Graduate Portfolio_Ruchi Singhania

Page 1

Ruchi Singhania Selected Works 2012-2021


RUCHI SINGHANIA Architect | Urbanist Los Angeles

WORK EXPERIENCE Apr 2021 - Present | Aaron Brumer & Associates Architects, Los Angeles, CA - Architectural Designer

-Individually managed 10 projects under Principal Architect including 2 SFD new construction, 5 major remodel/addition, a 4 unit townhouse, an ADU Garage Conversion and carried out CA for a SFD. -Started 7 projects from scratch and prepared SD, DD and CD sets for each. Submitted 4 projects for Permitting, of which 2 are Ready to Issue. -Successfully coordinated with consultants and Building department for project development, getting clearances and Plan Check corrections. Sep 2020 - Feb 2021 | Development Integration Gurus Inc., San Mateo, CA - Architectural Designer

-Prepared Feasibility Studies, SD, DD, and CD sets in SFDs, ADUs, and Garage Addition Projects in 8 cities in California -Developed grasshopper/dynamo scripts to automate site plan generation in Revit. Jul 2020 - Sep 2020 | sl Collectives, Los Angeles, CA - Collaborator

-Performed advanced research and design development for grant proposal of Salton Sea Research Facility, which National Endowment of Arts and Alianza has successfully funded. Nov 2017 - Mar 2019 | VYOM, New Delhi, India - Architect

-Co-led the preparation of Detail Project Report (DPR) for a 68 Acre R&D center of an Oil Company. -Developed the design in consultation with Ong&Ong Singapore, AECOM, and RFD Center-Michigan -Prepared construction drawings for 5+ projects and oversaw the execution on-site with a Senior Architect. -Supervised and guided interns for drawings and graphics creation.

EDUCATION Aug 2019 - Jun 2020 | University of California, Los Angeles - Master of Architecture II, Urban Strategy Studio Jul 2012 - May 2017 | School of Planning and Architecture, Bhopal, India - Bachelor of Architecture

SKILLS Experienced - Autodesk Revit, Dynamo, Rhino, Grasshopper, Autocad, Adobe Creative Suite, Enscape, Lumion, Sketchup Basic - Autodesk Maya, Vray, Autodesk 3ds Max, GIS


CONTENTS

PROFESSIONAL 04

The Deck House Aaron Brumer and Associates Architects, Los Angeles Architectural Designer

08

Canton Remodel Aaron Brumer and Associates Architects, Los Angeles Architectural Designer

12

FDDI Ankleshwar VYOM, New Delhi, India Architect

ACADEMIC 16

Earthpiles: Bunker Hill Land, Urban Strategy Spring Studio, 2020 UCLA Architecture and Urban Design

22

Earthpiles Land, Urban Strategy Fall Studio, 2019 UCLA Architecture and Urban Design

30

Reminiscing Life in an Indian Market Redevelopment of Khan Market, New Delhi, India Architecture Thesis, SPA Bhopal

RESEARCH 38

Seeing Dust SL Collectives, 2020 Collaborator

44

Blog/Website Author



THE DECK HOUSE

AARON BRUMER AND ASSOCIATES ARCHITECTS May- Present under Aaron Brumer Basement Plan

First Floor Plan

Project: Status: Location: RFA: Valuation: Consultants: My Role:

Single Family Dwelling New Construction Building Permit in Process (Got PC Corrections, to be resubmitted) Demo Permit issued Los Angeles 3396 SF $750,000 AB Structural Design Inc.(Structural) Noa Advanced Design Inc. (Civil) JMD Landscape Architecture (Landscape) Concept Design, SD, DD, CD set, Permit Applications, Structural/Civil Coordination, Submit Clearances, 3D Model and Renders, 3D Printed Resin Model

This is a 2 story SFD new construction to be built after complete teardown of an existing 80 yr old SFD. I was working on the project individually under the guidance of Principle Architect. Along with develoing the documents, I proposed several intelligent design solutions to solve zoning code related issues without severly affecting the central design idea.

Second Floor Plan 5


Modeled in Sketchup Post-production in Enscape and Photoshop

Modeled in Sketchup Post-production in Enscape and Photoshop

Resin 3D Printed in Formlabs Form 3 In-House

Resin 3D Printed in Formlabs Form 3 In-House


Vertical Section through Staircase

Horizontal Section through Garage

7


Demolition Axo

EXISTING CONSTRUCTION TO BE DEMOLISHED EXISTING CONSTRUCTION TO REMAIN/ NEW CONSTRUCTION

Proposed Design Axo


CANTON REMODEL

AARON BRUMER AND ASSOCIATES ARCHITECTS May- October under Aaron Brumer

Project: Status: Location: RFA: Valuation: Consultants: My Role:

SFD Remodel & Addition Building Permit Issued Los Angeles 2,254 SF $250,000 Berkoz & Associates, Inc. (Structural) Concept Design, SD, DD, CD set, Permit Application and required documents, Structural Coordination, Obtained Clearances

11230 W Canton Dr is a major interior remodel of an Existing 1778 SF one story Single Family Dwelling (SFD) with 276.4 SF addition. It is located on a Hillside, thereby required a GPI and Hillside refferal form. Being in the Mulholland Scenic Parkway Specefic Plan, the project also required a Mulholland Joint refferal form.

9


Demolition Floor Plan

Proposed Floor plan


East Elevation

Demolition Plan Keynotes 01

REMOVE EXISTING WALL FRAMING AND FINISHES

02

REMOVE EXISTING DOOR AND FRAME

03

REMOVE EXISTING WINDOW AND FRAME

04

REMOVE EXISTING FIXTURES AND FINISHES

05

REMOVE PORTION OF EXISTING WALL

06

REMOVE COUNTERTOP AND CABINETRY

07

REMOVE EXISTING KITCHEN FIXTURES AND APPLIANCES

08

REMOVE EXISTING FIRE PLACE

09

REMOVE EXISTING POST

10

EXISTING FLOOR STRUCTURE AND FOUNDATION TO REMAIN

11

(N) ROUGH OPENING FOR (N) WINDOW OR DOOR

West Elevation

Legend EXISTING CONSTRUCTION TO REMAIN

Vertical Section through Garage

EXISTING CONSTRUCTION TO BE DEMOLISHED

EXISTING CONSTRUCTION TO REMAIN NEW CONSTRUCTION 2 X 6 WD STUD WALLSEE STRUCTURAL DRAWINGS NEW CONSTRUCTION 2 X 4 WD STUD WALLSEE STRUCTURAL DRAWINGS EX S CM

"ENERGY STAR" COMPLIANT EXHAUST FAN CONTROLLED BY HUMIDISTAT SMOKE DETECTOR CARBON MONOXIDE DETECTOR

Vertical Section through Kitchen and Dining 11


FDDI Ankleshwar Exterior View

Site Section through Amphitheater


FDDI ANKLESHWAR VYOM New Delhi, India Nov 2017 - Mar 2019 under Baikunth Nath Sinha

Project: Campus Design (Institutional) Client: FDDI- Ministry of Commerce, Govt of India Location: Ankleshwar, India Status: Constructed Site Area: 10 Acre Project Cost: 13 M USD My Role: Construction Administration, Representation graphics

Footware Design and Developement Institute (FDDI) is a government institute under Ministry of Commerce and Industry, Government of India. The campus includes, Academic Block, Girls’ and Boys’ Hostel, Auditorium, Staff Accommodation Student Activity Courts, OAT. While working in VYOM, I majorly worked on a 67 acre Indian Oil (IOCL) R&D Center. I was in the core team of six for the project and worked in consultaion with Ong & Ong, Singapore, RFD, USA and AECOM. I couldn’t include it in my portfolio as they had signed an NDA(Non Disclosure Agreement) with the clients. My Contribution My responsibilities included design and development of one of three options for the campus design. I was responsible along with another colleague for all the digital modeling and generation of a 15 minute walkthrough for the final design along with all the views and preparing the DPR (Detail Project Report) for the project.

13


FDDI Ankleshwar Amphitheater

Conceptual Site Plan

Detail Design - Site Plan


Site Plan

15


Modeled in Rhino Post-production in Adobe Illustrator


Earthpiles Bunker Hills Land| Post Earthquake Bunker Hill Architecture M Arch II | UCLA Architecture and Urban Design Year Long Project Spring 2020 studio work

with Jingyi Wang ,Yuxuan He and Gaurav Puri under Jeffery Inaba, David Jimenez and Gillian Shaffer Featured in Archinect archinect.com/features/article/150202016/ ucla-thesis-students-investigate-la-s-iconic-bunker-hill

The iconic Bunker Hill in Los Angeles has undergone several land transformations, most notably in the years 1850, 1970, 2000, and throughout its short history. Due to these topographic changes and its unstable grounds on top of a liquefaction zone, this area is susceptible to damage in the event of an earthquake. A new typology of shells and piles compose a new construction method for reassembling disaster debris, where rubble gets recycled and reconfigured into a new foundation for postdisaster urban life. Bunker Hill is a prototype for new architecture throughout the rebuild of Los Angeles after 2050.

17


Below Shell Plan

Modeled in Rhino Post-production in Adobe Illustrator and Photoshop

Above Piles Plan

Modeled in Rhino Post-production in Adobe Illustrator and Photoshop


3 Methods to use debris

METHOD 1

manipulate topography use as land

Bunker Hill Topography Key Plan

METHOD 2

manipulate topography use as mold

METHOD 3

reinforce structure use as enhancer

Shells and Piles The topography is modified using the debris creating shells and negative of debris pile and thereafter excavating the piles below the shells and placing them above to stabalize the shells. 19


Continual process of Recycling and Construction This is how living in a permanent state of transition looks like. The debris is recycled continuously and processed into a new structure. ModeledininRhino Rhino Modeled Post-production Illustrator Post-productionininAdobe Adobe Illustrator


21


Modeled in Rhino Post-production in Photoshop


Earthpiles Land| Los Angeles Land Manipulation M Arch II | UCLA Architecture and Urban Design Year long Project Fall 2019 studio work

with Jingyi Wang and Yuxuan He under Jeffery Inaba, David Jimenez and Gillian Shaffer Featured in UCLA Currents

Overtime, the land of Los Angeles has been built by excessive land manipulation. Construction projects require deep excavations for foundation before functional spaces are actually built. The unused earth is then transported to some other place which is both uneconomical and unsustainable. The proposal of Earthpiles introduces a typology which uses “dig and fill” method for construction where the amount of earth excavated is equal to the amount of earth filled on a site. The excavated area becomes the architecture while excavated earth becomes the landscape. Both the landscape and architecture can have multiple public uses where people can gather and enrich the pedestrian lives. The structurural system is also earthquake resistent and generates a microclimate.

23


TRADITIONAL CONSTRUCTION METHOD

1.

DIGGING OUT EARTH

2.

LAYING BUILDING FOUNDATION

3.

STRUCTURE STABALIZATION

4.

ERECTING CONCRETE/WOOD BUILDING

PILES OF DUG OUT EARTH LEFTOVER

P R O P O S E D “D I G A N D F I L L” M E T H O D

1.

DIGGING OUT EARTH

2.

3.

SUPPORT STRUCTURE

EARTH RECONFIGURATION

4.

EARTHPILES

NO LEFTOVER!


Life on Earthpiles

Modeled in Rhino Post-production in Photoshop

Life Unde Earthpiles

Modeled in Rhino Post-production in Photoshop

25


Section through Eathpiles Modeled in Rhino Post-production in Photoshop

Sail vaults are extremely stable structure that can bear heavy loads and efficiently transfer it to ground. Thus they are used to put earthpiles on it

The upperground and underground levels are interconnected internally as well as externally

Vehicular movement within the facilitated below the earthpiles i still allowing connection on upperg


structure is in the vaults ground.

If the programs are such, that connectivity is required underground, vehicular movement is above the earthpiles

The structure is connected harmoniously with an existing building or structure on both the levels

27


Modeled in Rhino Post-production in Vray, Photoshop


MDF board with Clay Piles

Foam with sugar Piles

29


Site Plan

Modeled in Autodesk Modeled in Autodesk Revit Revit Post-production in Photoshop Post-production in Photoshop


Reminiscing Life in an Indian Market

Redevelopment of Khan Market New Delhi, India B.Arch| SPA Bhopal

Bachelor Thesis Nominated for NIASA, Council of Architecture

under Gaurav Singh Presented in National Thesis Awards, Council of Architecture, India

Khan market, established in 1951 in New Delhi, initially a neighborhood market catering to nearby residential area, it no longer resembled an Indian market today. The roadside venders, found in almost every street of India, are missing, people are indifferent to each other, and moreover the people found in the market are mostly not native people. More than the physical surroundings, the ambience of the space had changed which made the market feel unfamiliar. With my proposal, I intended to revive the spirit of the market by introducing the tangible and, more importantly, the intangible characteristics usually found in an Indian market, but now lost in Khan Market. By analyzing various case studies of unaltered old Indian markets, I identified the primary intangible elements found in many Indian markets, which are mutual trust and understanding between buyers and sellers, the acceptability of diverse sections of society, temporal variations in the configuration of market, and a sense of community among shopkeepers. By identifying these characteristics first, I then designed the physical space to accommodate them.

31


1

Shop Extensions in shaded walkway

Direct Visual link between shops and pedestrian path

EARLY STAGE: Heirarchy of Spaces Store -- Covered walkway -- Hawkers -- Road

3

Shops enchroching the corridor

Walkway moved out in the sun

CURRENT STAGE: Enclosure of Market Store -- Open walkway -- Hawkers & Road

TRANSFORMATION


2

Small Vendors, Group gatherings all gone with narrower corridor

TRANSITION STAGE: Extension of Store Store -- Open walkway & Hawkers -- Road

Visual link broken between shops and pedestrian path

4

Private plaza with limited people

Conjusted pedestrian path with Hawkers and Pedestrians in one lane

FUTURE PREDICTED: Market in an inert box Store -- Parking Private Plaza -- Hawkers & Road

N OF KHAN MARKET 33


Modeled in Autodesk Revit Post-production in Illustrator


Shop Extension

Open Space for Hawkers

Aligned shops

Creative space for small vendors

Shaded Walkway

Shaded walkway with temporary material prevents the shops from permanent extension

Floors aligned perpendicular to each other Recreative seative spaces

Extended seating

I observed that in a traditional Indian market, the relationship between seller and buyer is evolved and nourished in the covered walkway (Verandah) running continuously in front of the shops. Hence in my design I proposed an intervention to prevent its enclosure by shops. The shops are able to capture the walkway since a permanent roof exists and they only require to build the walls, which is an easy task. Therefore, I have proposed a temporary fabric material to shade the walkway to prevent it. The perpendicularly positioned floor above it not only ensures a uniformity in the sizes of shops, but also creates a sense of closure along with visual permeability. The design also presents spaces with different physical characteristics, encouraging different types of activities

35


Top View A: Partially Covered Terrace Middle View B: Covered Top with open sides Bottom View C: Shaded corridor in front of stores with temporary roofing material to prevent shop extension

Modeled in Autodesk Revit Post-production in Lumion, Photoshop

Perpendicularly aligned floor give rise to spaces with distinct physical characteristics, that encourage different activities. In the space with partial roof the shadow on the floor is similar to that of a tree, thus creating a vernacular ambience, perfect for local art and craft market. The space with covered roof and open sides, is perfect for enjoying the rain and sun visually, thus suitable for exhibitions. The shaded walkway on the ground acts as a interface for interaction among people and shops. Availability of various categories of shopping area in the market make it more viable to different classes of people.


X

Y

Z

Part Exploded View

37


2020

Modeled in Rhino Post-production in Adobe Illustrator


2070 SeeingDust Salton Sea, California

Collaborator | SL Collectives Jul 2020 - Sep 2020

with Gillian Shaffer, Chinmayi Suri and Florian Lepnard Fully Funded by National Endowment for the Arts Featured in Cooper Climate Coalition https://climate.cooper.edu/event/michael-wangnick-lutsko-gillian-shaffer/

Once, more popular than Yosemite Park, Salton sea today is today in danger of extiction. The lake is gradually drying out and the dust in that area rising up. The research was to explore the ways in which architecture can respond the situation. Providing solution, creating awareness about the issue or creating a habitable structure inert to the atmosphere outside, were some of the possible proposals we were discussing. We decided to create a structure which is research lab and its built form interacts with the wind direction such that dust gets accumalated around it. Therefore, today a just a building, tomorrow it becomes a landmark and a measure of the amount of dust in the air. Also an attraction for people thus increasing awareness about the area. My Contribution Coming up with design ideas, design discussions, Developing the rhino model, Creating the shrinkwrap in grasshopper and preparing design graphics.


Concept Diagram The building branches are oriented in a way to optimize dust collection as per wind direction and promote great views.


Wind/Temperature Diagram with Water filled Salton Sea

Wind/Temperature Diagram with dried up Salton Sea


Research Lab Axonometric

Section through South Wing with dust Stratigarphy


Wrap Surface

Triangulated mesh Wrap


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