ARCHITECTURAL PORTFOLIO | SURABHI VASHISHT | M.ARCH . MSBE . B.ARCH
SURABHI VASHISHT surabhi.vashisht@outlook.com +1.480.845.7182
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CONTENTS
01 . Arts, Media and Engineering | Fall 2015
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02 . Case Study | John Deere Headquarters | Fall 2015
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03 . Student’s Pavillion | Spring 2016
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04 . Miracle Manor Retreat | Summer Internship - 2016
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05 . Wellness Centre | Fall 2016 - ADE 621
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06 . Exhibit Design | Fall 2016 - Travel Studio
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07 . MIscellaneous
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08 . RESUME |REFERENCES
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01 . Arts, Media & Engineering - Stauffer Hall Fall- 2015 Instructor: Kasey Josephs ASU Campus, Tempe Architectural Style: Pre-cast Concrete Panels, Dry- Wall Context: Educational/ Institutional
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Function Stauffer hall is a multi- disciplinary institute catering to 6 other schools located on campus acting as cohabitated courtyard for the different programs in wing-B and all official programs being accomodated in wing-A. The access to wing-A, Forest Avenue also acts as a courtyard in program bringing in a confluence of functions and inter-personal interaction for users. Issue The building happens to have a static, uninviting facade while the programs are unevenly distributed in plan which mars a heirarchial structure. The building also lacks spaces for interaction amongst users. The facade also does not recognize with the surrounding contemporary structures such as the COOR Hall.
Study Model
Brise Soleil Concept Solar Study 5|6
The design of the Brise Soliel corresponded to the mathematically calculated values for different hours of the day and an average of different values for each solstice.
East Facade
The solution began with identifying the spaces to be enlarged and program relocation and addition and was followed with the amalgamation of the designed Brise Soliel so to create habitable spaces along the facade.
The resulting design made for energy savings to a 50% approximately as analyzed upon Revit due to reduction in artificial lighting during the day, reduced heating/ cooling loads and efficient distribution of prospective HVAC design.
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Re-Modelled / Proposed Spaces alongwith the existing spaces.
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Student’s Pavillion - Exterior Space
Student’s Pavillion -Interior Space
02. Case Study - John Deere Headquarters Mouline, Illionois Fall- 2015 Architectural Style: Steel Instructor: Kasey Josephs
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John Deere Headquarters, located in Mouline, Illionois; designed by Eero Saarinen beautifully sit amidst a lush green surrounding with rare occassion of harsh sun making its way through. Therefore the facade is uniformally shaded on all four sides with a metal Brise Soleil. The Exercise focussed on analyzing the structural and spatial tectonics of the building through dissection by means of analytique drawing and physical study model of a 1/2”= 1’-0” scale built in bass wood. The construction of model was highly conducive in understanding the stability and connections of the structure. Longitudnal Part- Section Analytique Section through the building
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ventilation ducts
Steel Section extending to facade supporting Louvers on frame
Steel Section
Floor Finish and Facing
Louvers
Envelope Detail
03. Student’s Pavillion, Downtown Campus, Phoenix Architectural Design and Illuminance analysis Comprehensive Studio Spring 2016 Instructor: Thomas Hartman
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The site is located at the periphery of ASU Downtown campus, essentially facing north and Walter Cronkite School of Journalism to the south which physically castes shadow onto the site. The east and west are considerably exposed to sun both in terms of direct radiation and global irradiation and thus require optimum shading on both surfaces as also on the north.
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SITE AND CIRCULATION
East Filmore Street
N central Avenue
N !st Street
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North - East View
Walter Cronkite School of Journalism and Mass Communication
Site PLan
PARTI Proposing a structure on the periphery without overshading the building to the south completely. Create a positive space for interaction and activities bringing people into around and through the building.
Builtscape
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West Entrance Lobby
North Gallery - Top Floor
Window
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FACADE DETAIL AND IRRADIANCE ANALYSIS INSULATED GLASS PANEL
STEEL BRACKETS
The diagram shows maximum shading around the sections that are the most thick or are parallel to the horizontal . The portion in green is the opaque part of the facade system comprising of the metal insulated panels which are optimizing the shading pattern while also successfully reflecting nearly 50% of the incident radiation ( global + radiant ). The portion in red is the most illuminant with nearly 60 - 70% variation in illuminance levels. Another important revelation is of the panels on the top two levels of the building with excessive illuminanace levels which can possibly be overcome with alternation in materials and angles.
INSULATED STEEL PANEL
INSULATION
INSULATED BASE PLATE
The shading taking place in the central portion inducing lower cooling loads on the associated spaces.
FACADE DETAIL
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MIRACLE MANOR RETREAT, Desert Palm Hot Springs Detailing and Presentation for Building Expansion RoTo Architects Architectural Style: wood frame, stucco Architect : MICHAEL ROTONDI Context: Commercial/ Tourism
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Transverse Section Through Site
Longitudnal Section Through Site
North West Site View
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Site Plan
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South View
West Site View
Guest Rooms
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Owner’s Duplex
Communal Kitchen
B - Main Office
Energy Potential Recognition and Proposal for Prospective Solar Panel Installation
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Hydronic Floor Proposal Layout
ADAPTIVE REUSE IN INTERIOR ARCHITECTURE - TEMPE HARDWARE BUILDING Built: 1898 Architectural Style: Panel Brick Commercial Architect : James Creighton Built Area: 14000sqft Storeys: 3 Context: Commercial/ Tourism - Retail Development
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HISTORY The Tempe Hardware Building was originally built as the Odd Fellows Hall in 1898. The building has also served as home to a variety of fraternal organizations, churches and civic groups, in addition to a number of businesses. The Tempe Town Council met in the building, prior to construction of the first Town Hall in 1924. The Tempe Hardware Co. occupied the ground floor from 1906 until it closed in 1976,making it one of the oldest continuously operated businesses in Tempe history.
LOCATION The site is located on MIll Avenue, a distinct commercial district situated in Downtown, Tempe.
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FOUND OBJECT The concept derived from an exercise of “Found Object wherein an antique cup was facilitated physically to exhibit its preservation by creating a enclosure for the same. The Design then evolved as reinforcing the existing structure such that the earlier exercise turned inside out and the exterior/facde of the historic building was preserved.
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ANALITIQUE
ISOMETRIC VIEW 45 | 46
SECTIONAL VIEW
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Exhibit Design Fall - 2016 Travel Studio Instructor: Jose Bernardi
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Water is to Venice as Sun is to Phoenix Goals Enrich the site with colors and textures through shading while conveying the experience of the city with areas of compression and large open plazas Concept Cultural contexts coincide between the movement of the Venetian canals and the sunlight of the Phoenician desert , redefining the use of public spaces and the movement through them. High Contrast Elements: water vs sun Approach: transport vs shelter Location: below vs above Placement: ground vs canopy Materiality: fixed structure vs versatile rope Function: sedentary furniture vs passage way Optimization: light vs shade
Texture
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Light
Section
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Plan
Details
Proposal 49 | 50
Louis I. Kahn Trophy Water Front Architecture Documentation Chittorgarh Fort, Rajasthan, India Pen Renders
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RESUME
EXPERIENCE Design Intern - RoTo Architecture (summer 2016) Proposal for design of expansion of Miracle Manor Retreat located in Desert Palm Hot Springs and applicable energy systems. Construction drawings for Channel 35 ( TV Studio - Adpative Re-use Project). Assistance to Prof.Michael Rotondi on lecture series in SCI-Arc called PENTIMENTO.
Teaching Assistant - The Design School at ASU (fall 2014) Collaboration with professor and other TAs for course content and grading rubrics. Mentoring students in their coursework and grading.
Architectural Intern - The Elements ( INDIA) (fall 2012) Interior Design Proposal for ETHOS (Multi - Brand Swiss watch Showroom). Construction Drawings for Aurobindo Institute for Management (INDIA).
Architectural Intern - DAAT INDIA ( summer 2012) Design Proposal for Residence in cold and humid region with emphasis on climate response. Interior Design Proposal for corporate office (DLF - India)
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EDUCATION Arizona State University, The Design School (2014 - 2017) Master of Architecture Masters of Science in Built Environment Punjab Technical University, India (2009-2014) Bachelor of Architecture
Technical Skills AutoCAD, Autodesk REVIT - BIM, Autodesk RHINO,Adobe Photoshop, Adobe INDesign, IMovie, After Effects, EQuest
Activities Active Member of the USGBC communications and membership committee for Arizona Central Chapter and AIAS ASU
CERTIFICATION LEED Green Associate
REFERENCES MICHAEL ROTONDI Principal - RoTo Architects Phone: +1.323.226.1112 email: mroto@rotoark.com KASEY JOSEPHS Studio Instructor email: Kasey.Josephs@asu.edu Harvey J.Bryan Program Co-ordinator - MSBE email: Harvey.Bryan@asu.edu
ISSUU : issuu.com/surabhivashisht4 55