Graduate Portfolio

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CHANDANA RAO ARCHITECTURE PORTFOLIO 1 2015—2023 C HAN D ANA N R A O P
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-FL.WRIGHT

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“AN IDEA IS SALVATION BY IMAGINATION.”
CHANDANA RAO ARCHITECTURE PORTFOLIO 3 2015—2023 CONTENTS WASH HOUSE 4 14 26 32 38 48 54 LIBRARY PLUS GAYMING ARCHITECTURE THE GREAT LAKESWAY THE THIRD SPACE RIVER COMMONS PROFESSIONAL WORK
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IN|BETWEEN FRONTIERS

Artificial intelligence (AI) is intelligence demonstrated by machines, as opposed to the intelligence of humans and other animals. Artificial intelligence (AI) is shaping fundamental aspects of Human societies. AI automates, speeds up, and improves the accuracy of the performance of broad categories of undertakings, embracing classification, clustering, and prediction. AI’s prospective contribution to social good is attained by generating a comprehensive socio-political question of the responsibility of the different stakeholders, of cooperation between them, and of shareable principles underpinning the current human understanding of an ‘AI society.’ In other words, a social understating of AI is required to amalgamate a new strategy for AI applications.

Artificial intelligence is designed to assist decision-making when the data, parameters, and variables involved are beyond human comprehension. Most importantly, AI systems make the right decisions given the constraints. However, AI notoriously fails to capture or respond to intangible human factors that go into real-life decisionmaking. Can this be applied to AI systems to measure whether AI is ready for the real world, in which machines can think and make the same design decisions that are justifiable that humans would make?

The project In|Between Frontiers aims to test the application of AI in the socio-political realm where interventions, while dire, haven’t taken shape due to many extraneous factors. The project aims to address topics of inclusive data and human-AI interaction by placing AI at the center of one such socio-political issue, the USMexico border. While the extents of interventions are multifold, this project aims to address the issues of migration along the border.

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2023 | EL-PASO| MIXED USE RESIDENTIAL HOUSING | Area :551,700 SQFT INSTRUCTOR : MATIAS DEL CAMPO TEAM : JUTANG GAO, RANYA BETTS-CHEN, CHANDANA RAO

The Juarez-El Paso region, also known as the Borderplex, is a vibrant and dynamic transborder on two major cities: Ciudad Juarez, which is located in the state of Chihuahua, Mexico, and El unique cultural blend, as it shares a rich history and heritage that transcends the international

The Juarez-El Paso region has a significant population, with over 2.7 million people, making it the U.S.-Mexico border, with San Diego-Tijuana being the largest. The region has a diverse population, population.

The Juarez-El Paso region is known for its economic ties and cross-border trade. It is a major commercial activity, including manufacturing, logistics, and transportation. The region is home medical devices. The close proximity of Ciudad Juarez and El Paso allows for seamless cross-border Mexico and the United States.

However, the Juarez-El Paso region also faces unique challenges. One of the notable challenges and migration patterns over the years, leading to changes in border enforcement policies and practices. the El Paso sector highlights the ongoing complexities and issues related to immigration and border

Despite these challenges, the Juarez-El Paso region continues to be a vibrant and dynamic area contributes to the social, cultural, and economic fabric of both Mexico and the United States.

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agglomeration located along the border between Mexico and the United States. It is centered El Paso, which is located in the state of Texas, United States. The region is known for its international boundary.

it the second largest conurbation (urban area formed by the merging of two or more cities) on population, with a mix of cultures, languages, and traditions, including a significant Hispanic

major hub for international trade between the United States and Mexico, with significant home to a number of manufacturing industries, including automotive, electronics, aerospace, and cross-border trade and supply chain integration, making it an important economic engine for both

challenges is immigration and border security. The region has seen fluctuations in illegal crossings practices. The statement you provided about a surge in illegal crossings and encounters in border security in the region.

area with a rich cultural heritage, strong economic ties, and a diverse population that States.

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More than 2,500 people arrive in El Paso each day. With the shelters at capacities, migrant camps offering a below-par standard of living, and Texas having fallen short on affordable housing, the question now is where do these people go?

The project aims at addressing this dire need for housing through AI.

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There are three main AI tools we chose to use as the staples of our methodological process. That is StyleGAN-2 ADA—which is a type of machine learning framework for smaller datasets that is useful in training a set of images and then generating new high-resolution images based on the pieces of training. Neural Style Transfer—an optimization technique using two images to blend them together, and Convolutional Neural Networks or CNNs—which is useful for image or object recognition and classification using large amounts of data. It is important to note this as it will be explained further why we used these tools for our project, the results we achieved, and how they work.

MASKED BOUNDARY

SEED 0 FROM TRAINING PROGRESSION FROM EARLY STAGES TO CURRENT STAGE. AIMING FOR AN AUGMENT VALUE OF 0.6.

SYNTH OUTPUT

VECTORIZED OUTPUT

PROGRAM GENERATED FLOOR PLAN

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DATA SET CREATION WITH USING 2,100 IMAGES FROM AROUND EL-PASO,NEW MEXICO, AND MEXICO ALPHA CHANNEL RGB CHANNELW/O ALPHA CHANNEL StyleGAN-2 ADA Training Process and Final Set of Images Convolutional Neural Network Floor Plan Generation

We developed our methodology based on the idea that it will be useful in helping us create new connections based on its versatility—something that is often necessary when addressing large-scale projects. We started out by collecting 2,100 satellite images of NM, TX, and MX, then using those images for training to create our site plan image. From the site plan image, we drew boundaries of the buildings that we wanted to have on our site, which was then used to generate 2-D floor plans. Finally, the 2-D floor plans that were generated were developed into 3-D models using Grasshopper in Rhino 3-D software.

CHANDANA RAO ARCHITECTURE PORTFOLIO 13 2015—2023 STYLE CONTENT IMAGE D+B (2) EXTRACTION OF ELEMENTS NATURAL PATTERNS +STREET GRID RESULT Site Plan Creation (Style-Transfer) Process and Resulting Image Floor Plan Generation with CNN — Sample of 52 Total
Errors

After the generation of functional floor plans, the idea was to take “houses” and convert them into a community that respects the livelihoods of its residents. The community site plan was designed taking into account the immediate needs of the residents, which was aimed at majorly housing the migrant community. Looking into the same, we found that there was an acute need for the following issues:

1. Resources to cover basic needs

2. Medical attention and treatment

3. Safety and protection methods

4. Access to information and orientation

This gave rise to the idea of planned community centers on the site that would meet the rehabilitation and recreation needs of the residents. The community center would house a primary healthcare facility and a recreation facility for adults and children. Communal dining was an idea that was proposed to address the resources required to cover the basic needs of its residents. It would function as a live-work model that encourages the residents to have the means of income generation. This cohesively adds to the nature of the community on the site.

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COMMUNITY CENTER DESIGNED FOR THE REHABLITATION OF ITS RESIDENTS

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COMMUNITY CENTER DESIGNED FOR THE REHABLITATION OF ITS RESIDENTS

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INTERIORS OF THE RESIDENCES

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EXTERIORS OF THE RESIDENCES

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WASH HOUSE

This project focuses on the everyday experiences of affordable housing and supporting how residents live out their daily lives. Affordable housing can often become unengaging aesthetically and minimal within the provided programs. This is typically due to a lack of funding, sourcing for construction practices, or considerate design approaches which can sometimes evolve into uneconomical or buildings or sites. While attempting to make housing more affordable, the consideration of human focused design should not be overlooked, it should be utilized to create or design through morality.

The Wash House hopes to join the community and support them through considerate construction practices and design methods. The design concepts for our site were inspired by “The Concise Townscape” written by Gordon Cullen. In his introduction, Cullen emphasizes how historically designers have overlooked “the speed of change” which then “prevents the environment organizers from settling down and learning by experience how to humanize raw material thrown at them.” (p.13) Considering the humanity for the residents within the design and construction of the spaces will support the individuals within the site as well as providing spaces for the community to connect while going about daily activities.

To eliminate the humanly focused design trade-offs for our affordable housing, the site provides programmed spaces connected dynamically to support daily activities making them more enjoyable. “The process, be it’s in stomach or brain, is part of our human bondage” and how we “digest” our environment is critically important to consider within its design. “And so we have to make organizational changes in order that human scale can be brought into effective contact with the forces of development.” (p.13)

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2023 | DETROIT| MIXED USE RESIDENTIAL HOUSING | Area INSTRUCTOR : LISA SUAVE, JOHN DAVID WAGNER TEAM : CLAYTON ARVIN, PAULINE GERD, CHANDANA RAO

This project focuses on the everyday experiences of affordable housing and supporting how residents live out their daily lives. Affordable housing can often become unengaging aesthetically and minimal within the provided programs. This is typically due to a lack of funding, sourcing for construction practices, or considerate design approaches which can sometimes evolve into uneconomical or buildings or sites. While attempting to make housing more affordable, the consideration of human focused design should not be overlooked, it should be utilized to create or design through morality.

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The site’s organizational programs include a grocery, café, and a laundry room. On the first floor is the grocery commercial space, providing the community with healthy food and opportunities for connection through the connected outdoor courtyard. The laundry space and café are connected subgrade, this evolved through the considerations of the waiting time for the wash machines and dryers. Residents and visitors can utilize the laundromat and then go to the café to wait for the machines. This design hopes to encourage connection for the community and the residents. There is a garden space providing views of trees and greenery while folding and using the space within thQe laundromat. The first floor commercial spaces are curving concrete and glass walls formed with deep contemplation regarding the “life of the community” and “pedestrian priority.” (p.123) The moral design approaches recognize how some inhabitants of the site will be familiar with the spaces, while others will see it as more “’foreign’ territory” and will want to explore or move through the programs differently.

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PROJECT : WASH HOUSE

Floor Area : 101,463 Sqft

FAR : 1.73

No OF FLOORS : 5

DWELLING UNIT COUNT : 64 UNITS

COMMERCIAL SPACE : 10,000 SQFT

BUILDING TYPOLOGY : RESIDENTIAL AFFORDABLE HOUSING

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Floor Plan Wash House 1” = 20’-0” Ground Floor Plan Wash House 1” = 20’-0” Parking Loading dock Cafe Grocery Grocery Parking
2nd
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GAYMING ARCHITECTURE

THE LAND OF MAOI

PROJECT TEAM : LIN HAO

CHANDANA RAO

PROJECT INSTRUCTOR : LEAH WULFMAN

PROJECT DURATION : 12 WEEKS

PROJECT PHASE : CONCEPT TO COMPLETION

Utilizing spatial computing and real-time gaming technologies, this design-build prototyping studio Gayming Architectures focused on spaces exist ing and fantastical, taking and collapsing given definitions and mechanics from both architecture and video games in order to promote increasingly hybridized working methods between physical and digital spaces and objects. While physical space is increasingly subjected to gamification, digital space has always been physical; lamps in video games are using real electricity. “Gaming the sys tem” refers to certain methods used to manipulate the rules for a certain system to one’s advantage. Gayming is a way of playing and experiencing games that’s fundamentally gay, non-normative, messy, and out-of-step, non-binary, pessimistic yet joyful. When we “Gayme Architecture”, we disrupt architec ture’s own antiquated tendencies towards normative ly virtual proposals—the hypothetical building, the speculative future—and instead, develop generative, practical alternative applications for our hybrid present.

In this design-build prototyping studio, we de signed and prototyped material, spatial scenari os and furniture in direct conversation with the spatial and aesthetic possibilities of the game engine, which collapses and combines multiple architecture mediums in time and space to create cohesive gaming worlds. These scenarios began to equate certain game concepts and mechanics—like levels, triggers, scenes, assets, colliders, cameras, environment,..—with architectural givens— like room, floors, door, window, furniture, stair, elevator, floor area and height, scale, interi or, exterior.Working both at 1:1 room scale and architecture model scale, we framed and approached these interactive spatial scenarios through focused workshops, where we defined and designed our way through each in an extremely playful, informa tive and iterative fashion. The course culminated in utilizing the workshops to develop their own site-specific 1:1 Mixed Reality (MR) installation and game, which integrated with a building recon figured and reimagined through the playful logics and aesthetics of their game.

Maoi the Dystopia is a VR world exploration game that takes on themes of Dystopia and Post Dysto pia in a fictional land of Maoi. The game takes the player through three scenes, taking the player through the story of the land of Maoi.

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The green path of Maoi, the legend has it that thelast few magical maushrooms are found along this path. Populating these mushrooms in the land, will ensure, that theres still some hope for Maoi. Theres hope that if you can re-populatethese mushrooms across the land, the land can once again be healed.

PREMISE : A time not too long ago, there existed a land so green so pristine, that it was the envy of all planets. greed and corruption of the humans inhabiting the land soon plundered the land into a barren ruin. This Welcome to the dystopic land of Maoi. The mining and corruption and pollution has set the meteorite in travelling astronaut rush yourself to the holy tower and plant the

The green path of Maoi, the legend has it that the last few magical maushrooms are found along this path. Populating these mushrooms in the land, will ensure, that theres still some hope for Maoi. Theres hope that if you can re-populate these mushrooms across the land, the land can once again be healed.

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the land of maoi

The idea of the game and the VR piece was to map the physical assets and the virtual assets on Unity and Steam VR, to produce a VR piece that was synonmous in both the physical and the virtual realm. As one tries to interact with the virtual assets one is also sensing physically the physical assets, mapped into place in the virtual world. This merges the seemingly different worlds and takes the VR experience up a notch by unifying all the senses.

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CHANDANA RAO ARCHITECTURE PORTFOLIO 31 2015—2023 LINK : https://youtu.be/20l_ckMb8wc

LINK : https://storymaps.arcgis.com/stories/2fa966a3830e4c4b8e22dd69e7bea0b4

The Great Lakes Way @ Trenton builds on the partnership with the Community WFoundation for Southeast studies the centrality of Trenton in the The Great Lakes Way, a network of 156 miles of blueways 7 miles of shoreline along the Detroit River, the city of Trenton has a critical role to play is only this last year that large industrial and infrastructural riverfront properties are changing designation are a testimony that Trenton is moving away from its industrial past and diversifying connection of the city with the Detroit River and ensure residents continue to share their ideas

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https://storymaps.arcgis.com/stories/2fa966a3830e4c4b8e22dd69e7bea0b4

Southeast Michigan and the City of Trenton initiated in the 2021 summer semester. The project blueways and 160 miles of greenways interconnected from Lake Huron through Lake Erie. With almost in this project. While the transformation of the waterfront has been ongoing for decades, it changing ownership (former ARefuge Gateway development, and the recent Pure Michigan Trail Town diversifying its economic base and lifestyles. Therefore, this is a prime time to strengthen the ideas on the possible futures for Trenton´s Waterfront Revitalization District.

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Trenton’s waterfront sites are situated between two important trail systems. These trails serve as essential connections between the city’s most economically and historically important places, including the former McLouth Steel sites, downtown Trenton and its city parks, and the DTE Trenton Channel Power Plant. Considering and improving the quality of these trails is an important part of establishing the Great Lakes Way at Trenton.

This section illustrates the main components of the networks of greenways and blueways that travel along Trenton. Their incremental implementation over the years speaks of a long-term community commitment to expanding the opportunities for land stewardship, outdoor recreation, and healthy living.

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This section provides a close account of Trenton’s waterfront parks and former industrial properties along the Detroit River. Each location includes a brief site history, environmental information detailing the nature of the industrial pollution as well as cleanup efforts, and the cultural and economic situation of the sites under consideration. Please scroll through and interact with the map below to learn more about some of the waterfront sites under transformation in Trenton!

Trenton’s waterfront sites are situated between two important trail systems. These trails serve as essential connections between the city’s most economically and historically important places, including the former McLouth Steel sites, downtown Trenton and its city parks, and the DTE Trenton Channel Power Plant. Considering and improving the quality of these trails is an important part of establishing the Great Lakes Way at Trenton.

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This Scenario has two primary goals: to improve the existing physical infrastructure supporting the Great Lakes Blue and Green Ways at Trenton, and to activate the trail system through cultural programming and small nodes of access to the Detroit River. This proposal doubles down on the importance of celebrating Trenton’s industrial legacy and environmental recovery through temporary public interventions. In its first iteration, the biennial explores Trenton’s industrial history while providing a new level of community engagement with the Iron Belle Trail, the Downriver Linked Greenways, and the Detroit Heritage River Water Trail..

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A coalition of regional foundations stewards this project through a permanent endowment of funds for the first regional biennial of de-industrilizing Great Lakes cities. Funds from governments and corporations interested in the curatorial capacities of the Biennial make possible the implementation of more permanent exhibitions and public spaces. Every two years, an organizing team prepares a thematic call for proposals. The organizing team further manages the selection process for the artists, designers, and ecologists who will collaborate in the conceptualization of the interventions and summer programs. In addition, the creation of a Biennial citizen’s council ensures public participation is centered through the organization and the event’s development.

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THE THIRD SPACE

Rapid urbanization is altering the physical and cultural milieus of Indian cities, making it seem as if the past, the present and a somewhat dystopian future are all colliding, snuffing out breathing space. Are our cities facing an identity crisis? Indian cities greatly lack public spaces, and one such Indian city is Fort Kochi. The city being the first Indian city to host Biennale, continues to lack physical space that can emulate the essence of a Biennale, once it’s over. The demographic void left by Biennale in the city, is not addressed. Hence, the introduction of a third space, that can offer the people of the city a home away from home.

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physical space that can emulate the essence of a Biennale, once it’s over. The demographic addressed. Hence, the introduction of a third space, that can offer the people of

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site selection :

Kochi also known as Cochin is a major port city on the south-west coast of India bordering the Laccadive Sea. It is part of the district of Ernakulam in the state of Kerala and is often referred to as Ernakulam. Kochi is the most densely populated city in Kerala. As of 2011, it has a corporation limit population of 677,381 within an area of 94.88 km² and a total urban population of more than of 2.1 million within an area of 440 km², making it the largest and the most populous metropolitan area in Kerala.

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ROAD NETWORK THE CHAIN LINK BIENNALE LOCATIONS ALONG THE CHAIN LINK
PROPOSED SITE

Kochi also known as Cochin is a major port city on the south-west coast of India bordering the Laccadive Sea. It is part of the district of Ernakulam in the state of Kerala and is often referred to as Ernakulam. Kochi is the most densely populated city in Kerala. As of 2011, it has a corporation limit population of 677,381 within an area of 94.88 km² and a total urban population of more than of 2.1 million within an area of 440 km², making it the largest and the most populous metropolitan area in Kerala.

The site, consists, of pepper house, which is already a historic structure, along with an old customs office, which is dilapidated. the site must form a physical/visual link with the two structures on the opposite ends of the site. along with connecting the city to sea. while, ensuring that the view to the sea, from the road isn’t disrupted. THESIS DISSERTATION

PROXIMITY CHART : USER GROUP ANALYSIS :

LOCALS : 30%

FORT KOCHI AND MATTANCHEERY ARE CONNECTED TO MAINLAND BY FERRIES WHICH RUNS FROM EARLY MORNING TO LATE EVENING.

THESIS DISSERTATION

CONCEPT ANALYSIS :

ART SHOULD BE FREE FOR ALL

THIRD SPACE SHOULD BE FREE FOR ALL

ART SHOULD BE AN EXPERIENCE, RATHER THAN SOMETHING THAT’S HUNG ON FOUR WALLS.

THE ESSENCE OF THE EDGES TO BE BROUGHT INTO THE SITE

ENABLE THE NEW CIVIC

INCLUSIVE

THESIS DISSERTATION

THESIS DISSERTATION

CONCEPT ANALYSIS :

CONCEPT ANALYSIS :

ART SHOULD BE FREE FOR ALL

ART SHOULD BE FREE FOR ALL

THIRD SPACE SHOULD BE FREE FOR ALL

THIRD SPACE SHOULD BE FREE FOR ALL

ART SHOULD BE AN EXPERIENCE, RATHER THAN SOMETHING THAT’S HUNG ON FOUR WALLS.

ART SHOULD BE AN EXPERIENCE, RATHER THAN SOMETHING THAT’S HUNG ON FOUR WALLS.

THE ESSENCE OF THE EDGES TO BE BROUGHT INTO THE SITE

THE ESSENCE OF THE EDGES TO BE BROUGHT INTO THE SITE

ENABLE THE NEW CIVIC

ENABLE THE NEW CIVIC

INCLUSIVE

INCLUSIVE

CREATING A NEW HYBRID 3RD SPACE.

CREATING A NEW HYBRID 3RD SPACE.

CREATING A SYMBOLIC AND ACTUAL LIFE OF THE CITY.

CREATING A SYMBOLIC AND ACTUAL LIFE OF THE CITY.

TEASING THE LIFE OUT OF

THE SITE IS WELL CONNECTED BY ALL MEANS OF TRANSPORTATION.

THE SITE ALMOST SITS AT THE CENTER OF THE CONSISTENT BIENNALE LINK.THE SITE

CREATING A NEW HYBRID 3RD SPACE.

CREATING A SYMBOLIC AND ACTUAL LIFE OF THE CITY.

DESIGN PROGRAMME :

TEASING THE LIFE OUT OF THE EDGES

ENABLE THE NEW CIVIC

INCLUSIVE IN NATURE

CONCEPT ANALYSIS :

CONCEPT ANALYSIS :

STUDENTS :10%

THE SITE, CONSISTS, OF PEPPER HOUSE, WHICH IS ALREADY A HISTORIC STRUCTURE, ALONG WITH AN OLD CUSTOMS OFFICE, WHICH IS DILAPHADATED. THE SITE MUST FORM A PHYICAL/VISUAL LINK WITH THE TWO STRUCTURES ON THE OPPOSITE ENDS OF THE SITE. ALONG WITH CONNECTING THE CITY TO SEA. WHILE, ENSURUING THAT THE VIEW TO THE SEA, FROM THE ROAD ISNT DISRUPTED.

THE SITE, CONSISTS, OF PEPPER HOUSE, WHICH IS ALREADY A HISTORIC STRUCTURE, ALONG WITH AN OLD CUSTOMS OFFICE, WHICH IS DILAPHADATED. THE SITE MUST FORM A PHYICAL/VISUAL LINK WITH THE TWO STRUCTURES ON THE OPPOSITE ENDS OF THE SITE. ALONG WITH CONNECTING THE CITY TO SEA. WHILE, ENSURUING THAT THE VIEW TO THE SEA, FROM THE ROAD ISNT DISRUPTED.

the Pepper house and the customs office

HENCE, A RECTANGULAR BLOCK WAS MADE TO CONNECT THE TWO EXTREME ENDS, AND THIS BLOCK WAS LIFTED, TO FORM A FLUIDIC GALLERY, WITH OTHER FUNCTIONS, TUCKED BELOW. THE FLUIDIC GALLERY ENSURED THAT THE LINK BETWEEN THE CITY AND THE SEA WAS MAINTAINED WHILE CONNECTING THE TWO HISTORIC STRUCTURES ON THE SITE.

A FLUIDIC GALLERY, WITH OTHER FUNCTIONS, TUCKED BELOW. THE FLUIDIC GALLERY ENSURED THAT THE LINK BETWEEN THE CITY AND THE SEA WAS MAINTAINED WHILE CONNECTING THE TWO HISTORIC STRUCTURES ON THE SITE.

THE RECTANGULAR BLOCK WAS PULLED AND PUSHED TO CREATE MULTIPLE VIEWING DECKS, THAT RESEMBLED THE SMALL INTERTWINNING PASSAGEWAYS OF FORT KOCHI. THE SAME INTER-TWINNING ROAD NETWORK WAS USED BELOW THE FLUIDIC GALLERY, TO FORM THE ACCESS BETWEEN THE RESPECTIVE BLOCKS.

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07
15 KMS FROM THE MAIN BUS STOP , CONNECTED BY MAIN NATIONAL HIGHWAYS, TO PLACES WITHIN KERALA AND OUTSIDE KERALA.
14 CHANDANA N 1JA15AT021 THE THIRD SPACE : CONCEPT ANALYSIS
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Connecting
Dividing
CREATING A NEW HYBRID SQUARE TELLING STORIES WITH SPACES CREATING A SYMBOL OF THE ACTUAL LIFE OF THE CITY Creating
the space into a upper court and lower court
the lower court, to open out into the third space

acres

SECTIONAL ELEVATION XX’
SPACE EMPTY AREA C A L A V A T H Y M A I N R O A D RESIDENCES EMPTY AREA P U B L I C 1 2 3 4 5 7 6
project the lower form functions
2015—2023 -5.0 18 FLUIDIC ART GALLERY CENTRAL COURTYARD PEPPER HOUSE THIRD SPACE CUSTOMS OFFICE 18 ARABIAN SEA 1. CUSTOMS OFFICE 2. GALLERY 3.EXHIBITION SPACE 4. CAFE 5.LIBRARY 6. WORKSHOP (PERFORMANCE ART) 7. ART WORKSHOP +6.0 +4.5 +1.5 +0 -2.5 -5.0

The circulation of the site depends on various user case scenarios. The different user case scenarios dictate the various tions and their relationship with each other is derived from the functional compatibility this provides an overall image insert into the urban fabric of the city. The functions are linked depending on the different times of the year which is open out into the third space. The lower court which holds all the closed functions is also connects the upper court which

C A L A V A T H Y RESIDENCES EMPTY AREA P U B L I C 5 7 6

RESIDENCES

ARABIAN SEA

various circulation that follows. Namely, vehicular, pedestrian to the customs office, and to the third space. The funcimage of how each space ought to respond and interconnect with he rest of the spaces. While becoming an urban is during and after Biennale. The layout plan follows this function mapping to cohesively connect each other and which forms the informal terrace/roof of the structure.

1. CUSTOMS OFFICE 2. GALLERY 3.EXHIBITION SPACE 4. CAFE 5.LIBRARY 6. WORKSHOP (PERFORMANCE ART)
Y M A I N R O A D
7. ART WORKSHOP
1 2 3 4
CHANDANA RAO ARCHITCTURE PORTFOLIO 2015—2023 48

RIVER COMMONS

The Vrishabhavati was once a thriving river, but decades of rapid urbanization have deteriorated her into a drain. The fragile riparian ecosystem is all but gone, and the river no longer serves as the cultural identity it once used to. The only things that Vrishabhavathi is famous for now, seems to be the rampant stink, pollution that surrounds all the areas that the river seems to flow in. the aim of this project is to revive the cultural and ecological identity that vrishabhavati was once famous for. The area of study is located at the Gaali Aanjaneya-Kavika factory, which otherwise is known to be the merge of the two tributaries of Vrishabhavathi

CHANDANA RAO ARCHITECTURE PORTFOLIO 49 2015—2023
2020 |BANGALORE,INDIA| INSTITUTIONAL | INSTRUCTOR : SMITHA MYSORE PROJECT TIMELINE : 12 WEEKS

In the urban level there is huge scope of intervention, with designing and planning strategies as well as policies. Once treated at the plant, the waterfront can be developed as a public park, that serves as a mediator between hardscape and the river. Runoff can be treated with bioswales and phytoremediation. Other policies that were adopted were :

1. Community Participation

2. Spreading awareness

The river in its present day situation acts as a glorified nalah (gutter). The nala is major threat to the ecosystem and the health and hygiene of the surrounding areas.

The temple initially was conceived as a marker for the merge of the two tributaries but now seems to have lost its heritage value, due to the rapid urbanization of the surroundings.

The site surroundings seem to have no relation to the site or the river or the temple. the surroundings remain independent to the activities in and around the site.

To promote community participation in the rejuvenation of the river, the proposals include the neighbourhoods to be physically linked to the river by means of bridges and river walks which encourages the people to use the river as a large public space.

TEMPLE PUBLIC RESEARCH

The project aims at connecting the neighbourhoods and embrace community participation in the social revival of the Vrishabhavathi river. The temple is another key aspect of the site, which needs to be carefully treated, and at the same time needs to be integrated into the other functions of the site. the hawkers have been given space inside the site, so as to re-treat the the road edges and to an extent reduce the chaos on the Mysore road. The neighbourhoods are connected using a circular bridge that goes through and through and aims at bringing the people from the neighbourhoods to the site.

masterplan

The main Amphitheatre that is situated below the spiral ramp is promote local and classical art performances during the evening, which in turn is an initiative to draw people to the site, and improve the quality of living. the overhead bridge over looks the Vrishabhavathi river and connects the river back into the urban fabric. The seating overlooking the river also act as huge bioswales and help the rainwater seep through to the ground water table. The river is also treated as a public space, by creating a large river walk that connects the neighbouring areas in which it flows thereby connecting the people to the river again.

CHANDANA RAO ARCHITCTURE PORTFOLIO 2015—2023 52
1. TEMPLE 2. OPEN AIR THEATRE 3. RESEARCH BLOCK 4. OPEN DEMONSTRATION ZONE 5. OVER HEAD BRIDGE 6. RIVER WALK 7. SCULPTURE PARK

THE BRIDGE

CHANDANA RAO ARCHITECTURE PORTFOLIO 53 2015—2023
CHANDANA RAO ARCHITCTURE PORTFOLIO 2015—2023 54 Intern's Juror's Comments : Floor 1 bhk north No. of units : 5 units Built up area : 405.0 sqft 2 bhk No. of units Built up area APARTMENT MOCKUPS FOR AN APARTMENT COMPLEX 03 professional practise PROFESSIONAL WORK 2019 |SDEG INDIA| RESIDENTIAL | INSTRUCTOR : ARUNA SUJITH PROJECT TIMELINE : 12 WEEKS
CHANDANA RAO ARCHITECTURE PORTFOLIO 55 2015—2023
: Drawing Title : Project Title : Student's Name: CHANDANA N RAO Roll No. : 1JA15AT021 College: Role : Floor plans Modern Spaaces plans render and 3D render 2 bhk West No. of units : 4 units Built up area : 859.0 sqft bhk East units : 3 units area : 859.0 sqft
Stamp/Signature

PARTITION SCREEN DESIGN AND DETAIL.

DETAIL AT B (1:20)

DETAIL AT A (1:20)

CHANDANA RAO ARCHITCTURE PORTFOLIO 2015—2023 56 2400 5700 5700 300x300mm concrete jaali block 150 mm thk masonary wall (8 blocks) (9 blocks) (8 blocks) (9 blocks) (7 blocks) 09 10 11 12 3750 6150 6000 450 300 2510 370 2820 300 2820 370 2510 300 455 300x300mm concrete jaali of 50mm thk 330mm high retaining wall 12 13 14 15 16 17 16A 325 675 1050 3275 4325 6000 8725 eq eq 300 x 300 x 50mm thk concrete jaali block 300mm thk masonry wall 150mm thk masonry wall 300 x 300 x 50mm thk concrete jaali block 12mm thk mortar/adhesive between blocks
Comments : ELEVATION (1:75)
BASEMENT LEVEL PLAN (1:75)
Juror's
UPPER
CHANDANA RAO ARCHITECTURE PORTFOLIO 57 2015—2023 S T A I R C A S E 0 3 T r e a d - 3 0 0 m m Riser - 1 5 equ als UP 8750 5700 (8 blocks) (9 blocks) (13 blocks) (14 blocks) Y 12 13 14 15 16 325 675 1050 6000 8725 A 4070 300 4380 300 2490 370 2820 300 Y 7 Blocks 300x300mm thk masonry wall above the retaining wall 08 09 10 11 07A 08A 3250 1350 3750 6150 6000 2200 750 1450 330 150mm thk masonry wall over the retaining wall MULT LEVEL CAR PARK N UPPER BASEMENT total no of jaali units 7 FFL +1.55M SFL +1.50M GROUND FLOOR UPPER BASEMENT FFL -2.70M SFL -2.75M GROUND Lvl Lvl±00 3300 2750 1500 MID-LANDING FFL -3.805M SFL -3.855M 6050 B 300 x 300 x 50mm thk concrete jaali block 12mm thk mortar/adhesive between blocks Stamp/Signature : Drawing Title : Project Title : Student's Name: CHANDANA N RAO Roll No. : 1JA15AT021 Intern's Role : SECTION YY' (1:75) JAALI ELEVATION (1:20) UPPER BASEMENT SCREEN DETAIL Plan, section, elevation and detail drawing

PLANTER BOX DESIGN AND DETAIL.

wall 450mm lower than ramp wall along the ramp slope

CHANDANA RAO ARCHITCTURE PORTFOLIO 2015—2023 58 1200 450 MS railing to separate detail on 450mm high kerb wall SFL +1.50m(PL) BML 100.871m SFL LOBBY ENTRANCE RCC Slab from existing dowels as per structural detail Earth/Debris filling UPPER BASEMENT EXTENDED RAMP +0.35M SECTION A (1:75) +0.30M FFL 550 HOLLOW PCC bed MS railing to separate detail on 150mm high kerb wall LOBBY ENTRANCE UPPER BASEMENT EXTENDED RAMP SFL +1.50m(PL) SECTION B (1:75) LVL BML 100.871m +0.00M +0.30M +0.35M SFL FFL HOLLOW 200mm thk Kerb wall above ramp for planter 150mm thk Kerb wall above ramp for planter RCC slab with inverted beam as per structural detail Planter along the ramp with appropriate waterproofing A Stepped Landscape Planter as per Landscape Architects detail Stone Cladding as per selection 12 13 LOBBY ENTRANCE 6000 500 A SFL +1.50m(PL) 3500 BML 100.871m PLAN (1:75) B B EQ MS railing to separate detail on 450mm high kerb wall EQ C C 150 EQ EQ Planter wall 450mm lower than ramp wall along the ramp slope 200 200 mm thk wall supports for the RCC slab 200mm thk kerb wall along ramp LOBBY UPPER BASEMENT SECTION C 850X400 masonry pier to support RCC ramp @2060c/c MS railing to separate detail on 150mm high kerb wall 200mm thk Kerb wall above ramp for planter RCC slab with inverted beam as per structural detail Intern's Juror's Comments : 1200 450 MS railing to separate detail on 450mm high kerb wall SFL +1.50m(PL) BML 100.871m SFL LOBBY ENTRANCE RCC Slab from existing dowels as per structural detail Earth/Debris filling UPPER BASEMENT EXTENDED RAMP +0.35M SECTION A (1:75) +0.30M FFL 550 HOLLOW PCC bed MS railing to separate detail on 150mm high kerb wall LOBBY ENTRANCE UPPER BASEMENT EXTENDED RAMP SFL +1.50m(PL) SECTION B (1:75) LVL BML 100.871m +0.00M +0.30M +0.35M SFL FFL HOLLOW 200mm thk Kerb wall
ramp for planter 150mm
RCC slab with inverted beam as per structural detail Planter along the ramp with appropriate waterproofing A Stepped Landscape Planter as per Landscape Architects detail Stone Cladding as selection 12 13 LOBBY ENTRANCE 6000 500 A SFL +1.50m(PL) 3500 BML 100.871m PLAN (1:75) B B EQ MS railing to separate detail on 450mm high kerb wall EQ C C 150 EQ EQ
200 200 mm
supports for the RCC
200mm
ramp UPPER SECTION C 850X400
MS
RCC
Juror's Comments :
above
thk Kerb wall above ramp for planter
Planter
thk wall
slab
thk kerb wall along
masonry pier to support RCC ramp @2060c/c
railing to separate detail on 150mm high kerb wall 200mm thk Kerb wall above ramp for planter
slab with inverted beam as per structural detail
CHANDANA RAO ARCHITECTURE PORTFOLIO 59 2015—2023 200 mm wide granite coping 75x25mm MS box bottom rail 50x6 mm thk MS flat 75x25mm MS box baluster 150x150x8 mm thk base plate anchored to slab Flooring screed DETAIL A (1:5) +0.45M +0.50M SFL FFL LVL+0.00M 150mm thk kerb wall along ramp FFL Planter Planter UP 14 16 17 P MS railing to separate detail Ramp up to lobby entrance (+1.50m) 3m wide ramp at slope 1:20 20600 +0.50M SFL +0.45M EQ EQ (10 EQ divisions ≈2060 mm) 850X400 masonry wall @2060c/c EQ 150mm thk kerb wall along ramp 850 EQ 21000 EQ EQ LOBBY ENTRANCE BASEMENT EXTENDED RAMP HOLLOW SFL +1.50m(PL) LVL BML 100.871m +0.00M Stamp/Signature : Drawing Title : Student's Name: CHANDANA N RAO Roll No. : Intern's Role : PLANTER BOX DETAIL Planter box plan, section, and detail 200 mm wide granite coping 75x25mm MS box bottom rail 50x6 mm thk MS flat 75x25mm MS box baluster 150x150x8 mm thk base plate anchored to slab Flooring screed DETAIL A (1:5) 150mm thk kerb wall along ramp FFL Planter Planter UP as per selection 14 16 17 P MS railing to separate detail Ramp up to lobby entrance (+1.50m) 3m wide ramp at slope 1:20 20600 +0.50M SFL +0.45M EQ EQ (10 EQ divisions ≈2060 mm) 850X400 masonry wall @2060c/c EQ 150mm thk kerb wall along ramp 850 EQ 21000 EQ EQ LOBBY ENTRANCE UPPER BASEMENT EXTENDED RAMP HOLLOW SFL +1.50m(PL) LVL BML 100.871m +0.00M Stamp/Signature : Drawing Title : Student's Name: CHANDANA N RAO Intern's Role : PLANTER BOX DETAIL Planter box plan, section, and detail
CHANDANA RAO ARCHITCTURE PORTFOLIO 2015—2023 60 1350 SOUTH ELEVATION 150mm thK,1500mm High Parapet wall SITE EDGE ALIGN TO THE CENTRE ALIGN TO THE CENTRE ALIGN TO THE CENTRE eq eq eq eq eq eq eq eq eq eq DETAIL AT A 1350 SOUTH ELEVATION 150mm thK,1500mm High Parapet wall SITE EDGE ALIGN TO THE CENTRE eq eq eq eq eq eq Juror's Comments : DETAIL AT A 1500 3150 3450 3000 3000 1350 18600 1650 SFL +0.00m FFL +0.00m SFL +1.50m FFL +1.55m SFL +4.65m FFL +4.70m SFL +8.10m FFL +8.15m SFL +11.10m FFL +11.15m SFL +18.90m GROUND LEVEL GROUND FLOOR LEVEL SECOND FLOOR LEVEL FIRST FLOOR LEVEL THIRD FLOOR LEVEL TERRACE LEVEL ROOF 2 SITE LVL +0.15m SFL +17.40m ROOF 1 SITE EDGE 200mm High ledge for Water Proofing SFL +14.40m eq eq QUANTITY DESCRIPTION HYBEC LED OUTDOOR LIGHTING (6W) - HLO - 5508 6 UNITS eq A
ELEVATION DESIGN AND DETAIL
CHANDANA RAO ARCHITECTURE PORTFOLIO 61 2015—2023 eq 1500 3150 3450 3000 3000 1350 18600 1650 1500 SFL +0.00m FFL +0.00m SFL +1.50m FFL +1.55m SFL +4.65m FFL +4.70m SFL +8.10m FFL +8.15m SFL +11.10m FFL +11.15m SFL +18.90m GROUND LEVEL GROUND FLOOR LEVEL SECOND FLOOR LEVEL FIRST FLOOR LEVEL THIRD FLOOR LEVEL TERRACE LEVEL ROOF 2 SITE LVL +0.15m SFL +17.40m ROOF 1 SITE EDGE 200mm High ledge for Water Proofing SFL +14.40m ALIGN TO THE CENTRE ALIGN TO THE CENTRE eq eq eq eq eq eq eq A DESCRIPTION HYBEC LED OUTDOOR LIGHTING (6W) - HLO - 5508 eq eq eq A eq 1500 200mm High ledge for Water Proofing ALIGN TO THE CENTRE ALIGN TO THE CENTRE ALIGN TO THE CENTRE eq eq eq eq eq eq eq eq eq A HYBEC eq eq eq eq A Stamp/Signature : Drawing Title : Project Title : Intern's Role : Electric layout -Faccade Akira- Proposed mixed building Exterior lighting solutions for the existing facade

ELEVATION DESIGN AND DETAIL

CHANDANA RAO ARCHITCTURE PORTFOLIO 2015—2023 62 600 600 EAST ELEVATION SITE EDGE 200mm High ledge for Water Proofing +1500mm LvL +1500mm LvL 00 mm LvL eq eq LOGO eq eq eq eq A B Intern's Juror's Comments : Exterior 600 600 EAST ELEVATION SITE EDGE 200mm High ledge for Water Proofing +1500mm LvL +1500mm LvL 00 mm LvL eq eq LOGO eq eq eq eq A B Intern's Juror's Comments : Exterior 600 600 EAST ELEVATION SITE EDGE 200mm High ledge for Water Proofing +1500mm LvL +1500mm LvL 00 mm LvL eq eq LOGO eq eq eq eq A B Intern's Role Juror's Comments : Exterior
CHANDANA RAO ARCHITECTURE PORTFOLIO 63 2015—2023 1500 3150 3450 3000 3300 1050 18900 1950 GROUND LEVEL SECOND FLOOR LEVEL SFL +0.00m FFL +0.00m SFL +1.50m FFL +1.55m SFL +4.65m FFL +4.70m SFL +8.10m FFL +8.15m FFL +11.15m SFL +11.10m SFL +14.40m SFL +18.90m THIRD FLOOR LEVEL GROUND FLOOR LEVEL FIRST FLOOR LEVEL ROOF 2 TERRACE LEVEL SITE LVL +0.15m SFL +17.40m ROOF 1 SITE EDGE 1500 QUANTITY DESCRIPTION HYBEC LED OUTDOOR LIGHTING (6W) - HLO - 5508 4 UNITS LOGO eq B eq eq eq 200mm High for Water A B eq eq Stamp/Signature : Drawing Title : Student's Name: CHANDANA N RAO Roll No. : Role : Electric layout -Faccade Exterior lighting solutions for the existing facade DETAIL AT A DETAIL AT B 1500 3150 3450 3000 3300 1050 18900 1950 GROUND LEVEL SECOND FLOOR LEVEL SFL +0.00m FFL +0.00m SFL +1.50m FFL +1.55m SFL +4.65m FFL +4.70m SFL +8.10m FFL +8.15m FFL +11.15m SFL +11.10m SFL +14.40m SFL +18.90m THIRD FLOOR LEVEL GROUND FLOOR LEVEL FIRST FLOOR LEVEL ROOF 2 TERRACE LEVEL SITE LVL +0.15m SFL +17.40m ROOF 1 SITE EDGE 1500 QUANTITY DESCRIPTION HYBEC LED OUTDOOR LIGHTING (6W) - HLO - 5508 4 UNITS LOGO eq B eq eq eq 200mm High for Water A B eq eq Stamp/Signature : Drawing Title : Student's Name: CHANDANA N RAO Intern's Role : Electric layout -Faccade Exterior lighting solutions for the existing facade DETAIL AT A DETAIL AT B 1500 3150 3450 3000 3300 1050 18900 1950 GROUND LEVEL SECOND FLOOR LEVEL SFL +0.00m FFL +0.00m SFL +1.50m FFL +1.55m SFL +4.65m FFL +4.70m SFL +8.10m FFL +8.15m FFL +11.15m SFL +11.10m SFL +14.40m SFL +18.90m THIRD FLOOR LEVEL GROUND FLOOR LEVEL FIRST FLOOR LEVEL ROOF 2 TERRACE LEVEL SITE LVL +0.15m SFL +17.40m ROOF 1 SITE EDGE 1500 QUANTITY DESCRIPTION HYBEC LED OUTDOOR LIGHTING (6W) - HLO - 5508 4 UNITS LOGO eq B eq eq eq 200mm High for Water Proofing A B eq eq Stamp/Signature : Drawing Title : Project Title : Student's Name: CHANDANA N RAO Roll No. : 1JA15AT021 College: Role : Electric layout -Faccade Akira- Proposed mixed use Exterior lighting solutions for the existing facade
AT A
AT B
DETAIL
DETAIL

RENOVATION OF AN EXSISTING RESIDENCE

CHANDANA RAO ARCHITCTURE PORTFOLIO 2015—2023 64 2.1m
Window
DEN LIVING PUJA VERANDAH 4.5x 1..9mm 5.1x 3.8mm 1.0x1.5mm FOYER 2.0x1.5mm 4.8x4.2mm UP UP
wide
with 450mm high sill to be built
1.5m
Opening to be made uptill Beam bottom 230mm thk wall to be constructed. 1950 4610 775 2100 775 1450 1850 1400 1455 Front door extended revised front stairs 250 1000 250 1440 3120 500 Renovated walls Intern's Juror's Comments :
Roof to be extended by 1000mm in MS Fabrication and Mangalore tiles. wide verandah to be provided.
CHANDANA RAO ARCHITECTURE PORTFOLIO 65 2015—2023 DINING GUEST BEDROOM KITCHEN ROOM POWDER ROOM PUJA TOILET TOILET UP 2.9x 1.9mm 1.1x1.9mm 3.6x 3.6mm 2.7x 2.7m 4.2x4.5mm 1.9x 1.4mm 3.6x4.9mm 1.0x1.5mm 01 650 650 1000 850 Arch to be removed.Lintel Height to be maintained 1300 Existing window sill to be raised upto 1100mm 900 700 1900 upto site edge 600 2600 900 DRYING YARD 2.6x 11.8mm 11835 WM DRYER 3600 500 1800 1055 2700 390 700 635 900 550 3090 185 625 3190 600 2060 1450 1190 600 3600 700 1300 2410 2000 550 6460 2645 925 800 2700 2635 addition of planter box in the drying yard Stamp/Signature : Drawing Title : Student's Name: CHANDANA N RAO Intern's Role : Floor plans Floor plan changes in accordance to the ongoing renovations
CHANDANA RAO ARCHITCTURE PORTFOLIO 2015—2023 66
MASTER BEDROOM BALCONY 4.8x 3.8mm 3.8x 1.8mm
Wall to be built existing parapet Roof to be extended as per existing.
Exsisting gutter
SLOPE SLOPE SLOPE walls Juror's Comments : SLOPE SLOPE Renovated
RENOVATION OF AN EXSISTING RESIDENCE

To

Window

CHANDANA RAO ARCHITECTURE PORTFOLIO 67 2015—2023 TOILET TOILET DOWN 2.50 x 1.45mm UP 2.9x 1.8mm STUDY upto level
to be built upto existing parapet level
Wall
seperate detail 3800
uptill kerb height.Lintel
be
per existing height 115mm thk wall to be constructed UP DOWN BALCONY 3.0x6.0mm BEDROOM 3.6x 5.1mm Jacuzzi Exsisting gutter 3100 600 1500 450 1200 450 450 3480 2675 2465 1265 2460 1170 1770 Exsisting gutter Exsisting gutter SLOPE SLOPE SLOPE SLOPE SLOPE SLOPE SLOPE SLOPE SLOPE SLOPE SLOPE Stamp/Signature : Drawing Title : Student's Name: CHANDANA N RAO Roll No. : Intern's Role : Floor plans Floor plan changes in accordance to the ongoing renovations
to
made as

COMPOUND WALL DESIGN AND DETAIL

CHANDANA RAO ARCHITCTURE PORTFOLIO 2015—2023 68 275 MODULE 8 275 1 2 3 1 2 4 3 TYPICAL MODULE SITE LVL TOP OF MASONRY WALL +0.75m TOP OF RAILING +2.25m 300 1500 1800 +0.45m 5 0 m m x 1 0 0 m m M S b o x s e c t i o n ( f i x e d t o g r a n i t e t o p u s i n g b a s e p l a t e ) a t 1 8 0 0 m m i n t e r v a l 100 175 175 185 1140 1800 1800 19 NOS MS FLAT; EQUALLY PLACED ELEVATION (outside) (SCALE 1:30) 120 200 600 420 300 690 150 420 600 120 200 150 2 3 1 Spacing should not be more than 100mm 1800 TYPICAL MODULE 1800 100 100 M a s o n r y w i t h g r a n i t e 50m m x 100m m MS box sec tion (fix ed to gr anite top using base plate) at 1800mm inter val PART PLAN (SCALE 1:30) 2 3 1 Intern's Juror's Comments: PLAN PLAN AT E (SCALE 1:50) PLAN AT D (SCALE 1:50) DETAIL AT D(SCALE 1:50) DETAIL AT E (SCALE 1:50) DETAIL

50x10mm MS flat welded to 50x25mm hollow box section

100x 50mm MS hollow box section welded to 150x150mm MS base plate

50 x 25mm MS hollow box section welded to 100x50mm box section.

150 x150mm ms base plate anchored to masonry wall

20mm thk granite coping with 10mm plaster groove

50x10mm MS flat welded to 50x25mm hollow box section

50 x 25mm MS hollow box section welded to 100x50mm box section.

100x 50mm MS hollow box section welded to 150x150mm MS base plate

150 x150mm ms base plate anchored to masonry wall

CHANDANA RAO ARCHITECTURE PORTFOLIO 69 2015—2023 275 3 2 1 1 2 3 4 MODULE 100 100 175 1800 1800
600 120 200 200 660 330 150 420 150 4 1 1800 1800 n e l e v a t i o n OUT IN
19 NOS MS FLAT; EQUALLY PLACED 4 1 Stamp/Signature : Drawing Title : Student's Name: CHANDANA N RAO Roll No. : 1JA15AT021 Intern's Role : Compound wall Fencing detail Compound wall fencing Detail PLAN AT G (SCALE 1:50) PLAN AT F (SCALE 1:50) DETAIL AT F (SCALE 1:50) PLAN AT G (SCALE 1:50)
CHANDANA RAO ARCHITCTURE PORTFOLIO 2015—2023 70
P O R T F O L I O

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