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REVIT 2014
AUTOCAD 2015
ADOBE ILLUSTRATOR
ADOBE PHOTOSHOP
RHINOCEROS 5
ADOBE INDESIGN
SKETCHUP PRO 8
PYTHON
GRASSHOPPER
School
Work Experience
Photography & York University Work
STALKER LAB -- TRIM|RIP|OFFSET|COPY
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BIRD CONSERVATION & STUDY
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MIXED-USE DESIGN PROPOSAL
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ROWING LANDSCAPE
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CHAIR FOR AUDREY HEPBURN
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VAUGHAN METROPOLITIAN CENTRE URBAN GUIDELINES
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BADAGRY PORT RESETTLEMENT, NIGERIA
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ALBERTA BALLET
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BRENTWOOD CONDOMINIUMS
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CURRICULUM VITAE
KIRSTEN SHEPPARD-NEUHOFER My name is Kirsten Sheppard-Neuhofer. I am a fourth year student at the University of Waterloo School of Achitecture. This is a collection of my work. I am a dedicated and reliable student looking for an opportunity to grow as a person and designer. I am currently interested in urban design and how we might embed responsive architecture into the environment. Thank you for taking the time to view my portfolio.
EDUCATION 09/2015-12/2015
UNIVERSITY OF WATERLOO ROME STUDIO Rome, Italy
09/2011-08/2016
UNIVERSITY OF WATERLOO SCHOOL OF ARCHITECTURE Cambridge, Ontario, Canada Candidate for Honors Bachelor of Architectural Studies Co-op
09/2007-08/2011
YORK UNIVERSITY Toronto, Ontario, Canada Transfer Student from Bachelor of Fine Arts
AWARDS, SCHOLARSHIPS, COMPETITIONS 09/2011-present 09/2015 09/2015 04/2011 04/2012 08/2011 06/2007 06/2007 06/2007
Excellent Academic Standing University of Waterloo International Experience Award University of Waterloo Rick Haldenby Award University of Waterloo Participation in Evolve University of Waterloo Participation in SSEF University of Waterloo Deans Honor List 4.0 gpa York University Entrance Scholarship York University Senior Women Tennis MVP Elmvale District ScholarshipTim Hortons
SKILLS 3D 2D Other
Rhino, V-ray, SketchUp Pro, Revit, Python for Rhino, Grasshopper AutoCAD, Adobe Illustrator/Photoshop/InDesign Hand drafting, Traditional Sketching, Laser Cutting, CNC Milling, Traditional Shop tools, Metal Fabrication, Microsoft Office Suite, Darkroom experience, Experience on construction site
OTHER 2015 2008/2009/2010 2008-2011 2008 2008
Blackwell / rA Baseball team North York Terry Fox Run Director Affiliated with York University York is U Volunteer Organization Creative Team Director Set Design York University Fine Arts Department Bartending Certificate BartenderOne, Richmond St, Toronto
PROFESSIONAL EXPERIENCES
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01/2015 - 09/2015
pA/rA/rP (SVN Architects) Planning and Architectural Design Toronto, Ontario, Canada
09/2013-12/2013
GEC ARCHITECTURE Architectural Design Calgary, Alberta, Canada
01/2013-04/2013
TELSTORM Engineering and Architectural Design Toronto, Ontario, Canada
Projects Badagry Port, Resettlement, Nigeria VMC Vaughn City Planning 25 St. Dennis Apartments Alberta Ballet Brentwood Condominiums Canmore Art Center The Works Restaurant Various Project Graphics Project Bids
CIRRICULUM VITAE
REFERENCES
Architectural Design Firm 1110 1 St SW, Calgary, Canada
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regionalArchitects
September 15, 2015
To Whom It May Concern, Re: Letter of Reference for Kirsten Sheppard-Neuhofer
Planning & Architectural Design Firm 110 Adelaide St East, Toronto, Canada
I take great pleasure in providing this letter of reference for Kirsten. Kirsten was hired in the winter of 2015 to work two concurrent co-op terms in our studio in Toronto. We hired her based on her strong portfolio and past recommendations. She was an excellent addition to the firm and I would happily, if the opportunity were to present itself, offer her employment again. As an Architecture and Planning firm, with projects ranging in scale from single family homes to regional infrastructure plans, we need designers capable of moving between project teams working on a dramatic range of deliverables. Kirsten was more than capable of meeting the demands of our project work. At the largest (and perhaps most unusual) scale, Kirsten was a member of our ‘in-house’ analysis and community design team for the community and resettlement plans for Badagry New Town in Nigeria- a community impacted (and about to benefit from) a new deep-water port in a town outside of the Lagos, Nigeria’s capital city. Kirsten provided mapping, graphic analysis, and community planning support to the project. In a much less exotic locale, Kirsten also contributed extensively to our community plans, and prototypical housing and facility designs, for Rosewood Park- a significant new urban development outside of Regina in Saskatchewan, Canada. Rosewood Park required that Kirsten understand (and execute with a degree of independence) ‘community scale’ designs for roads, blocks, and new development. In both projects mentioned above, Kirsten was an extremely productive team member and contributed to a number of major milestones. At a much smaller scale, Kirsten worked directly with one of our Senior Architects to complete the Canada Mortgage and Housing Corporation’s Illustrative Guide for Affordable Housing. The document required a detailed understanding of both the science of building affordably in Canada as well as an understanding of the details and drawing standards required to implement best practices in energy-efficient and cost-effective design. The manual, which will be made available through CMHC’s web portal, will set the standard for the design of new affordable housing Canada-wide. During her time at rA, Kirsten also contributed to a number of architecture projects in a variety of ways. Kirsten was part o the design development team for Block 32 in Regent Park- the first ‘market rental’ project that will be completed as part of the redevelopment of Regent Park. She worked on the development of building detail and detailed building section packages and also worked on the ongoing evolution of the overall design. Consistent with Kirsten’s work on our large-scale projects described above (she was very good), her contributions to our building design projects were of equal quality. As you could guess from the words above, I have no difficulty providing this letter of reference to Kirsten and I would be happy to share my reference directly as well (by phone) if necessary. Yours truly,
Drew Sinclair, Principal, regionalArchitects
110 Adelaide Street East th
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Kirsten Sheppard-Neuhofer
WATERLOO ARCHITECTURE PORTFOLIO
Academic Project 3B LAB in collaboration with Chris Chan
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STALKER LAB -- TRIM | RIP | OFFSET | COPY Waterloo University - Fall 2014 Professor - Maya Przyeski
This project takes a systematic approach to ripping paper in order to create an expanding black and white pattern on consecutive pages. To begin, a square is drawn on an 8.5+ 11� sheet of paper. The following steps were done:
Offset| The four resulting pieces were offset to the original outer 8.5x11� border Copy| The pieces were photocopied in order to leave a trace of the previous rip
Trim| The boder of the page is trimmed by 10 mm f each side Rip| The page was ripped at the center of the X and Y edges
|Repeat| Information from this systematic series was selected to create a python syntax code and then rendered in Rhino 5.
STALKER LAB
BARCODE DATA Through analysis of the data set, we devised a diagram that let us gather tertiary information abstracted from the previous set. This gives us a numerical series of information that described a generational growth between frames. The barcodes in the X and Y axis develop a kind of branching method as demonstrated in trees. From one generation to the next, black chunks either branch off to create “children” or end their lineage, leaving behind a “leaf”.
L
L
These relationships are paramount in the development of our code.
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MUTATIONS
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STALKER LAB
PSYDO CODE 1. User chooses an origin point. 2. Set number of generations to 6; Barcode decoded into specific generation categories based on average splits. Maximum twig count is coded as the maximum splits found in barcode. Minimum coded as minimum splits found in barcode. 3. Decides on random number of twigs based on generation and range, An end point is drawn. 4. Trace a pipe along previuosly drawn line to create thickness of the twigs from center point to end point. Spheres are drawn where there is a generational change. Radius is a random size in range, which was determined from the “growth square perimeter� ratio. 5. Draw next generation of twig. If the generation is a leaf, draw a disk shape at a random rotation centered on twig. If it is not a leaf, use end of line as a center point and repeat steps 1-5.
The code is extremely adjustable and allows us to change the output to better replicate a tree pattern. Angle mutation scale 1, angle 30 degrees.
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Kirsten Sheppard-Neuhofer
WATERLOO ARCHITECTURE PORTFOLIO
Academic Project 3B LAB in collaboration with Chris Chan
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BIRD CONSERVATION AND STUDY Waterloo University - Fall 2014 Professor - Maya Przyeski
This is a proposal for a bird watching tower that highlights the moments specific to Rattlesnake Point, a harbour for migratory and year-round birds. The Niagara escarpment that runs along the cliffside is paramount in the construction of the tower, along with the views it creates to watch the native birds. As we encroach on their habitat the utmost concern is given to the environment. We strive to change the conversation of the relationship between the bird and the watcher to create a site embedded in the forest typology. The building is wedged in a crevice of the cliffside and is lightly anchored back to the surface of the rock. The building extends vertically and creates a typology of the different
views in the site. In order to blend into this atmosphere without disturbance, newly designed green panels with native and bird-friendly plant species are positioned in strategic areas along the perches to facilitate a coexistence plane for the birds and watchers. Four types of birdwatching are analysed and are taken into consideration in the design of the tower. Places of moment and pause are created for all types of watchers to sleep, watch, and meditate while visiting the birds nesting and eating grounds. By creating a co-existing structure, the watchers get the optimum viewing experience while conversing to other watchers of their unique experiences.
Limit Boundary
Control PERCH PLANS
Intruder / No Distinction No clear distinction between environments
Neighbour / De-Lineate Clear distinction between environments
Co-Exist / Mediate Co-inhabitation of human and bird, shared environment
Porous boundary, accessibility, no controlled environment
Architectural boundary divides the domestic and wild space
Habitat is shared between domestic and wild
BIRD CONSERVATORY & STUDY
PERCH RELATIONSHIPS
UP UP
backyard pod
DN DN
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Sleeping pod
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WEST ELEVATION
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TYPES OR BIRDWATCHING
Backyard birdwatching. A common activity for all ages. Not much time is spent just waiting as feeders are often used to bring the perch closer to viewers. Experience Required Average Time Spent Waiting Time Common types of birds
1:5 MODEL
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Bird spotting. This includes walking along trails, parks, and open areas. There is not a lot of waiting, chances are you will see a lot of the common birds in the area.
Bird watching as a serious hobby. The level where you start spending all day waiting for birds; being part of a group that counts flocks as they migrate.
Birdwatching for research. This is at the scale of national geographic, where blinds are used for a week-long periods. This includes research of particular species or set of species.
BIRD CONSERVATORY & STUDY
VIEW DIAGRAMS
DN DN UP DN UP DN UP
VIEWS FROM TOWER Views are analyzed from the first perch plan to the top perch plan to create an optimum viewing space for all four types of birdwatching, as well as to determine the best placement for the sleeping pod and the backyard pod.
DIAGRID GRASSHOPPER COMPUTATION
Specific heights Analyze along the stair core are chosen. Specific heights along the stair core are chosen.
Analyzeare Heights represented as points and a base circumference shape is chosen. Heights are represented as points and a base circumfrance shape is chosen.
Base shapeCopyis copied and aligned along the points. Base shape is copied and aligned along the points.
Using a slider, Rotate the rotation of floor plates is determined to maximize views and panel layout.
Using a slider, the rotation of floor plates is determined to maximize views and panel layout.
A diagrid is created that makes Rotate the Diagrid Using a slider, the most advantageous viewing rotation and placement spaces, stability and panel layout of diagrid beams are determined to maximize to create an optimum bird watching experience. placement stability. Using a slider, the rotation and placement of diagrid beams are determined to maximize placement stability.
A diagrid is created that makes the most advantageous viewing spaces, stability and panel layout to create an optimum bird watching experience.
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DIAGRID PANELS
GROWTH PANEL
GROWTH PROMOTION PANEL
EMPTY PANEL
DIAGRID PANELS The vegitation panels offer shelter, camoflauge, and food for the viewer and voyeur. Selected vegitation is planted into the caged soil in the growth panel and grows through the terresed form growth promotion panel. The empty panel is stratigically placed in order to offer specific views optimal to the birdwatching type. The panels offer innovative strategies to bring the wildlife to the tower without disruption and pleasue for both entities.
PANEL PLANT TYPES
Hydrangea anomala
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Parthenocissus quinquefolia
Lonicera sempervirens
V. labrusca
BIRD CONSERVATORY & STUDY
SEASONAL RENDER This is an all season space where birdwatchers can express the hobby year round. Although the vegitation panels primarily grow in the warmer months, winter is a prime time for viewing winter birds such as the snowy owl as the vegitation roots offer shelter and camoflauge.
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Kirsten Sheppard-Neuhofer
WATERLOO ARCHITECTURE PORTFOLIO
Academic Project 3A FINAL PROJECT
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MIXED-USE DESIGN PROPOSAL Waterloo University - Winter 2014 Professor - Phillip Beesley, Mona Elf Khafif, Rolf Seifert
‘I see simplicity not so much as a disregard for complexity At 16 storeys, the mid-rise building offers a comfortable but as clarification of the significant’ pedestrian environment and animates the street condition - Glenn Murcutt 1980 by lining the sidewalk with doors and windows with active uses, including retail stores, restaurants, fitness centre, A design proposal for a building that challenges Toronto’s café’s and an innovation centre. All public uses are stracommon practice of building up; that fulfills simplicity of tegically placed on the bottom floors to stimulate and enform through simple geometric rules before that of pure courage the public to enter. The mid-rise condition will help function. accommodate the Bathurst Avenue growth and intensification over time.
MIXED-USE DESIGN PROPOSAL
URBAN FABRIC
URBAN FABRIC The mid-rise presents a more intimate environment in the dense Toronto landscape. A sense of community is created through the vertical and horizontal circulation within the building and the immense fabricated landscape within the courtyard. Neighbourhood is an amenity, whereas the tower is turing into a commodity.
FORM-MORPHOLOGY
Site boundary creates a parablock
Geometric form designed for purity
Puncher at access points
Form dissassembled to reveal central courtyard
Pieces dissassembled
Glazed facade located on the two outward faced elevations
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PROGRAM
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MIXED-USE DESIGN PROPOSAL
TRANSFORMATION
Form allows for expansion A
TRANSFORMATION The pure form and rules of the design allow for expansion for the ever growing metropolis, extending the form vertically.
Form allows for expansion B
Form allows for expansIon C
Form allows for expansion combined
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BUILD FOR HUMAN SCALE Building for the human scale promotes better living conditions. Operable window elements are examined for use that offer spaces of leisure and interaction with the horizontal neighborhood. The single loaded hallways offer views into the geometric courtyard that is for public use.
19 TORONTO DIAGRAMATIC SECTION
Kirsten Sheppard-Neuhofer
WATERLOO ARCHITECTURE PORTFOLIO
Academic Project 2B FINAL PROJECT
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ROWING LANDSCAPE Waterloo University - Summer 2013 Professor - Anne Bordeleau
This is a proposal for a rowing club that will create an interruption and give rise to a moment of reflection for the rower and the community. The construction of the rowing club will be blended into the context of the landscape, creating a series of braided pathways that lead the viewer through the outdoor space created by the building, while inviting one into the structure
through suggestive landscaping and patio. This collaboration of architecture, landscape and ecology create a dynamic gateway from the urban into the rural waterfront while reinvigorating plant species and the habitats they create.
ROWING LANDSCAPE
CONTEXT OF LANDSCAPE CONNECTION BETWEEN USERS The organic form of the rowing club create pathways that separate the users of the club from the public use, intersecting the two at parts of the trail which maximizes public growth of the club without hindering the professional use. SECTIONAL EXPLORATION Sectional cuts along the length of the form demonstrate the purity of form and the resulting use of the space.
21 SECTIONAL EXPLORATION
Buchnera Americana
Phlox divaricata Trillium flexipes Chimaphila maculata Juglans cinerea L.
PLANT SPECIES GROWTH PROGRAM
Veronicastrum virginicum
SITE PLAN WITH SPECIES ANALYSIS CAMBRIDGE ONTARIO
Direct access to roof
ATMOSPHERIC SECTION 22 Demonstrate use of space and passable areas within the landscape
PLANT SPECIES GROWTH PROGRAM
PATHWAY INTERSECTION
ROWING LANDSCAPE
All occupancy Rowers only Path intersection
ENVIRONMENTAL ANALYSIS Much of the Canadian landscape was covered by grasslands as recently as 200 years ago. Only a few sites remain. This means that plants and animals normally found in these sites are also uncommon. This proposal will reinvigorate the landscape and give home to rare plant species as well as the habitates it produces for animals and insects, such as the endangered rust patch bumble-bee.
Water content in Galt, Ontario adjacent to Rowing club site
PATHWAY DISTANCES/USE
Pathway intersection
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Kirsten Sheppard-Neuhofer
WATERLOO ARCHITECTURE PORTFOLIO
Academic Project 3B FINAL PROJECT in collaboration with Alicia Stirling
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CHAIR FOR AUDREY HEPBURN Waterloo University - Fall 2014 Professor - Heinz Koller, Christian Bellini, David Bowick
A feminine chair that is simple, elegant and dresslike in form. The structure of the chair is petite, to accommodate Audrey Hepburn, tasteful and elegant without being overexposed and imposing. The form imitates dress-like features, through the use of repetitive members and supporting dowels
that act as the thread to support the applied load. The structure fans out like a dress using symmetry and simplicity, allowing the duplicated elements to respond equally to applied loads. This also translates to the transition of the chair into its inverse, allowing its simplicity to act as a transformation.
STEEL STRUCTURE PAVILLION
DESIGN THROUGH PROTOTYPES A balance between efficiency of structure and elegance needs to be dete–rmined. The thickness at the critical joint (at the reinforced rod) needs to be large enough to support the weight, however needs to emphasis a petite and fragile structure. This balance is determined through various prototypes during the design stage.
FINISH DETAILS
CONSTRUCTION
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Kirsten Sheppard-Neuhofer
WATERLOO ARCHITECTURE PORTFOLIO
Co-operative Term rA/pA/rP PROJECT
SIGNAGE
VAUGHAN METROPOLITIAN CENTRE URBAN GUIDELINES Toronto, Ontario, Canada - Winter-Summer 2015
rA is currently developing urban design guidelines for the City of Vaughan, this includes streetscape plans, landscape plans, and architectural control guidelines. We participate in the review and formulation of the Official Plan, Secondary Plans and Block Plans
to ensure conformity with approved urban design policies and objectives of the City. The guidelines are not meant for manditory use but as suggestive in design, shaping cities with a focus on people and placemaking.
URBAN TYPOLOGY For each typology, spacial princilples, performative experience and best practices are illustrated.
URBAN TYPOLOGY
SIGNAGE
SIGNAGE
MILLWAY AVENUE TYPICAL BLOCK The primary objective for blocks facing Millway Avenue will be supporting the vibrant, active street life anticipated for the unique public realm along Millway Avenue. This will require the careful consideration of active uses, loading and servicing needs, pedestrian permeability and local climactic conditions along this frontage. SIGNAGE
SIGNAGE
SIGNAGE
Particular care needs to be taken at intersections with Avenue 7 to ensure the prominent corners are well designed.
SIGNAGE
SIGNAGE
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Illustration of typologies
VAUGHAN URBAN DESIGN GUIDELINES
MILLWAY AVENUE TYPICAL BLOCK
≈ 110m
local street
Millway Aven
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arterial (Avenue 7)
≈ 150m
local street
Millway Block Illustration of framework principles to the block level tower tops shall be designed to reduce the perceivable massing on higher levels and to contribute to an engaging skyline. Buildings shall be substantially shorter than maximum permitted if more than one tower per block, in order to meet density targets
stepbacks reduce casting shadows and wind speed into the inner block
high-rise shall always be setback from the street
high rise buildings shall setback and provide transition to the back in order to aid the integration of future buildings in adjacent lands
stepbacks from Millway Ave minimize shadows on promenade
arteria
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strong corners block wind for the inner block uses
nue 7
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misaligned mid-block connections slow down wind at pedestrian level, while allowing for breeze
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Millway Block Illustration of urban typologies to the block level
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BADAGRY RESETTLEMENT PLAN Badagry, Nigeria, Africa - Winter-Summer 2015
re-Plan, an associate company of rA, is currently working on a resettlement plan in Badagry, Nigeria. This resettlement includes prioritizing PAPS relations and understanding the requirements of
resettling their families. Topography of the land, proximity to families and water availabilty is studied to ensure comfortable resettlement.
Kirsten Sheppard-Neuhofer
WATERLOO ARCHITECTURE PORTFOLIO
Co-operative Term rA/pA/rP PROJECT
AGONVI SEA BEACH
GANYINGBO SEA BEACH
PROJECT BOUNDARY
HOKE-DAHO
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KUJINADA
AGONRIN SEA BEACH
GEOGRAPHIC PLACEMENT Resettlement of families must be carefully governed to ensure .
57.68ha. Required 36x18m 36x27m 36x36m Commercial Lots Facility Lots
82 41 14 11097m2 16646m2
9.57ha. Design 82 41 14 11014m2 16649m2
Required 36x18m 36x27m 36x36m Commercial Lots Facility Lots
12 6 2 1620m2 2430m2
AGRICULTURAL PRIORITIES Families with fishing,agriculture, farming sustainailities must be resellted with proper care.
17.48ha. Design 12 6 2 1661m2 1661m2
36x18m 36x27m 36x36m Commercial Lots Facility Lots
BADAGRY RESETTLEMENT PLAN
TOPOGRAPHY Topography must be studied and surveyed to ensure land is suitable for living.
Required
Design
4 1 1 486m2 729m2
4 1 1 501m2 823m2
SIZE OF GROUP Number of rooms and houses must be determined on an individual basis to ensure plot of land and house is suitable size. BUILDING MATERIALS/CONSTUCTION Construction material of house must be suitable to transport through the village and be suitable for current building practice in the village.
GBEREFU
ASAKPO
YOVOYAN
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Kirsten Sheppard-Neuhofer
WATERLOO ARCHITECTURE PORTFOLIO
Co-operative Term GEC ARCHITECURE PROJECT
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ALBERTA BALLET Calgary, Alberta, Canada - Fall 2013
The guiding principle for the new Alberta Ballet was not only to create a place, but an experience. An image of the study of movement was used as a precedent; the building was to metaphorically imitate the movement of dancers to create the
experience of motion on the exterior and interior of the building. I was involved with the schematic design, from the design charette to implimenting changes in the models and drafts.
ALBERTA BALLET
STUDY OF MOTION Ballet dancer movements govern the exterior shape of the new addition to the adjacent historic heritage building. Using the hand as a marker, the dancer is mapped and studied as a potential shape of the facade. This gives the building a fluidity that mimics the operation use of the building.
STUDY OF MOTION
PRELIMINARY DRAWINGS
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Co-operative Term GEC ARCHITECTURE WATERLOO ARCHITECTURE PORTFOLIO
BRENTWOOD CONDOMINIUMS Calgary, Alberta, Canada - Fall 2013
Kirsten Sheppard-Neuhofer
Brentwood Condominiums, University City, is in its final stages of design. Consisting of four mixed-use towers of residential and commercial develoment near the University of Calgary, the project is the first to be built toward the creation of a transitoriented development. Each tower consists of 216 residential units and a commercial retail floor on the
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CORPORATE RENDER
street level and was designed to create affordable housing along a major transit route. I was involved in the reviewing of building code analysis and the changes done to plans.
BRENTWOOD CONDOMINIUMS
BUILDING C DESIGN
BUILDING D DESIGN
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Kirsten Sheppard-Neuhofer
WATERLOO ARCHITECTURE PORTFOLIO
Personal Travel and Fine Arts Work
PHOTOGRAPHY & YORK UNIVERSITY WORK 2010 - Present
Clockwise: Squish Studio, Fogo Island, NL 2014 Nikon 7000 New York City 2012 Nikon 7000 Top Right: Oporto, Portugal 2015 Nikon 7000
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PHOTOGRAPHY
Clockwise: Mall Study Toronto 2011 Nikon F20, Darkroom Mall Study Toronto 2011 Nikon F20, Darkroom
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Thank You
Kirsten Sheppard-Neuhofer University of Waterloo kirsten.c.sheppard@gmail.com
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