Jonathan Sim Design Sheets

S I M D e s i g n S h e e t s

S I M J O N A T H A N + D E S I G N S H E E T SHawaii • Los Angeles • Philadelphia • London

[ S I M ] U L A T I O N D E S I G N S

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ObjectiveTo acquire a position in the field of architectural design, planning and construction which emphasizes principles of sustainability and structural experimentation through the implementation of innovative techniques/processes to satisfy design goals and project needs.

Masters of Architecture (M.Arch I)University of Pennsylvania School of Design-Philadelphia, PA.04 fall-.07 spring

Diploma Studies (M. Arch I, visiting student)Architectural Association (AA)-London, England.06 fall

Bachelor of Science, Civil Engineering (Bachelors of Science)University of California School of Engineering-Los Angeles, CA.99 fall-.03 summer

.07-CurrentFoster+Partners-London, England UKArchitectural AssistantCoordination and participation in projects and competitions which include Old Convention Centre Site (OCCS) Redevelopment, Yale University School of Management (SOM), Crossrail Retail and Park Station, 980 Madison Avenue, Extell Mixed-Use Tower (Competition), Apple Computer Headquarters (Confidential Feasibility Study), American Museum of Natural History Expansion (Competition), “The Magnet” (Centre for Science and Culture).

.06 summerGensler Architecture and Worldwide Planning-Washington D.C., District of ColumbiaArchitectural InternParticipation in projects which include Gaylord National Convention Center and Hotel, One Democracy Center, San Antonio Mixed-Use Planning, Confidential Data Center and Office Space Planning: Phase I Tasks included Schematic Design, Design Development, Computer-Aided-Drafting, Rendering, and Master Planning.

.02 summer

.04 spring+summer

.05 summerRichard Matsunaga and Associates Architecture Inc.-Honolulu, HIArchitectural InternParticipation in projects which include USDA Research Facility (Hilo, Hawaii), Kukui Tower Apartments Renovations, Kamehame ha Schools Renovation Project, Military Storage Facility (Guam), and Barber’s Point Mixed-Use Planning. Tasks included Design, Computer-Aided-Drafting, Survey Reports, On-Site Field Evaluations, Site Inspection, and Planning.

01 fall-.02summerRalph Stone & Co., Geotechnical and Civil Engineering-Los Angeles, CACivil Engineering Intern/Laboratory TechnicianTasks included Soil Analysis through, Consolidation, Compaction, Moisture Density, Direct Shear, Expansion, and Chemical Testing. Participation in report development, soil testing execution, and site research.

Engineering-In-Training Certification (EIT)Certification Issued By: State of California

National Council of Architectural Registration Board (NCARB)Intern Development Program (IDP): Registered Member (NYC License In-progress)

American Society of Civil Engineers (ASCE)Member

Boy Scouts of America-Troop 42 Sacred Hearts Church (Honolulu, HI)Eagle Scout Ranking, Order of the Arrow Brother & Assistant Scoutmaster

3D Modelling Software and Simulation:Rhinoceros 4.0, 3D Studio Max, AutoCAD, Modo 203, Ecotect, Visual Analysis, Microstation V8i (Bentley Architecture), Maxwell Render

Editing and Presentation Software:Adobe Creative Suite (Photoshop, Illustrator, InDesign, After Effects), Microsoft Office, Final Cut Pro, Adobe Premiere Pro.

Scripting Languages/Software:Macromedia Flash MX, Fortran 77, Grasshopper, Generative Components V8i

.10 fallDigital Tectonics-C3 Magazine (no. 313)C3 features works from the fields of architecture, landscape and urban design in a publication released monthly. The September 2010 C3 article entitled, “Sculpting the System’ features the Foster+Partners project Crossrail Retail and Park Station, Canary Wharf-UK as a current project applying methods of computation/generative design processes and fabrication techniques.

.07 summer[Navi]gator-AA Prospectus 2007/08The Architectural Association School of Architecture Prospectus is an architectural publication which is released annually featuring a selection of student works from the previous academic year. The AA Prospectus 2007/08 highlighted work [Navi]gator from the technical design studio entitled, ‘Performance Machining’ as an example of performance rationalized design.

Experience

Education

Certifications & Organizations

Software Proficiency

Publications

Curriculum Vitae l Work>> .04-CurrentS I M C u r r i c u l u m V i t a e


Jonathan Sim l Work>> .04-Current Curriculum Vitae l 2

Jonathan Sim29 Morgan Court

Battersea High Street

London, SW11 3HU

+44 (0)79 3651 3680

[email protected]

.11 springSmart Geometry Workshop+Symposium (Performing Skins Cluster) -Copenhagen, DenmarkThe Smart Geometry Workshop is an annual conference held at various locales worldwide to investigate and research concepts in digital architec-ture and design. Participants during the workshop/exhibition/symposium, lasting 6 days are encouraged to research and develop concepts and techniques within digital design to be presented during the final days of the conference. Specifically, the Performing Skins cluster challenges the participants to investigate and fabricate 3-dimensional knitted surfaces with interactive and responsive properties, employing parametric design tools to tailor specific functions to a particular design issue outlined within individual groups.

.09 summerRoyal Academy of Arts Summer Exhibition-London, EnglandThe Royal Academy’s Summer Exhibition is the largest open contemporary art exhibition in the world, drawing together a wide range of new work by both established and unknown living artists. Held annually since the Royal Academy’s foundation in 1768, the Summer Exhibition is a unique show-case for art of all styles and media, encompassing painting, sculpture, prints and architectural models. An essential part of the London art calendar, the show draws over 150,000 visitors during its three month long run.

.07 summerArchitectural Association Summer Exhibition-London, EnglandThe Architectural Association School of Architecture Summer Exhibition is an annual student exhibition featuring a selection of student works from the previous academic year. The AA Summer Exhibition 2007/08 highlighted work [Navi]gator from the technical design studio entitled, ‘Performance Machining’ as an example of performance rationalized design.

.06 fallLondon Studio at the Architectural Association-London, EnglandThe London Studio involved courses at the Architectural Association that engaged investigations into the dynamics and implications of the various marketplace organizations within the urban fabric of central London.

.06 summerProject 4 Gallery-Washington D.C.Wild BitsProject 4 gallery featured an exhibition on Experiments in Generative Models at PennDesign which featured work of students involving techniques in scripting in relationship to form.

.06 springChina Design Studio-Chengde, Beijing, ShanghaiChina Design Studio developed proposals for a city planning strategy to address growth issues and development within the ancient city of Chengde, located in the northeast region of China in the Hebei Province.

.05 summerJapan Summer Studio-Honshu, JapanJapan Summer Studio studied traditional and contemporary Japanese architectural building techniques, details, spaces, and philosophies. Visits and workshops were arranged to allow student to gain a wider understanding of the principles of design across the country by reaching destinations that span to Tokyo, Osaka, Nagoya, Okinawa, Miyajima, Hiroshima & Awaji Island.

*Further references will provided upon request

Study Abroad Experience + Exhibitions

Curriculum Vitae l Work>> .04-CurrentS I M C u r r i c u l u m V i t a e


Jonathan Sim l Work>> .04-Current Curriculum Vitae l 3



London, SW11 3HU

+44 (0)79 3651 3680

[email protected]

Washington OCCSTop: Interior Apartment Visualization

Middle: ‘Jewel Box’ VisualizationBottom: Residential Condominium Blocks

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[Washington] OCCS >>Washington D.C. (USA)

Washington OCCSAbove: 9th Street Residential Block ViewBelow: Interior Apartment Visualization

Old Convention Centre Site (OCCS)

The ten-acre site of the former Washington Conven-tion Center occupies a strategic position in the East End of downtown Washington, bordering the main city axis of New York Avenue with views towards the White House. Previously enclosed by a single, vast structure, the masterplan is designed to break the site into smaller, pedestrian blocks. The practice has designed four buildings within the mixed-use scheme, which brings together hotels, offices, apartments, restaurants and shops. Designed to be human-scaled in contrast with the imposing scale that characterizes the surrounding area, the buildings step down from ten storeys at the perimeter of the site to frame a central plaza, a civic focus where the streets and pathways converge.

>>Gross External Area (m²) - 84631.9 m² >>535,000ft² - Office buildings with retail >>376,000ft² - Condominium buildings

>>Offices - LEED Gold>>Condominiums - LEED Silver

Jonathan Sim l Foster+Partners>>Work .07-Current Design Sheets l 4

Design Sheets l Foster+Partners>>Work .07-CurrentS I M D e s i g n S h e e t s




London, SW11 3HU

+44 (0)79 3651 3680

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Jonathan Sim l Work>> .04-Current Design Sheets l 4

Washington OCCSTop: Retail Visuals for Residential Blocks

Middle: Residential Facade StudyBottom: Residential Facade Study

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[Washington] OCCS >>Washington D.C. (USA)

Washington OCCSAbove: Conceptual Perspective of Residential Unit LayoutsBelow: Individual Unit Rendered Plan

Old Convention Centre Site (OCCS)

The ten-acre site of the former Washington Conven-tion Center occupies a strategic position in the East End of downtown Washington, bordering the main city axis of New York Avenue with views towards the White House. Previously enclosed by a single, vast structure, the masterplan is designed to break the site into smaller, pedestrian blocks. The practice has designed four buildings within the mixed-use scheme, which brings together hotels, offices, apartments, restaurants and shops. Designed to be human-scaled in contrast with the imposing scale that characterizes the surrounding area, the buildings step down from ten storeys at the perimeter of the site to frame a central plaza, a civic focus where the streets and pathways converge.

>>Gross External Area (m²) - 84631.9 m² >>535,000ft² - Office buildings with retail >>376,000ft² - Condominium buildings

>>Offices - LEED Gold>>Condominiums - LEED Silver






London, SW11 3HU

+44 (0)79 3651 3680

[email protected]


Yale University, SOMTop: Interior Courtyard+Circulation Concept Visualization

Middle: Interior Courtyard VisualizationBottom: Breakout Space Visualization

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[ S I M ] U L A T I O N D E S I G N SS I M D e s i g n S h e e t s

[Yale Univeristy] SOM >>New Haven, Connecticut (USA)

Yale University, SOMAbove: Entrance Concept VisualizationBelow: Rendered Site Plan

The Yale Univeristy, School of Management (SOM)

The building has been designed in response to an integrated curriculum that has the potential to reinvent business school education. The four-storey, highly transparent building contains dynamic, flexible teaching and social spaces, arranged around an open central courtyard to reinforce the interactive quality of the educational ethos. The building is characterized by its glazed facades that encourage a direct interface between break-out and formal teaching spaces. From Whitney Avenue, two classroom drums and spiral staircases are visible between the slender columns that support the roof canopy, while the social spaces and café are placed at the heart of the building, facing inward to the central courtyard. The auditorium, with an executive meeting room above, defines one curved façade of this landscaped square, directly opposite the library and main entrance.

>>Gross External Area (m²) - 20902.5 m²






London, SW11 3HU

+44 (0)79 3651 3680

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Yale University, SOMTop: Interior Courtyard Visualization

Bottom: Whitney Avenue Entrance Visualization

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[ S I M ] U L A T I O N D E S I G N SS I M D e s i g n S h e e t s

[Yale Univeristy] SOM >>New Haven, Connecticut (USA)

Yale University, SOMAbove: Classroom Drum Rendered SectionBelow: Interior Concept Render

The Yale Univeristy, School of Management (SOM)

The building has been designed in response to an integrated curriculum that has the potential to reinvent business school education. The four-storey, highly transparent building contains dynamic, flexible teaching and social spaces, arranged around an open central courtyard to reinforce the interactive quality of the educational ethos. The building is characterized by its glazed facades that encourage a direct interface between break-out and formal teaching spaces. From Whitney Avenue, two classroom drums and spiral staircases are visible between the slender columns that support the roof canopy, while the social spaces and café are placed at the heart of the building, facing inward to the central courtyard. The auditorium, with an executive meeting room above, defines one curved façade of this landscaped square, directly opposite the library and main entrance.

>>Gross External Area (m²) - 20902.5 m²






London, SW11 3HU

+44 (0)79 3651 3680

[email protected]


Crossrail Retail + ParkTop: Roof Garden Visualization

Bottom: Northwest End Visualization


[Crossrail] Retail+Park >>London, England (UK)

Crossrail Retail + ParkRight: Roof Garden Entrance VisualLeft: Sectional Facade+Function Study

Crossrail Retail+Park, Canary Wharf

The design is characterized by a landscaped, shel-tered park on the roof, easily accessible from ground level by two connecting bridges. Wrapping around the structure like a timber shell, the lattice opens in the centre to draw in light and rain for natural irriga-tion. Four levels of shops, cafes and amenities will sit above the station, and the park will be bounded at each end by pavilions housing a restaurant and children’s centre. As a winter-garden, the enclosed areas at each end will allow local workers and resi-dents to comfortably enjoy the park all year round. The area around the station will be welcoming and accessible, designed to encourage people to use the new park and shops at the weekend, as well as during the week, and creating a lively new community facility.

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London, SW11 3HU

+44 (0)79 3651 3680

[email protected]


Crossrail Retail + ParkTop: West Station Entrance Visualization

Middle: Roof Garden Plan+Sectional VisualizationBottom: Station Entrance Concept Visualization

S I M D e s i g n S h e e t sS I M D e s i g n S h e e t s

[Crossrail] Retail+Park >>London, England (UK)

Crossrail Retail + ParkAbove: Roof Garden Concept VisualizationBelow: Diagrid Timber Connection Detail Study (Design Method Statement)

Crossrail Retail+Park, Canary Wharf

BREEAM target rating of: Excellent

Structural System timber diagrid roof and facade shell, concrete structural frame

Number of Storys: 7 - (2 station levels (below dock), 2 retail level (below dock), 2 retail levels (above dock) + park level)

>>Gross External Area (m²) - 34837.5 m² >>Site Area (m²) - 8361 m² >>Typical Floor Area (m²) - 7432 m²

>>Building Height - 28m >>Building Width - 33m >>Building Length - 310m >>No. of Storeys - 7 >>No. of Basements - 4

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London, SW11 3HU

+44 (0)79 3651 3680

[email protected]


Cleveland Clinic CampusTop: Internal Landscaped Courtyard Sketch

Middle: 89th & Carnegie Street Entrance LobbyBottom: Overall Masterplan Development Rendering


[Cleveland Clinic] Campus >>Cleveland, OH (USA)

Cleveland Clinic CampusAbove: CCC Materplan Concept SketchBelow: Cancer Institute Entrance Lobby Visualization

Cleveland Clinic Campus Masterplan

Foster + Partners has been appointed to masterplan the Cleveland Clinic site in Ohio. The project is intended to expand the clinic’s current facilities to the edges of its 168-acre campus, including establishing a site for a new Neurological Institute and an addi-tional facility for cancer treatment. Raising the quality of the architecture and landscape of the campus is a central concern for the clinic and the scheme will seek to establish a better environment for patients, reflecting the excellence of care offered by the clinic.

Established in 1921, Cleveland clinic has grown in several phases, expanding initially from its original building at Euclid Avenue and East 93rd street with a row of traditional, medium scaled, classically inspired hospital buildings. The new masterplan will focus on balancing the needs of patients with the desire to open the campus to the city and fill it with welcoming outdoor spaces.

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London, SW11 3HU

+44 (0)79 3651 3680

[email protected]


Cleveland Clinic CampusTop: Cancer Institute cloister Visualization

Middle: Overall Masterplan Concept VisualizationBottom: Aerial Visualization toward Cleveland City Centre


[Cleveland Clinic] Campus >>Cleveland, OH (USA)

Cleveland Clinic CampusAbove: 93rd Street SketchBelow: Internal Landscaped Courtyard Visualization

Cleveland Clinic Campus Masterplan

Foster + Partners has been appointed to masterplan the Cleveland Clinic site in Ohio. The project is intended to expand the clinic’s current facilities to the edges of its 168-acre campus, including establishing a site for a new Neurological Institute and an addi-tional facility for cancer treatment. Raising the quality of the architecture and landscape of the campus is a central concern for the clinic and the scheme will seek to establish a better environment for patients, reflecting the excellence of care offered by the clinic.

Established in 1921, Cleveland clinic has grown in several phases, expanding initially from its original building at Euclid Avenue and East 93rd street with a row of traditional, medium scaled, classically inspired hospital buildings. The new masterplan will focus on balancing the needs of patients with the desire to open the campus to the city and fill it with welcoming outdoor spaces.

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London, SW11 3HU

+44 (0)79 3651 3680

[email protected]


980 Madison AvenueTop: Madison Avenue Visualization (South)

Middle: Madison Avenue Visualization (North)Bottom: Rendered Elevation


[980 Madison] Avenue >>Manhattan, NY (USA)

980 Madison AvenueAbove: 77th & Madison Avenue Concept RenderBelow: Madison Avenue Visualization (South)

980 Madison Avenue

Located in New York’s Upper Eastside preserved Landmark District, the proposed development rises above an existing building built in 1948. Following the 1949 design with its stone grid, the façade of the new addition is derived from the same modulation and incorporates a veil of shading screens comprising fine elliptical rods in a bronze finish. The new addition appears to float above the original structure - a lightweight counterpoint to the original Alabama limestone building below. The new residential entrance is discreetly placed along 76th street and opens to a dramatic internal atrium while new retail facilities will be accessed from the newly restored Madison Avenue entrance.

>>Gross External Area - 18942.31 m² >>Existing building area - 85,000sqft >>3 Story addition area - 122,850sqft >>Site Area - 1894.23 m² >>Building Height - 130.45m >>No. of Storeys - 9 >>No. of Units - 18

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London, SW11 3HU

+44 (0)79 3651 3680

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Avery Fisher HallTop: Columbus Avenue Visualization

Middle: Josie Robertson Plaza Elevation Render Bottom: Lincoln Centre Auditorium Longitudinal Sectional Study


[Avery Fisher] Hall >>Manhattan, NY (USA)

Avery Fisher HallAbove: Lincoln Centre Auditorium Cross Sectional StudyBelow: Interior Auditorium Concept Render

Avery Fisher Hall,Lincoln Center for the Performing Arts

Following an international design competition, Foster and Partners were selected to work with Lincoln Center on the future development of the 2,738-seat Avery Fisher Hall – the concert hall originally designed by Max Abramovitz in 1962, and remod-elled by Philip Johnson and John Burgee in 1976. Dedicated to the highest standards of excellence in symphony, opera, chamber music, theatre, dance, film, and arts education, the Centre’s educational programs also host 900,000 students and teachers from across the globe annually.

The aim, as Lord Foster noted, “is to create a space that will do justice to the world’s foremost musicians and performers.’’ The scheme retains the exterior shell and interior shear walls, while reconfiguring the concert hall to dramatically improve acoustical performance.

>>Net Internal Area (m²) - 16164.6 m² >>Proposed - 153000 - 174000 sq ft >>Current - 154000sq>>Building Capacity - 2350

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London, SW11 3HU

+44 (0)79 3651 3680

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Extell TowerTop: Aerial Visualization (Northern Perspecitve)

Middle: Interior Apartment VisualizationBottom: Plinth Concept Visualization


[Extell] Tower >>Midtown-Manhattan, NY (USA)

Extell TowerAbove: Central Park Perspective VisualizationBelow: Columbus Circle Perspective Visualization

Extell Tower

The Extell Tower proposal was a 5 week competition to deliver a 1300ft mixed-use skyscraper scheme comprised of 12 levels of penthouses, 34 levels of residences, a 10 floor hotel with unobstructed views of Central Park, offices and retail programs.

>> Residential - 556,000 sqft>> Hotel - 150,000 sqft>> Offices - 575,000 sqft

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London, SW11 3HU

+44 (0)79 3651 3680

[email protected]


Extell TowerTop: 57th Avenue Street Entrance Visualization

Middle: Interior Apartment VisualizationBottom: Aerial Visualization (Northern Perspecitve)


[Extell] Tower >>Midtown-Manhattan, NY (USA)

Extell TowerAbove: Rendered Entrance Lobby PlanBelow: 57th & Broadway Street Level Visualization

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Extell Tower

The Extell Tower proposal was a 5 week competition to deliver a 1300ft mixed-use skyscraper scheme comprised of 12 levels of penthouses, 34 levels of residences, a 10 floor hotel with unobstructed views of Central Park, offices and retail programs.

>> Residential - 556,000 sqft>> Hotel - 150,000 sqft>> Offices - 575,000 sqft






London, SW11 3HU

+44 (0)79 3651 3680

[email protected]


American Museum of Natural HistoryTop: Interior Atrium Ramp Concept Render

Middle: AMNH Aerial Perspective VisualizationBottom: AMNH Final Phase Rendered Plan

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[Museum] of Natural History >>Manhattan, NY (USA)

American Museum of Natural HistoryAbove: Columbus Avenue Entrance VisualizationBelow: West 79th Street Entrance Visualization

American Museum of Natural History (AMNH)

The AMNH competition provided a scheme for a 10 year 400,000 gsf masterplan which included two options for a new addition to the existing campus during which the museum would remain fully func-tional. The Science and Education Innovation Centre (SEIC), was requested by the client as either a 150,000 sqft new build or a 85,000 sqft renovation + extension. The particular challenge for the SEIC program included introducing various programs which included Learning, Exhibition, Convening and Laboratory/Research Spaces into a limited site boundary.






London, SW11 3HU

+44 (0)79 3651 3680

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The Magnet, OxfordAbove: Museum Cafe VisualizationBelow: Sectional Facade Study

The Magnet, OxfordTop: Longitudinal Section

Middle: Ground Floor Gallery Space VisualizationBottom: Level 02 Planar Cut Diagram

[The Magnet] >>London, England (UK)

The Magnet, Oxford

Foster + Partners has been commissioned by Sci-ence Oxford to design ‘The Magnet’, an innovative new non-profit cultural centre for science in Oxford. The multi-purpose events and exhibitions venue is more akin to an arts centre in its approach than a museum, and will allow everyone, from students and families, to the local business community and tourists, to discover and be inspired by the latest developments in science and technology.

The centre is focused on a covered performance space, with an egg-shaped immersion theatre at its heart and will provide a much needed home for sci-ence culture in the city, hosting major touring exhibi-tions as well as lectures, films and artist installations, rather than permanent, static displays. Designs for the centre feature a rooftop sculpture garden, a res-taurant and seminar and conference facilities, and a proportion of the scheme will be a commercial office development, suitable for a science or technology firm based in the region.

>>Site Area: 0.4 Acres (1,618 sqm/17,424 sqft)>>Existing Built Area: 4,850 sqm (52,204 sqft, >>Total Proposed Area: 4,560 sqm (49,083 sqft)

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London, SW11 3HU

+44 (0)79 3651 3680

[email protected]


LandformTop: Initial Plaster Folding Study

Middle: Secondary Plaster Manipulation Study Bottom: Preliminary Program Plan

[Land]form >>Gardiner, Oregon

User Traffic Access

Loading/Manufacturing Traffic Access

Gallery Program

Office Program

Testing Program

Observation Program

Manufacturing Program

Testing Program

Observation View Corridor

Public Space/Exhibition Area

FLandformAbove: Process Rendering Below: Initial Form/Program Study

Landform is a research and development facility in Gardiner, Oregon focused toward the production of ocean power technologies. Currently, this particular project is the research topic for the final studio of my career at the University of Pennsylvania. Due to the research based emphasis for this particular studio, abstract investigations into form development through material studies such as plaster are being employed. The process of balancing form and op-eration has led to deeper research of programmatic operations that in turn further inform the resultant aesthetic. A negotiation between the space oc-cupied on either sides of the structure becomes a dance of volumetric biases, where the result is an eventual compromise of form and function.

Jonathan Sim l UPenn>>Work .04-.07 Design Sheets l 18

Design Sheets l UPenn>>Work .04-.07S I M D e s i g n S h e e t s




London, SW11 3HU

+44 (0)79 3651 3680

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Split Body Comparison & Pressure AnalysisChannel Line AdjustmentSplit Body Optimization Comparison (Top)Pressure Analysis (Bottom)

[Navi]gatorTop: Physical Model Detail

Middle: Perspective RenderBottom: Vector Analysis-AnsysCFX

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[Navi]gator >>London, England

[Navi]gator is a project which called for the design of a dynamic body in order to understand bodies and form in motion. Through research and wind-tunnel simulations in ANSYS-CFX, designs were constantly tested to inform performance and form. The design of this body took into account the stream of frontal forces due to forward movement in space. As a result, the body was sculpted to utilize wind paths by implementing channels moving across the body at strategic points to stabilize the frame. In addition, the design of the core cavity allowed the body to redirect forces within the form thus enabling the body to assist a propulsion system that may be introduced.

Jonathan Sim l UPenn>>Work .04-.07 Design Sheets l 19

Design Sheets l UPenn>>Work .04-.07S I M D e s i g n S h e e t s




London, SW11 3HU

+44 (0)79 3651 3680

[email protected]

S I M J O N A T H A N + D E S I G N S H E E T SHawaii • Los Angeles • Philadelphia • London

S I M J O N A T H A N + D E S I G N S H E E T SHawaii • Los Angeles • Philadelphia • London29 Morgan Court


London, SW11 3HU

[email protected]

+44 [0]79 3651 3680

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Jonathan Sim Design Sheets