Thomas Kyd Landscape Architecture Portfolio
Resume Education
Software
Awards
Interests
Contact
Pennsylvania State University Bachelor of Landscape Architecture (May 2014)
Adobe Suite CS, InDesign, 3ds Max, Autodesk AutoCAD, AutoCAD Civil 3D, Sketchup, Rhinoceros, Arc GIS, Revit
ASLA Scholarship 2011 ASLA Student Merit Award 2013
Urban Design, Traveling, Mixed Martial Arts, Swimming, Mountain Biking, Skiing, Football, Motorcycle Riding, Construction, Design Drafting, Physical Fitness, Mountain Climbing Thomas Kyd 120 East Fairmount Ave, State College PA 16801 Kyd.Tom@gmail.com 516.417.2854
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Contents
EEB HUB .................................................... 4-9
Student Competitions
Independent Study .................................... 10
Harbor Lands ............................................. 11-13 Walt Walters Courtyard ............................. 14 International Park ..................................... 15-17 Spring Creek Canyon ................................. 18-19
Academic Work
Implementation ........................................ 20-22
Residential Design ..................................... 23
Professional Experience
Castle on the Hudson ................................ 24
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EEB HUB The Navy Yard, Philadelphia
The energy efficient building along with the public park will serve as a demonstration tool for energy efficient technology that is affordable, innovative, and near market ready. The site will provide a learning hub for the constructability of energy efficient components through holistic integration of parts. This will be achieved through a series of dynamic learning constructs that are perceptive to various learning curves. Using energy efficient retrofits in a didactic manner will facilitate accelerated market adoption by setting an example for innovative design. This will foster high performance outcomes leading a considerable return on investment, prompting the encouragement of the industry to use energy efficient practices, promote job growth, and set a new standard in the project planning process.
Master Plan
The programs found through the park were used to match 3 elements; a campus feel, educational, and sustainability. The master plan shows the breakup of the vegetation, spaces, and circulation.
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Cantilever auditorium
Sunken mechanical room
Outdoor classroom
Main pedestrian path
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Integration
The collaboration of IPD (Integrated Project Delivery) allowed the team to coordinate a successful design through the integration of the landscape and building. In order to maximize day lighting into the spaces, while balancing and controlling the solar heat loss/gain through the envelope, we collaborated in creating a two level double skin faรงade along the southern face of the classroom corridors. The dynamic features of the double skin faรงade allow for added control of the day lighting and heat gain into the spaces. Along with this geothermal wells are placed in the landscape to provide heating and cooling loads for the building, leading to a Platinum Energy level building.
Butterfly Roof
The roof features a sedum green roof that allows excess water to be centrally collected to be used in a gray water system and green wall located inside of the building.
Operable Blinds
Automatically controlled solar shading devices integrated into the air cavity control the amount of daylight allowed into the space, limiting glare, while double acting as absorption elements for the solar radiation.
Air Cavity
A cavity allows for an air gap that is naturally ventilated, with air entering the space from below, and exhausted at the top, ventilated both from and to the outside by buoyancy stack effects during the summer months and periods of solar irradiation.
Outdoor Plaza
Six Saucer magnolias are located in the space providing a 4 season beautification of the space, while also providing small shading for the buildings southern facade during the summer.
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Independent Study Interior Day Scene
3D modeling programs are proliferating and increasing in integration capabilities to other software products. 3ds Max is a program that generates models and renderings while being highly software compatible to other programs, such as Revit. The interior scene shows diffused indoor lighting with realistic material choices in order to communicate photo realism.
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Harbor Lands Perspective view of Harbor Lands
Toledo, Ohio
Lake Erie during 1780’s used to have 7,800 square miles of wetland, as compared to now with only 700 square miles. The shipping channel in Toledo, Ohio has a growing problem with dredging. This dredge material has the opportunity to act as a revitalization tool for Lake Erie. The Harbor Lands project looks to solve this issue by using dredge material to build an Emergent Habitation Unit. The creation of a series of wetlands, constructed through the natural hydraulic processes found in Lake Erie will produce a diverse set of wetlands that are categorized through a wave classification system. These margins of estuaries are periodically inundated by water level changes.
Program
Perspective view of Wetlands Sectors
Wetlands
Marshes
Upland/Forest
Circulation
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Wave Classification System
These wetlands are produced and transformed by a wave classification system. The system is comprised of sheet pile set at certain height to allow water into the wetlands based on the wave’s height. Next comes the wave break on average lowers wave amplitudes by 50% resulting in a 75% wave energy decrease creating calmer waters, an ideal situation for wetlands to establish and thrive. The wave irrigation tubing floats allowing for adaptation to changing water levels.
Educational Program
The interaction of people and the space is limited by a controlled path in order to allow for the least disturbance possible while providing key observational and educational programs. Visitors that enter the site are shown a snapshot of the form of an evolutionary landform that is a product of a dynamic equilibrium between key physical processes.
Wave Break System
Observation Path
Wave Break
Incoming Wave
Sheet Pile
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Avian Species Matrix
Avian Species Waterfowl Birds
Sector Distribution Water Birds (nonfowl)
Shore Birds
Land Birds
Sector 1
Migratory paths through the western Lake Erie region provide crucial resting and feeding areas for birds in the Mississippi flyway. Mixed emergent wetlands and open water wetlands provide the highest opportunity for migratory bird species due to the low human impact and the abundance of food. This matrix provides clear and simple information of the avian distribution within the wetlands.
Water Bird Fowl & Non
Shore Birds
Water Bird Fowl & Non
Shore Birds
High Conservation Concern Lesser Scaup
Yellow Rail
Buff-breasted Sandpiper
Henslow’s Sparrow
Black Duck
Black Tern
American Woodcock
Golden-winged Warbler
Mallard
American Bittern
Piping Plover
Kirtland’s Wabler
Tundra Swan
Black-crowned Night Heron
Sector 2
Sector 3
Moderate Conservation Concern Blue-Winged Teal
King Rail
American Golden-Plover
Willow Flycatcher
Common Goldeneye
Least Bittern
Solitary Sandpiper
Bay-breasted Warbler
Canvasback
Common Loon
Marbled Godwit
Canada Warbler
American Wigeon
Common Tern
Short-billed Dowitcher
Rusty Blackbird
Sector 4
Land Birds
Shore Birds
Land Birds
Land Birds
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Walt Walters Courtyard Pennsylvania State University Campus
Master Plan
The Courtyard is used as a space of relaxation where students can contemplate. The ability to undercut mundane expectations by seeing a space in a new way is achieved through simplistic ideas, this helps to promote the opportunity of contemplation. This is achieved through the use of focused and controlled views as pedestrians move through the main walkway. The creation of physical models generates an interpretive perspective of space, fostering an enhanced understanding of the site.
Arts Building
Music Building
Physical Model
Section Cut CSC
Section Cut CSC
Forum
Section
CSC Contemplation Section Cut
Music Building
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Terrace space
2.0% Slope
Open Campus Space
Brick wall Cross Movemen Path
Sloped for stormwater managment
Innaccessible Nature
Forum Building
International Park Toledo, Ohio
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A scheduled 28 million dollar proposed pipeline for stormwater overflow is to be implemented through International Park in 2015. This catalyst sparked a redesign of the park. The design is focused on creating a unique series of undulating landforms within the surrounding flat topography of Toledo. This themed design would be immersed into existing structures through a purposed gradient style.
A: Waterfront Architecture
B B: Accessible Landscape Mound
C
C: Immersed Commercial Structure
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Immersed Commercial Structure
A design dominated by landscape forms provides the opportunity to merge the built environment with the natural. One way to combine the landscape to the structural element is by morphing a building into an earth mound, resulting in a unique experience and providing an extensive green roof.
Immersed Commercial Structure
Basswood Tilia americana
River Birch Betula nigra White Ash Fraxinus americana Common Rush Juncus eusus Boardwalk Building Mound White Oak Quercas alba
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Spring Creek Canyon Park State College, Pennsylvania
Spring Creek Canyon contains natural rarities that include mature native forests, endangered species, extensive biodiversity of flora and fauna, high quality cold water fisheries, and an invigorating canyon. Due to infringing agriculture these rarities are endangered, thus a call for a revitalization design has been issued. Through a study of suitability analysis, a series of programs and placement of an education center, trails, restoration/preservation of forests, and roads has been implemented.
Suitability Analysis
Master Plan Road Entrance Program
Hiking Trail
Streamside Trail Parking Slope Educational Trail Spring Creek Education Center
Restoration
Main Entrance Conservation Vegetation Type Agricultural
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Forest Restoration
Sections
Spring Creek Canyon design focuses on an experiential style of education by educating visitors on native planting and forest restoration through the use of an education center and site trails.
Forest Restoration Mountain Laurel Kalmia latifolia Redbud Cercis canadensis Eastern Hemlock Tsuga canadensis
Canada wild rye Elymus canadensis
Serviceberry Amelanchier aborea Hop-Hornbeam Ostrya virginiana Sweet Birch Betula lenta
Education Center
White Oak Quercas alba
Eastern White Pine Pinus strobus
Maple-leaved viburnum Viburnum acerifolium
Spice Bush Lindera benzoin
Red maple Acer rubra
American Beech Fagus grandifolia
White Ash Fraxinus americana
Witchhazel Hamamelis virginiana Northern Arrowwood Viburnum recognitum
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Implementation Mixed Border Planting
The design’s visual aesthetics of the space captures visitor’s eyes, while subtle smells of the perennial flowers engage the user. The diverse and creative plant pallet allows for a unique experience that serves multiple functions while creating a seamless interaction for individuals. Construction drawings provide the contractor with simple and clear instructions for the correct procedure of planting the vegetation.
Shrub Detail
2”
Planting Schedule Qty. Trees
Abr. Botanical Name
Common Name
Size/Cont.
Notes
Flowering dogwood Sargent crabapple
8'-10' Height 6'-8' Height
Full Full
Acer palmatum Amelanchier arborea Hydrangea macrophylla 'Blue Bonnet' Kolkwitzia amabilis 'Maracdo' Miscanthus sinensis 'silberfeder' Rhododendron maximum
Japanese Maple Serviceberry Bigleaf Hydrangea Beauty Bush Dream Catcher Madien grass Rosebay rhododendron
5'-6' Height 3'-4' Height 2'-3' Height 3'-4' Height 2'-3' Height 3'-4' Height
Full Multi-Leader Full Full Full Full
4' O.C 3' O.C 4' O.C 14" O.C 5' O.C
Asclepias tuberosa Crocus flavus 'Yellow' Veronica ‘Royal candles’
Butterfly-weed Crocus yellow Speedwell
2 Gallon 3 Gallon 1 Gallon
Full Full Full
3' O.C 2' O.C 24" O.C
Assorted perennials Assorted perennials 2
Assorted perennials Assorted perennials 2
1 Gallon 1 Gallon
See Per. Note See Per. Note
6" O.C 6" O.C
1 Cf Cornus florida 1 Ms2 Malus sargentii Shrubs 2 Ap 13 Aa 12 Hm 13 Ka 60 Ms 11 Rm Perrenials 21 At 19 Cf 87 Vr Ground Cover Mix Ap1 MIx Ap2
EQ. x 2
Planting Plan EQ. x 2
Tree Detail
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EQ.
EQ. x 2
Spacing
Retaining Wall Detail
Implementation Retaining Wall
Construction drawings that are accurate and clear are vital to the schedule and cost of a project. This detail and 3d drawing are examples of a retaining wall that contains accurate information for materials and descriptions.
Retaining Wall 3D Model
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Implementation Center for the Environment
The Center for Environment is a purposed educational program that focuses on creating sustainable practices, specifically for stormwater management. In order for a design to manage stormwater on site in a successful manor, grading must be accurate to allow for smooth positive drainage, correct slopes, and achieve the lowest cost for cut & fill.
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Residential Design Long Island, New York
Master Plan
The client wanted to create a more vibrant backyard that would heighten seclusion and offer a more pleasing experience. The design featured a three system patio creating a public space, private space, and a secluded recessed pit. The vegetation around the pool allowed for screening of infrastructure and multiple elements to touch the water’s edge. Edge plantings create the seclusion the client desired, while also screening unfavorable views.
Existing Conditions
Construction & Planting
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Castle On The Hudson Tarrytown, New York
The hotel required expansion and renovation to their existing site, the multi-disciplinary firm Peter Gisolfi & Associates won the bid in their design. The rendered master plan provided a visual aid for the clients to see the integration of exterior spaces in relation to the building structure and its new expansions.
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