1Todd RobinsonMLA 2011Cornell UniversityLandscape Architecture

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Todd Robinsontwr34@cornell.edu

101 Brook Lane, Ithaca, New York, 14850 312-841-6605

Education: MLA Cornell University, Ithaca, NY May 11 Concentration: Stormwater Management GPA: 3.89 BA The University of Iowa, Iowa City, IA May 98 Major: Finance/Accounting TA/Internships: Instructor for Freshman Studio Spring 11 Emphasis: Technical Drawing Techniques TA for Site Engineering Fall 10 Emphasis: Grading/Drainage/Remediation

Cornell Planning Design Construction May 10 - May 11 Civil Section Intern

Supported a staff of 8 civil engineers on university related projects. Drafted construction documents in AutoCAD. Designed and coordinated small landscape projects. Responsible for all renderings and graphic design jobs.

Cornell Plantations Summer 09 Botanic Garden Intern

Supported staff with all aspects of maintaining the 150-acre botanic garden / arboretum.

Assisted with arboretum plant I.D., GPS mapping, and AutoCAD-based database integration.

Worked with landscape architect on multiple design projects involving site planning, design, development and implementation.

Student Groups: DesignConnect: Cornell Landscape Architecture and Planning Group

Part of an interdisciplinary community outreach program led by students.

Team lead in a micro-hydro feasibility study for Caroline, New York.

Work Experience: Ogilvy & Mather, New York Partner, Worldwide Management Supervisor The Coca Cola Company Nov 07 May 08American Express Aug 06 Nov 07IBM Feb 99 Aug 06

Computer Skills: Adobe Suite, ArcGIS, AutoCAD, Manifold, Microsoft Office, Kerkythea, Rhino, Sketch Up.

References: Charlene Pletz, SVP, Hill Holiday, NY 917-860-0003 Daniel Krall, Director of Grad Studies, Cornell 607-255-1802

Brick Permeable Pavers

Filtration: Sand Removes Par-ticulates

Filtration: Sand Removes Par-ticulatesStormwater Harvest

Product RainstorDepth: 3Capacity:482,381 gallons

Water Capture and Drip Irrigation

Stone Permeable Pavers

Structural SoilDepth: 3 The sites slope allows gravity to move

water from storage to the structural soil.

Where necessary pumps may be utilized.

2.5% Slope --->

144

.5% Slope --->

Excess Water Discharged

Excess Water Discharged

Storage Areas Tree Pits

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4 RES

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Todd Robinsontwr34@cornell.edu

101 Brook Lane, Ithaca, New York, 14850 312-841-6605

Education: MLA Cornell University Ithaca, NY May 11 Concentration: Stormwater Management GPA: 3.89 BA University of Iowa Iowa City, IA May 98

Major: Finance/Accounting TA/Internships: Instructor, Freshman LA Studio Spring 11 Emphasis: Technical Drawing Techniques Teaching Assistant, Site Engineering Fall 10 Emphasis: Grading/Drainage/Remediation

Rust2Green Utica, New York Summer 11 Civic Research Fellow

Member of Utica Historic Streetscape Team. Participated in meetings with the community and city hall regarding sustainable street redesign. Worked with media group to create guerilla gardening tactics around the City of Utica. Participated in weekly site clean up and plantings within Utica.

Cornell Planning Design Construction May 10 - May 11 Civil Section Intern

Supported a staff of 8 civil engineers on university related projects. Drafted construction documents in AutoCAD and Microstation. Reviewed vendor material specs for construction projects. Designed and coordinated landscape projects. Responsible for all renderings and graphic design jobs.

Cornell Plantations Summer 09 Botanic Garden Intern

Supported staff with all aspects of maintaining the 150-acre botanic garden / arboretum. Assisted with arboretum plant I.D., GPS mapping, and AutoCAD-based database integration. Worked with landscape architect on multiple design projects involving site planning, design,

development and implementation.

Student Groups: DesignConnect: Cornell Landscape Architecture and Planning Group Part of an interdisciplinary community outreach program led by students. Team lead in a micro-hydro feasibility study for Caroline, New York.

Work Experience: Ogilvy & Mather Advertising New York, New York Partner, Worldwide Management Supervisor Feb 99 - May 08 The Coca Cola Company American Express IBM

Computer Skills: Adobe Suite, ArcGIS, AutoCAD, Kerkythea, Manifold, Microsoft Office, Microstation, Rhino, Sketch Up.

References: Charlene Pletz, SVP, Hill Holiday, NY 917-860-0003 Daniel Krall, Director of Grad Studies, Cornell 607-255-1802

65 MINUTE CHARCOAL drawings on newsprint were completed from a selection of photos taken during our site visit.

DRAWINGS SHREDDEDto create collages, this abstraction of the images prepared materials for the next step.

GRID LINES ON VELUM denoting typical archeological grids placed for excavation purposes, were placed over the collage.

TIMED LINE DRAWINGS completed using only straight lines & stippling, What was attractive on the collage was brought to the surface.

LINES, CURVES, AND DOTS were separated by the grids marks and placed individually onto the site map to find matching patterns, lines, and connections.

APPROACH REDIRECTED Typical site design methodologies changed during the exercise, moving the process away from way-finding and circulation pattern correction, allowing discovery to dictate site design.

PROCESS

GLASS SIMULACRUMOF VILLA DI POLLIO FELICESTUDIO: FALL YEAR 3

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Goal: Create an archeological park in two phases. Phase one involves excavation into the concrete bridge remains, existing foundation, and the cistern area of the olive grove wall. The information gathered informs phase two, the design and placement of large glass structures that evoke the structures and lifestyle that once existed over these fields. The result is an attractive destination for not only the locals and educated archeological tourists, but a draw for everyone attempting a glimpse into the visual history of this fantasy villa.

7PHASE TWO

PHASE ONE

Lines matching the suspected direction of the bridge created a perfect match with the cistern and the bridge support structure. Excavating the support structure could provide a wealth of knowledge as to the architectural prowess of the builders of the pre-Vesuvian era.

Some hatch marks lining up with the direction of the bridge caused other hatch marks to cover the cistern area and the entrance to the cove. This match, in addition to the excavation proposed for the cistern, provoked movement interventions, a stairway down through the excavated cistern, and another leading visitors to the swimming hole.

An array of lines and patterns hinted at a semi-circle near the cistern area. This particular area of the olive grove hosts a beautiful view of the entire site, and provides an ideal spot for an overlook.

Marks and curves lining up with the foundation also matched the suspected direction of the villas facade. In the spirit of choosing areas to dig by random selection, lines intersecting with walls dictated the excavation areas. The excavations could provide architectural clues to the structures they once supported. Developing a real-size facade to show the immensity of the villa evolved into an opportunity to show the buildings size in different ways in many areas.

Currently the olive grove has a depression near the cisterns leading many to believe that the two features are related. Excavating the depression would provide knowledge of ancient water gathering techniques.

8SIMULACRUM SERIES

WORKING DIRECTLY WITH THE LOCAL ARCHEOLOGICAL AUTHORITIES AND THE SORRENTO MUSEUM, A PROGRAM WAS DEVELOPED THAT INCLUDED A MULTI-YEAR INSTALLATION SERIES AROUND THIS STUDIO PROJECT TO PROMOTE ARCHEOLOGICAL TOURISM TO THE SITE, AND PROVIDE A UNIQUE VIEW INTO THE RUINS OF VILLA DI POLIO FELICE.

THREE PROMINENT GLASS ARTISTS WERE SUGGESTED BASED ON THEIR METHODS AND FIELDS. EACH ARTIST WAS GIVEN THE RESPONSIBILITY TO EMULATE SPECIFIC CHARACTERISTICS THAT ALIGN WITH THEIR PAST PROJECTS, THE FINAL CREATIONS PROVIDING A PORTAL INTO THE REALITY BEHIND THE RUINS.

GLASS SIMULACRUMOF VILLA DI POLLIO FELICESTUDIO: FALL YEAR 3

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Howard Ben Treis a master artist that has defied boundar-ies and restrictions to create the most for-midable glass artwork in the field. His tech-nique of creating cast glass requires months of slow cooling (an-

nealing), and reveals artwork emulating structures that transcend time and provide a window into other times. An ideal choice for the first installation in the Simulacrum Se-ries, his style would evoke the architecture of the site. (Pieces shown left to right: Post and Lintel, 1989; )

Mary Shafferhas worked with glass since the early 1970s where she pioneered the slumped glass method. Miss Shaffer manipulates glass in unique ways to create soft forms and struc-tures that use the sur-

rounding light to create heavily emotive, airy pieces. Marys role in the Simulacrum Series would incorporate pieces emblematic of the human habitation of the site. (Pieces shown left to right: Three by Four, 2003; Sunset, Deep Blue Curtain, Turning Red 2, and Cen-ter-Light.)

Dale ChihulyHis reputation is cast from a mix of Ven-ice, Italy and Seattle, Washington. His art is fiery energy, and solid architecture. His technical acu-men creates decora-tive art with unparal-

leled intricacies. Mr. Chihuly would provide the finishing touch to the story of the Villa. His influence would be ideal to demonstrate the materiality of the ancient villa. (Pieces shown left to right: Milta, 1972; Shaar Emeth Synagogue, 1980; ArtPark, 1975; Fiori di Como, 1998; Blue Flamingos, n/a)

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GOAL: CREATE AN ECOLOGICALLY SOUND AGRICULTURAL DEVELOPMENT IN AN URBAN CENTER. FINAL DESIGN IN-CLUDES TWELVE-3600 SQ FT UNITS SURROUNDING AN AG-RICULTURAL AREA SUITABLE FOR TWO FAMILIES OF THREE. THE BARN AND EXISTING HOUSE ARE DIVIDED INTO SIX INDIVIDUAL UNITS. AGRICULTURE TAKES CENTER STAGE. AN ASSORTMENT OF PLOT TYPES ARE AVAILABLE FOR FAM-ILY GARDENS, COMMUNITY GARDENS, TEST GARDENS AND PRODUCTIVE GARDENS. THIS MODULAR DESIGN CAN BE CHANGED YEAR TO YEAR TO SUIT THE COMMUNITYS NEEDS.

CHEROKEE WOODSMEDIUM DENSITY ECO-VILLAGESTUDIO: FALL YEAR 3

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A - A SECTION LOOKING WEST

B - B SECTION LOOKING NORTH

VIEW ACROSS THE AGRICULTURAL AREA

EACH EFFICIENT HOUSING UNIT IS EQUIPPED WITH SOLAR PANELS TO PROVIDE ALL THE ENERGY NEEDS FOR ENERGY CON-SCIOUS TENANTS, AS WELL AS RAINWATER CATCHMENT SYSTEMS THAT PROVIDE ALL WATER FOR TOILETS AND LAUNDRY.

SMALLER NORTH FACING WINDOWS

HOUSING TYPOLOGY

LARGER SOUTH FACING WINDOWS

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INTERNSHIP: CORNELL PLANTATIONS

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BOTANIC GARDEN INTERNTHE INTERNSHIP GOT OFF THE GROUND QUICKLY, WITH THE PLANTING OF OVER 300 DIFFERENT SPECIES OF PLANTS IN THE ROBISON YORK STATE HERB GARDEN, COMPLETED IN 2 WEEKS TO BE READY FOR ALUMNI WEEKEND.

THE INTERNSHIP INCLUDED HANDS-ON EXPERIENCE WITH PLANTING, SURVEYING, INTEGRATED PEST MANAGEMENT, AND HARDSCAPE DESIGN AND INSTALLATION, AMONG OTHER RESPONSIBILITIES.

plant i.d. and gps mapping integrated pest management

American Chestnut reintroduction greenhouse training

studying bog ecology

stone cutting for retaining wall

large scale planting

13

Robison York State Herb Garden(Planting Plan 2009)

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Gomphrena globosa 'Woodcreek Red'Gomphrena haageana 'Strawberry Fields'

Lavandula ssp. 'Jean Davis'Lobularia 'Snow Crystals'

Rosa 'MOOREcap' RED CASCADERosa 'Popcorn'

Veronica 'Blue Peter'Viola 'Conte Di Brazza' FCC

Viola cornuta 'Penny White Blotch'

Agrimonia eupatoriaAllium cepa Proliferum Group

Allium schoenoprasumAmaranthus x powellii 'Hopi Red Dye'

Anthemis 'Kelwayi'Cichorium intybus 'Magdeburg'

Consolida ajacsisCoreopsis

Filipendula ulmaria 'Plena'Galium verum

GenistaHelianthus annuus 'eyDkcalBipoH'

Helianthus 'Moulin Rouge'Hibiscus 'Fireball'

Inula helenium 'Goliath'Iris pseudacorus 'Flore Pleno'

Lycopus europaeusOriganum vulgare

Perilla frutescens 'Purple'Reseda luteola

Rosa 'Conrad Ferdinand Meyer'Rudbeckia fulgida var. 'Goldsturm' AGM

Rudbeckia hirta 'Irish Eyes'Rudbeckia hirta 'Prairie Sun' AAS

Rudbeckia laciniata 'Herbstsonne' AGMSanguinaria canadensis

Schizachyrium scopariumSerratula

Solidago rugosa 'Fireworks'Tagetes erecta 'Lemon Mum'

Tagetes erecta 'Mumsy Orange'Tagetes patula [Disco Mixed]

Tagetes patula 'French Brocade'Tagetes patula 'Queen Sophia'

Tagetes patula 'Safari Red'Tagetes patula 'Spanish Brocade'Tanacetum vulgare var. crispum

Zinnia 'Aztec Orange'Zinnia 'Big Red'

Zinnia 'Magellan Coral' AASZinnia 'Profusion Deep Apricot'

Zinnia 'Profusion Fire'Zinnia 'Scarlet King'

Zinnia violacea 'Benary's Giant Golden Yellow'Zinnia violacea 'Benary's Giant Purple'Zinnia violacea 'Benary's Giant Scarlet'

Zinnia violacea 'Oklahoma Golden Yellow'

Agastache foeniculumAgastache foeniculum 'Snow Spike'

Agastache rugosaAlcea rosea 'Nigra'

Aloysia triphyllaBorago 'Alba'

Calamintha nepetaCymbopogon citratus

Foeniculum vulgare 'Purpurascens'Hibiscus

Leptospermum petersonii

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Mentha piperita f. citrata 'Chocolate'Mentha spicata

Mentha spicata 'Silver'Mentha suaveolens

Mentha suaveolens 'Variegata'Monarda citriodora

Monarda didyma 'Jacob Cline'Monarda menthifolia

Ocimum basilicum 'Sweet Dani' all americanPelargonium crispum

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Salvia 'Purpurascens' AGMSatureja viminea

Stachytarpheta mutabilisTanacetum balsamita var. tanacetoides

Thymus pulegioidesVerbena

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ROBISON YORK STATE HERB GARDEN PLANTING PLAN BY TODD ROBINSON

Robison York State Herb Garden(Planting Plan 2009)

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Veronica 'Blue Peter'Viola 'Conte Di Brazza' FCC

Viola cornuta 'Penny White Blotch'

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Consolida ajacsisCoreopsis

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GenistaHelianthus annuus 'eyDkcalBipoH'

Helianthus 'Moulin Rouge'Hibiscus 'Fireball'

Inula helenium 'Goliath'Iris pseudacorus 'Flore Pleno'

Lycopus europaeusOriganum vulgare

Perilla frutescens 'Purple'Reseda luteola

Rosa 'Conrad Ferdinand Meyer'Rudbeckia fulgida var. 'Goldsturm' AGM

Rudbeckia hirta 'Irish Eyes'Rudbeckia hirta 'Prairie Sun' AAS

Rudbeckia laciniata 'Herbstsonne' AGMSanguinaria canadensis

Schizachyrium scopariumSerratula

Solidago rugosa 'Fireworks'Tagetes erecta 'Lemon Mum'

Tagetes erecta 'Mumsy Orange'Tagetes patula [Disco Mixed]

Tagetes patula 'French Brocade'Tagetes patula 'Queen Sophia'

Tagetes patula 'Safari Red'Tagetes patula 'Spanish Brocade'Tanacetum vulgare var. crispum

Zinnia 'Aztec Orange'Zinnia 'Big Red'

Zinnia 'Magellan Coral' AASZinnia 'Profusion Deep Apricot'

Zinnia 'Profusion Fire'Zinnia 'Scarlet King'

Zinnia violacea 'Benary's Giant Golden Yellow'Zinnia violacea 'Benary's Giant Purple'Zinnia violacea 'Benary's Giant Scarlet'

Zinnia violacea 'Oklahoma Golden Yellow'

Agastache foeniculumAgastache foeniculum 'Snow Spike'

Agastache rugosaAlcea rosea 'Nigra'

Aloysia triphyllaBorago 'Alba'

Calamintha nepetaCymbopogon citratus

Foeniculum vulgare 'Purpurascens'Hibiscus

Leptospermum petersonii

Marrubium vulgareMelissa

Melissa 'Aurea'Mentha piperita 'Crispa'

Mentha piperita f. citrata 'Chocolate'Mentha spicata

Mentha spicata 'Silver'Mentha suaveolens

Mentha suaveolens 'Variegata'Monarda citriodora

Monarda didyma 'Jacob Cline'Monarda menthifolia

Ocimum basilicum 'Sweet Dani' all americanPelargonium crispum

Pycnanthemum pilosumPycnanthemum tenuifolium

Rosa CAREFREE BEAUTYSalvia dorisiana

Salvia elegansSalvia elegans 'Golden Delicious'

Salvia elegans 'Honey Melon'Salvia 'Frieda Dixon'

Salvia 'Purpurascens' AGMSatureja viminea

Stachytarpheta mutabilisTanacetum balsamita var. tanacetoides

Thymus pulegioidesVerbena

Agastache foeniculumAllium schoenoprasum 'Sterile' PROFUSIONAllium schoenoprasum var. sibiricumAllium tuberosumBellis perennis 'Meadow Daisy'Calendula 'Resina'Crambe cordifoliaDianthus plumarius 'Roseus Plenus'Foeniculum vulgareHemerocallis 'Stella de Oro'Lavandula ssp. 'Hidcote'Leucanthemum superbum 'White Knight'Monarda didyma 'Cambridge Scarlet'Origanum vulgarePelargonium 'Grey Lady Plymouth'Primula verisSalvia elegansSalvia greggii 'Lowry's Peach'Salvia greggii 'Rosea'Salvia sclarea var. turkestanicaTaraxacum sp.Tropaeolum majus 'Empress of India'Tropaeolum majus 'Whirlybird Mahogany'Viola odorata 'Royal Robe'Allium cernuumAngelica atropurpureaApocynum androsaemifoliumAsclepias incarnataAsclepias tuberosaAster novae angliaeEchinacea purpureaFilipendula rubraGeranium maculatumGeumGillenia trifoliata AGMHelianthus annuus 'Tarahumara'Hierochloe odorataHypericum ascyron ssp. pyramidatumIris versicolor AGMLiatris spicataLobelia cardinalisLobeliaLobeliaMonardaNepeta cataria

glauca

PycnanthemumRudbeckia laciniataSalvia apianaSalvia lyrataVerbena hastataVeronicastrum virginicum

Lavandula ginginsii 'Goodwin Creek Grey'Lavandula intermedia 'Alba'Lavandula intermedia 'Gros Bleu'Lavandula intermedia 'Grosso'Lavandula 'Delphinensis'Lavandula 'Royal Velvet'Lavandula 'Sharon Roberts'Lavandula ssp. Blue'Lavandula ssp. 'Hidcote'Lavandula ssp. 'Jean Davis'Lavandula ssp. 'Melissa'Lavandula ssp. 'Munstead'Lavandula 'Bee Brilliant'Lavandula dentata var. dentata 'Linda Ligon'LavandulaLavandula stoechas 'Winter Lace'Thymus thracicus

Achillea ageratumAnchusaAtriplex hortensisBoragoCallirhoe involucrataChenopodium berlandieri ssp.Chenopodium bonus henricusChenopodium capitatumCorchorus olitorusCrithmumCryptotaenia japonicaCynara cardunculus 'Porto Spineless'Glebionis coronariaHibiscus acetosella

Rumex acetosaRumex scutatusSanguisorba minorSanguisorbaScorzonera hispanicaTalinum paniculatum 'Kingwood Gold'Taraxacum var.

14

INTERNSHIP: CORNELL PLANNING, DESIGN, CONSTRUCTION

THIS SUMMER INTERNSHIP WITH THE CIVIL ENGINEERING GROUP OF CORNELL PDC WAS EXTENDED TO A FULL YEAR, WITH WIDE-RANGING RESPONSIBILITIES, INCLUDING: DRAFTING, PARKING LOT CONDITION ASSESSMENT, LANDSCAPE DESIGN, CAMPUS AND CITY HALL COMMUNICATION MATERIAL DESIGN, ARCHITECTURAL INTEGRITY ANALYSIS USING THERMAL IMAGING, AMONG OTHERS.

CIVIL SECTION INTERN

A - A

ALTERNATE TERM. BAR LOCATION(IF NECESSARY)

ALUMINUM TERMINATION BAR1 WIDE, .075 THICKNESS, 8-0 LENGTH. HOLES 8 ON CENTER.

SCREW

NETTING

ALUMINUM TERMINATION BAR1 WIDE, .075 THICKNESS, 8-0 LENGTH. HOLES 8 ON CENTER

MECHANICAL CONNECTOR

NETTING

ALTERNATE TERM. BAR LOCATION(IF NECESSARY)

NETTING TO BE TIGHTLY BOUND TO STRUCTURE

A

A

EXTENT OF WORK

EXTENT OF WORK

SCHOELLKOPF MEMORIAL TRAINING HOUSE: STRUCTURAL NETTING ASSEMBLY

thermal imagingconstruction boards

construction project management

pavement assessment

construction documents

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AD White HouseChimney Replacement Project

This High Victorian Gothic mansion, begun by Miller but finished by Babcock, was built for A. D. White and his family. The building is constructed of red brick, with Gothic detailing and proportions in the tower, oriel and engaged one-story tower on the east facade, with hipped roofs on the main body of the building and the attached eastern wing. The roof line is punctuated by the main western tower, and four slender chimneys on the exterior walls. In 1911 a south wing was added, designed by William H. Miller. In 1921 the house was remodeled to accommodate President Farrand and his family, who occupied the house until 1937. In 1953 the building was once again renovated to accommodate its use as an art museum, and later, a teaching

facility for the Society for the Humanities. The AD White House Localized Roofing Replacement and Chimney Restoration Project consists of the replacement of the upper hipped portion of the main roof and the restoration of seven brick chimneys. The proposed scope of work is intended to replace and restore the existing architectural features of the localized area of the roof and the chimneys with historically appropriate materials, and detailing. The project is scheduled to start on May 7th, 2010, and be substantially complete by August 24th, 2010. The facility is to remain open during construction.

Morrill HallStairway Replacement Project

In 1868 Morrill Hall was constructed as the first building on the Cornell University campus. It is a designated National Historic Landmark and listed on the National Register of Historic Places. The buildings exterior stone masonry stairs have suffered deterioration due to weathering and corrosive action of deicing materials. Two of the stairs are being replaced this summer with similar and historically appropriate masonry materials such as New York State Bluestone, Onondaga Limestone, and black Granite. These materials together with improved construction methods ensure enhanced resistance

to weathering and corrosion and sustained functionality for the next 50 to 100 years. This project received a Certificate of Appropriateness and approval from the City of Ithaca Landmarks Preservation Committee of the Building Department and will be complete by August 15, 2010. Next year, pending funding availability, the University will undertake similar exterior stair replacements on the west side of Morrill and McGraw Hall. The photos herein illustrate the stairs prior to demolition.

if you have any questions, please contact T. Aiken, Facilities Engineering, 607.255.8314, tba1@cornell.edu

McGraw Hall Faade Stabilization Project

McGraw Hall constructed in 1872, designed by Archimedes Russell, of Second Empire Style Architecture along the west side of the Arts Quadrangle centered between both Morrill and White Halls. Russell referenced the style and design of both Morrill and White Halls providing a central focal point between the two facilities.

McGraw Hall is built of Ithaca Bluestone with a mansard slate roof of different colors arranged in horizontal bands and bulls eye dormers; this four story building is honored with the first of many of the Universitys towers.

The building features five bays, with quoins delineating each bay, tall and narrow arched windows adorned with voussoirs, smooth-cut stone sills.

An investigation and analysis of the exterior masonry construction of McGraw Hall revealed the need to stabilize the exterior masonry faade. The proposed stabilization effort is to temporarily brace the masonry construction until a permanent repair can be implemented.

The stabilization effort will consist of steel frames braced against the eastern and western faades of the center section using steel rods that pass through the facility to tie them together. The proposed ties will utilize the existing window openings as to not disturb the masonry and will be attached to a symmetric frame on the opposite elevation of the facility.

McGraw Hall circa 1870

McGraw Hall Roof Replacement Project

he McGraw Hall Roof Replacement project involves repairing localized components of the deteriorated tim-

ber roof framing and restoring the facilities roofing system. The deteriorated condition of the roofing system has contributed to the degradation of both the timber and masonry structural components. The intention of the phase of the project is to protect the recent repairs to the roof framing system, and the distressed masonry construction from con-tinued moisture infiltration by restoring the buildings roofing system and masonry con-struction at the roofline.

The proposed scope includes repairing the upper hipped and lower mansard portions of the roofing system, replacing the gutter sys-tems, and repointing the open mortar joints within the limestone cornice and masonry chimneys. The decorative slate pattern that is visible on the steep sloped mansard roofs is to be replaced in kind with like materials to replicate the existing pattern.

The use of architectural asphalt shingles will replace the modified bitumen rolled roof that is currently installed. Historic photographs suggest that slate was the original roofing material, which was replaced by a standing seam metal roof prior to the 1900s. Both options were explored and during the design phase, but where ruled out due to loading concerns, and detailing issues with the exist-ing configuration of the dormers in the roof. It is recommended to replace the architec-tural shingles with the original design intent once the facility is renovated.

The reconstruction of the gutters system along the perimeter of the roofline is pro-posing to introduce five new downspouts to help mitigate the storm water runoff from the roof. Placement will provide symmetry between the north and south wings as well as the center section reducing the run in within the gutter to properly drain the water.

T

McGraw Hall circa 1870

TO ADDRESS QUESTIONS FROM STUDENTS AND VISITING ALUMNI ABOUT CAMPUS CONSTRUCTION, THESE BOARDS, PROVIDING DETAILED INFORMATION REGARDING THE PROJECTS PURPOSE, METHODS, AND FINAL OUTCOMES, WERE CREATED AND PLACED ON-SITE.

EXTERNAL COMMUNICATIONS

(Board design by Todd Robinson)

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INTERNSHIP: CORNELL PLANNING, DESIGN, CONSTRUCTIONBUILT PROJECT: CORNELL CHILDCARE CENTER FIRE EGRESS STATUS: COMPLETE

(Construction document by Todd Robinson)

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REQUIREMENTS:

1. RETROFIT FIRE EGRESS TO EXISTING EXIT2. EXIT LOCKED, DETER DAILY USE3. AVOID SLOPES > 5%4. AVOID TREES DRIP LINE

PROJECT RESPONSIBILITIES:DESIGNCONSTRUCTION DOCUMENT CREATIONMATERIAL SPECIFICATION

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INTERNSHIP: CORNELL PLANNING, DESIGN, CONSTRUCTIONBUILT PROJECT: ANIMAL HEALTH LAB PARKING LOT CONNECTION STATUS: UNDER CONSTRUCTION

(Construction document by Todd Robinson)

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REQUIREMENTS:

1. CONNECT TWO PARKING LOTS2. SOFTEN UTILITY HEAVY VISUAL EXPERIENCE3. USE PLANTS WITH WINTER INTEREST

PROJECT RESPONSIBILITIES:DESIGNCONSTRUCTION DOCUMENT CREATIONMATERIAL SPECIFICATION

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INTERNSHIP: CORNELL PLANNING, DESIGN, CONSTRUCTIONTOPOGRAPHY STUDY

JUDD FALLS ROAD:EFFECTED AREA

JUDD FALLS ROAD:PROPOSED TOPOGRAPHY

THIS STUDY INVOLVED A FAILING UNDERGROUND BRIDGE ON CAMPUS. THE CIVIL SECTION WAS TASKED WITH DETERMINING THE COST EFFECTIVENESS OF REPLACING THE BRIDGE VS FILLING IT AND REGRADING THE EXISTING ROAD. SITE TOPOGRAPHY WAS FED INTO THE PROGRAM INROADS TO CREATE NEW TOPOGRAPHY BASED ON SLOPE, GEOLOGICAL, AND ZONING REQUIREMENTS. PHOTOSHOP WAS USED TO ILLUSTRATE THE SOLUTIONS FINAL TOPOGRAPHY.

actual site

rendered site

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BOARD FOR MEETING WITH CITY HALL

CENTERING & ALIGNMENT

AUGERING(WITH SLURRY)

REACHEDDESIGNED DEPTH

SLURRY INJECTION

COMPLETED

UNIVERSITY AVENUE SOIL STABILIZATION TECHNIQUE

(Board design by Todd Robinson)

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INTERNSHIP: RUST2GREEN UTICACIVIC RESEARCH FELLOWAS A MEMBER OF THE STREETSCAPE TEAM, OUR GROUP WAS TASKED WITH REDESIGNING THE LAST STANDING ERIE CANAL MERCANTILE BLOCK IN UTICA. OUR FINAL DESIGN RESPECTS HISTORICAL ATTRIBUTES, WHILE INCORPORATING STORMWATER SOLUTIONS CAPABLE OF CAPTURING A 1-YEAR STORM.

ADDITIONAL RESPONSIBILITIES INCLUDED COMMUNITY MEET-UPS AND WEEKLY GUERILLA GARDENING AND SITE CLEAN UP INITIATIVES.

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public design presentation

branding our headquarters

treaching planting techniquesUtica City Hall bioswale installation

bioswale in action

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MERCANTILE BLOCK REDESIGN

RUST TO GREEN: MERCANTILE BLOCK STREETSCAPE DESIGNSECTIONSSITE PLAN

ELEVATION RENDERING

rust2green utica

BUMP OUTBUMPOUT(AREA376SQFT) CUYARDSGROWINGMEDIUM 20.8911/23/4"WASHEDDRAINROCK 3.483/41/4"WASHEDCRUSHEDROCK 13.93

PLANTER(AREA176SQFT) CUYARDSGROWINGMEDIUM 9.7811/23/4"WASHEDDRAINROCK 1.633/41/4"WASHEDCRUSHEDROCK 6.52

BIOSWALEBIOSWALE(AREA1150SQFT) CUYARDSGROWINGMEDIUM 74.5411/23/4"WASHEDDRAINROCK 4.263/41/4"WASHEDCRUSHEDROCK 17.04

TREELAWN(AREA1150SQFT) CUYARDSGROWINGMEDIUM 74.54

Curb bump out collects stormwater from street and sidewalk

Cafe style seating along streetPeriod lighting

Planters frame building entrances and cafe spacesInterpretive wall hides parking and provides information about the block and Erie Canal historyBioswale captures stormwater from parking lot

Decorative pavers on sidewalk

Period lighting

Curb bump out for stormwater treatment

New public parking lot

Planters along street

Snow storage

Integrated bioswale captures stormwater

runoff from parking lot

Tree lawn along John street

A

A

B

C

D

E

F

B

C D

EF

Stormwater Figures

Area treated: Sidewalk and StreetRequired Water Quality Volume (WQv): 388 ft3Actual volume treated: Bump out = 451-564 cu ft Planters = 216 cu ft

Stormwater Figures

Area treated: Parking LotRequired Water Quality Volume (WQv): 460 ft3Actual volume treated: 1212 - 1515 ft3 *

*Can capture volume of 1-year storm (1462 ft3)

Option 2: Granite curb edge

Option 1: Flush with sidewalk

(Board design by Todd Robinson, Lin Xue, Eammon Coughlin, Ashley Yu, Rudolph Uhlemann)

24

TAUGHANNOCK GORGESEQUENTIAL WALK THIS SERIES CAPTURED A HIKE THROUGHT TAUGHANNOCK STATE PARK IN THE WINTER OF 2008 AT 4PM.

H

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4

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7

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B&W STUDYRAINY STREETTHIS PROJECT INVOLVED USING WATERCOLOR AND GOUACHE PAINTS TO ACHIEVE EXTREME WHITES AND BLACKS, AND THE GRAY SCALE IN BETWEEN.

28

TIMED DRAWINGSGRAPHITE

3 MINUTES

6 MINUTES 8 MINUTES

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8 MINUTES

5 MINUTES

5 MINUTES

30

SITE

VIEW

IMAGE

GRAND ARMY PLAZANEW YORK, NY

RESTAURANT VIEW

SKETCH UP/PHOTOSHOP

CO

MPU

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(clockwise from right)VANDERBILT AVE VIEWKNOLL VIEW5TH FLOOR VIEW

SKETCH UP/PHOTOSHOP

32

I am Wheaton Focus.I am 400 brand-new apartments,I am 35 stories of office space,I am the Taste of Wheaton, I am an IMAX theater, I am a live jazz club.

I have the food to feed your appetite,and the entertainment to feed your soul.

I am Wheaton Focus.And in 2016, I am all yours.

www.wheatonfocus.com

T.O.D. SITEWHEATON, MARYLAND TEASER AD

SKETCH UP/KERKYTHEA/PHOTOSHOP

AS PART OF A JOINT REAL ESTATE/PLANNING/LANDSCAPE ARCHITECTURE STUDIO, A BRANDING CAMPAIGN WAS CREATED TO PROMOTE OUR SITE. THE CAMPAIGN USED FORCED PERSPECTIVES, REFLECTION, AND BOLD COLORS TO CONVEY THE SPIRIT OF THE SITES FINAL DESIGN.

CO

MPU

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B

T.O.D. SITE WHEATON, MARYLAND PLAN/SECTION/PERSPECTIVE

SKETCH UP/KERKYTHEA/PHOTOSHOP

A

A

B

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GRAND ARMY PLAZA STORMWATERAUTOCAD/ILLUSTRATOR

Tree PitsPermiable PaversSand FiltrationCU Structural Soil

KnollGreen InfrastructureWater Infiltration/FiltrationPeak Flow Reduction

Storage AreasPermiable PaversSand FiltrationRainstorTM Storage CellsCapacity: 482,381

Brick Permeable Pavers

Filtration: Sand Removes Par-ticulates

Filtration: Sand Removes Par-ticulatesStormwater Harvest

Product RainstorDepth: 3Capacity:482,381 gallons

Water Capture and Drip Irrigation

Stone Permeable Pavers

Structural SoilDepth: 3 The sites slope allows gravity to move

water from storage to the structural soil.

Where necessary pumps may be utilized.

2.5% Slope --->

144

.5% Slope --->

Excess Water Discharged

Excess Water Discharged

Storage Areas Tree Pits

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RAIN

LAUNDRY

GRAY WATER USE GRAY WATER RECYCLING

TOILET

KITCHEN

IRRIGATION

WELL / MUNICIPLE

LAUNDRY

TOILET

KITCHEN

BATH/SHOWER

IRRIGATION

SEWAGESEWAGERUNOFF RUNOFF

1 STORY UNITS

2 STORY UNITS

3 STORY UNITS

SW CAPTUREPOTENTIAL

TOILET/LAUNDRY COVERAGE

3930 G/UNIT

1965 G/UNIT

982 G/UNIT

216%

117%

58%

BATH/SHOWER

RAIN

LAUNDRY

BLACKWATER PRODUCTION

TOILET

KITCHEN

IRRIGATION

WELL / MUNICIPLE

RUNOFF

240 Gallons /Day

2,250 Gallons /Day

SITE BLACKWATER TOTALS

16 Gallons /DayK,]

150 Gallons /Day

UNIT BLACKWATER TOTALS

LIVING MACHINE

WATER CATCHMENT

2,490 Gallons /Day176 Gallons /Day

SITE COLLECTION TOTALSUNIT COLLECTION TOTALS

AREA 900 SQ FT

FILTER/RECIRC

~1000 Gallons /Day~65 Gallons /DayK,]

2 PERSON HOME

BATH/SHOWER

RAIN

LAUNDRY

BLACKWATER PRODUCTION

TOILET

KITCHEN

IRRIGATION

WELL / MUNICIPLE

RUNOFF

240 Gallons /Day

2,250 Gallons /Day

SITE BLACKWATER TOTALS

16 Gallons /DayK,]

150 Gallons /Day

UNIT BLACKWATER TOTALS

LIVING MACHINE

WATER CATCHMENT

2,490 Gallons /Day176 Gallons /Day

SITE COLLECTION TOTALSUNIT COLLECTION TOTALS

AREA 900 SQ FT

FILTER/RECIRC

~1000 Gallons /Day~65 Gallons /DayK,]

2 PERSON HOME

BATH/SHOWER

RAIN

LAUNDRY

GRAY WATER USE GRAY WATER RECYCLING

TOILET

KITCHEN

IRRIGATION

WELL / MUNICIPLE

LAUNDRY

TOILET

KITCHEN

BATH/SHOWER

IRRIGATION

SEWAGESEWAGERUNOFF RUNOFF

1 STORY UNITS

2 STORY UNITS

3 STORY UNITS

SW CAPTUREPOTENTIAL

TOILET/LAUNDRY COVERAGE

3930 G/UNIT

1965 G/UNIT

982 G/UNIT

216%

117%

58%

BATH/SHOWER

CHEROKEE WOODS GRAYWATER USEILLUSTRATOR

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SITE DETAILSGREEN ROOF FOR SITE CONSTRUCTIONAUTOCAD

(Construction document by Todd Robinson)

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