Ostrom Avenue. We will be doing some light weeding, raking, and possibly some mulching of young trees.

The Lily Pond Garden is just north of the Rose Garden on Ostrom Avenue. We will be doing some light weeding, raking, and possibly some mulching of young trees.

Please bring any rakes or lawn garden tools you may have.

Please bring any rakes or lawn garden tools you may have.

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