Graduate Portfolio_ Selected works by Sravya Sirigiri

Syracuse University

Master of Architecture Candidate

P O R T F O L I O

SRAVYA

SIRIGIRI

RESUME

S R AV YA

S I R I G I R I

E D U C AT I O N

CONTACT

2018-2021 Summer 2019

Spring 2019

M.Arch | Syracuse University School of Architecture | Graduating May 2021 Summer Study Abroad Program | Japan, China, Hong Kong, Macau. 3 Cities Asia | Urban Interventions in major cities | Intensive urban design studio | Surveyed and studied global cities by representation, narration, and design. Included city tours, lectures, office visits, workshops, studio, and additional activities. Visiting Critic Studio | Abruzzo Bodziak Architects | NY

Portfolio Website : www.sravyasirigiri.com Portfolio Document : https://issuu.com/sravyasirigiri Linkedin: https://www.linkedin.com/in/sravyasirigiri/

2011-2016

B.Arch | Birla Institute of Technology, Mesra

e : ssravya@syr.edu p : +1 3152780506

HONORS 2018-2019 2019 May 2011

SKILLS

Graduate Architecture Scholarship Merit- Based Scholarship Rank 4 in state - NATA exam, India

Digital Modelling and Drafting

P U B L I C AT I O N S Immersive Urbanism, The Past, Present and, Futures of Asian Cities. https://issuu.com/onedesigninc/docs/3_cities_asia_2019

PROFESSIONAL EXPERIENCE Architecture Research Inter n | A S D F | Syracuse

March 2021 - Present

Research position under Prof.David Shanks. Design development and construction documentation of a solar-powered, off-the-grid washing and packing pavilion at Salt City Harvest Farm, a non-profit farm which provides farmland to New American refugees in the North Syracuse community. Junior Architect | W Design Studio | Hyderabad

January 2018 - July 2018

Designed interiors for offices. Accomplished projects include Google, Quest Diagnostics, Uber, Virtusa etc. Concept development, directed concept and design development, assisted and collaborated with RFPs for projects and was responsible for managing interns. Everyday tasks included 3D modelling, rendering, generating presentations and construction drawings. Architect, Graphic Designer | Freelance | Hyderabad

January 2016 - June 2016

Delivered on large scale projects comprising RMZ Infinity Chennai, RMZ Eco world Bangalore and Bagmane Lynx, was involved in working drawings, 3D visualizations, area statements and presentation drawings.

WORK EXPERIENCE Teaching Assistant | School of Architecture | Syracuse University

Physical CNC Fabrication, Laser cutting

printing,

Graphic

design,

Other Digital art, Photography Languages English, Hindi, Telugu

July 2016 - December 2017

Design of Speech Therapy clinic interiors, Graphic design and production of packaging units Architecture Inter n | DP Architects | Bangalore

AutoCAD, Autodesk Revit, BIM, Rhino + (Grasshopper, VRay, Diva), Adobe Photoshop, Illustrator, InDesign, Lightroom, Premiere Pro, After Effects, Google Sketchup (Vray), Lumion, Unity, ARC GIS, Microsoft Office

August 2019 - Present

RELEVANT COURSEWORK Immersive studio in urbanism and architecture in Global cities, Advanced BIM, Professional Practice , Advanced Building systems, Architecture Research, Islamic Architecture, Architecture History studies, Vernacular Architecture, Sustainability and Built environment

ENGAGEMENT

Assess weekly submissions, evaluate and record grades. Handled Blackboard, Zoom for organizing, remote learning and in record keeping. Assist and guide students. Under Prof. Mark Linder for Architectural Theory and Methods. Under Prof. Susan Henderson for courses Islamic Architecture, Regionalism and Modern Architecture, Modern Architecture - International style to present

September 2016 Maker Global, 3D Printing workshop, Hyderabad

Contact Tracer August 2020 - March 2021 Strategic Initiatives & Innovation Office | Syracuse University Conducted investigations and interviews with students who tested positive for COVID 19, to determine close contacts, to reduce spread of virus. Data entry into Medicat (electronic health record system). Responded to phone calls and emails regarding enquiries about University policies and COVID 19.

April 2014 Universal Access, Anjilee Agarwal (Samarthyam), Ranchi

Graphic Designer, Co-Founder | Seven Stories | Ranchi

February 2015 - April 2016

Designed and delivered posters, brochures, logos, and invites. Acquired hands-on experience in every aspect of print production and printed media

March 2015 361• Conference, Mumbai

December 2015 Sustainable Studies, Laurie Baker Habitat Center,Trivandrum December 2012 Measured Drawing, Vyas Chatri, Jaisalmer

CONTENTS

ENCLOSED DIMENSION Hyperloop Desert Campus

TRANSIENT URBAN FORMS - THESIS 2021 Manifestations of permanence vs impermanence

PIN WATER Performance and Play, Resilience and Recreation

HOMEBODYMixed-use Housing

SYNERGYMixed-use Convention Center

SHINAGAWAUrban study

IN EFFECT Reading Room

LINKED MODULARITY Future Verticality

MEDIA AND REPRESENTATION

10.

PROFESSIONAL WORK

11.

PHOTOGRAPHY

ENCLOSED DIMENSION Project: Hyperloop Desert Campus In collaboration with Yiwen Dai, Niyang Guo, Zhehui Sun Type: Hyperloop Desert campus competition entry Site: Nevada desert, Las Vegas Softwares used : Rhino, Revit, Photoshop, Illustrator, Grasshopper Category: Campus Building, Passive strategies, Sustainability

Enclosed Dimension is a proposed design for the new Hyperloop campus, located in the heart of the Mojave Desert. Our design draws a contrast to the environment with the form of the building accenting sharp edges on the exterior and organic forms in the interior to recreate the presence of the surrounding desert environment in the interiors. Its monolithic and monumental nature of the exterior builds curiosity, and an interactive interior not only fosters interaction but also provides a feeling of being close to the rare environment the building is set up in. Inspired by the textures that the mining has left on the landscape of Las Vegas we tried to replicate similar form and texture on the facade and the courtyard interiors. The building is divided into three blocks based on the program division which are centrally connected by a courtyard that blurs the boundaries between different programs and building blocks. This courtyard is enclosed with perforated metalwork to make it a semi-open, porous space that not only provides a shield against the harsh outdoor environment but also helps in promoting communication and interaction. Movement through space has been given importance within the project. We used circulation routes of different types of users to form the basis of interiors that have been designed where everyone unravels their own story as they move through space. The circulation paths, openings, and courtyard views help in capturing the framed views of the desert landscape.

Form diagrams

Different passive strategi and shaded entrances and

ies have been used which include designing an inward-looking form, using thermally insulated exteriors, minimal openings on the outside, d openings. The perforated courtyard creates a semi-open space to provide shade, filter the dust or sand to the interior spaces. It also connects and provides interactive spaces between the blocks inside the building.

Exterior View showing Hyperloop and building entrance

According to the brief of the competition they wanted three separate units for each program namely Welcome Center which will become a place where information and support is provided to the visitors. The spaces here include reception, museum, tour, arena, and restaurant. The second unit is the Headquarters which includes offices, laboratories, workspaces, and apartments for staff. The third unit is the Training center which included classrooms and laboratories. Our main aim was to blur the boundaries between each of the units to function as one building. We started zoning areas on different privacy levels required for each of the space and placed program that could be interactive towards the central courtyard and more private spaces at the boundaries. We then started to map different circulation routes for different users and came up different circulation routes with different privacy levels.

Central courtyard

Laboratory and research

Residences

Offices and Teaching

Circulation path

Zoning diagram

Passive strategies diagram

The courtyard then becomes the center for collaboration where different programs interact and intersect. The space is designed such that it could act as place that also connects to the outdoor environment. The entire building acts as a widespread museum wherein bridges and suspended walkways are used overhead different spaces so that users can see different laboratories and research spaces without effecting the efficiency of spaces.

The exterior has a very orthographic form contradicting the organic forms in the interiors. This is done for the structure to stand out in the landscape but when you are inside you are part of the landscape. We mimicked textures and massing inspired by the mining landscape in Las Vegas.

Floor Plans

TRANSIENT URBAN FORMS Manifestations of Permanence vs Impermanence Project: Temporary urban structures Type: Thesis 2021 Site: New york Softwares used : Rhino, ARC GIS , Photoshop, Illustrator Category: Urban design, culturally inclusive design, architecture research, transient Temporary architecture has thrived through the history of time. When we think of temporary architecture, we think about architecture that is deployable, easy, and built using cheap materials. From prehistoric times we have seen temporary architecture being used for emergent situations, wartime, pop-up, and exhibition spaces. But today we see projects that have been developed with temporary architecture that show innovative ideas for the future of architecture and urbanism. Through time we have established ways to unconsciously follow different architectural settings and methods. Temporary architecture has the potential where it could be a new sort of space. A space that can appear and disa pear to leaving an effect in the context, a space that is more flexible and adaptable, a space to test scenarios and possibilities, a space that is easy to assemble, dissemble and transport, a space that can easily accommodate movement, growth, and change. My thesis will be an investigation of various manifestations of the possibilities of “transience and i permanence” in architecture and urban spaces. It aims to question and challenge the accepted assumptions of architecture in terms of time and permanence in a context of urban landscapes. I would also think about how temporary architecture would develop new relationships with the urban environment. This thesis will not only explore how much potential temporary architecture has to become a new model in developing cities but also will formulate and understand new models to examine its capability to give new answers to changing urban dynamics and urban processes alongside conventional architectural approaches.

Case study analysis From this method I understood different terms associated with temporary architecture. I broadly categorized these terms into four categories namely, assembly, disassembly, fabrication and materiality. I am interested in looking at my casestudies more objectively against these terms to understand how such structures were assembled , dissembled and what materials were used.

From looking at more closely into prototype development. Keeping porary structures where in tempo would result in a more culturally

o these studies I started to look at their elements as frame, openings, enclosure and translucency and tried to achieve these characteristics in the g these ideas in mind I also started to think about bottom up approach to urbanism where in abandoned and vacant spaces could be used for temorary use can be alternatively used for more flexible planning. Local community can participate in planning and building of these structures which inclusive design and can also directly address the needs of the community.

EXHIBITION POP UP

GARDEN POP UP

PLAY POP UP

PLAZA POP UP

From the research I have done I started to develop a kit of parts that can be used in multiple ways to by assembling and dissembling these structures without material degradation. The parts are modular which can be connected in multiple ways by constantly changing the nodes. The nodes can be 3d printed for each use or the available nodes can be used.

PIN WATER Project: Performance and Play, Resilience and Recreation In collaboration with Zhixiao Yu Type: Studio Project - Fall 2019 Site: Boston Softwares used : Rhino, Revit, Photoshop, Illustrator, Grasshopper, VRay, laser cutting, cnc milling, model making Category: Scripting, Climate change, sea level rise,scripting, Play and performance of water ,Passive strategies, Sustainability ` This project is a studio project that questions what role architecture contributes to the effects of climate change and how can we as designers make more critical and effective design decisions that respond to the environmental crisis we face today. The site is situated in Boston, we were asked to design a Playscape - A Recreation / Disaster Relief Center which contends with large-scale natural disasters where performance (of water and what to do with it) can become a productive and speculative design initiative. Using Pinball as the main concept for our design we started imagining water’s performance through the artificial ground that we created by using a simple system of locks that control where the water would be directed. We started to think about how to store and repurpose the collected floodwater on site. We formed enclosures around the water circulation which informed our spaces and form. The spaces were designed with an intention that the recreation /disaster relief center serves two roles simultaneously - to be a programmatic anchor for the community on a daily basis and as a secondary role - of great importance – as an operational hub for residents in the event of a natural disaster (storms, flooding, power outages, etc.). The hope is that each space serves a dual purpose - either as part of the community recreation center on good days and to provide necessary functions in the wake of extreme weather conditions. Due to climate change it is predicted that Boston will have up to 12 inches of sea level rise by 2050. A design strategy was developed that would use this to an advantage by applying clear and distinct flexibilities between different systems and spaces within the site. The locks and surface of the site have been developed in such a manner that they guide and mediate the floodwater in the site.

Pin Water

Water levels in different conditions

Site section showing the water flow through site

Site surface modification for regulating water flow

2070

2050

2030

Urban axonometric showing water level rise through time

` These diagrams show how we imagine the water is engaging with the site. We set up a relationship with the locking systems introduced to control water with the building. These locks become a part of the building as movable walls. This also allows flexibility in the interior spaces.

Water flow study diagrams

The first strategy that was applied was to understand water flow throughout the site and spaces. Then we started to develop an artificial site surface with wet and dry areas and semicircular locks to control the direction and flow of water. After the artificial ground was established, we started to think about spaces around the circulation of water on ground. The spaces were broadly divided into two types. One that would function or be used in the presence of water and one where in the water never enters the spaces.

Perspectives of spaces part of the water circulation

Contrasting spaces where the water is a part of the space and spaces where water cannot enter

The building form is developed with different highs and lows where in the water on site is pumped into the building as well. The water flows into collection areas where in the water will be reused for different purposes like HVAC systems and grey water systems in the building. The visitors on site can see the and experience the water flow in the building where it is used as a water wall in certain spaces and canal flow on the side in some other spaces.

Sectional Perspective

Section

Details of movable panel

Auditorium view when the water is absent and present

Study models

Exploded structure model

The structural system consists of steel brace frame supported by columns and retaining walls.

Structure model

HOMEBODY Project: Mixed use housing In collaboration with Zhixiao Yu, Ching Huen Leung Type: the HOME competition 2020 entry Softwares used : Rhino, Revit, Photoshop, Illustrator Category: Residential typologies, Modular, verticality, Programmatic adjacencies, Porosity

A home for the future where life is remote. We envision this housing model to be a new ecosystem that encourages a sustainable co-living lifestyle and promotes new possibilities to home life. We developed typologies wherein the shared spaces can have negotiable use and character. The most private spaces are your own and shared spaces can be shared or rented for private use. A home that accommodates the needs of people in the future where you work from home, study from home, use delivery systems for shopping, getting groceries and food. Our design responds to an idea of the home that is adaptable and resilient to remote life offering facilities to accommodate Human needs at one stop. This home is an apartment unit consisting of nine vertical neighborhoods. A playful and flexible housing typology offers different combinations of apartment layouts within ranges of privacy/collectiveness. Pocket spaces in between levels are used for urban, shared spaces, co-living spaces that hold a sense of connection and belonging while being isolated. Residents have access to their own unit through private circulation in each vertical stack, as well as through common circulation to access the shared area. The building is developed based on nine-unit blocks and three typologies of apartment units. Each floor is designed such that it has common areas and residential units.

Central core view

In a post-Covid period, home becomes a hybrid place for living, working, and other routines like at-home school, online medical service and social activities. Residents tend to spend more time at home and ready to build a closer and safer/cozier connection with their roommates, family members and neighborhood. The project posits a future architecture that explores this connection in different scales. A playful and flexible apartment layout stimulates new passion and more possibilities to home life, increasing the efficiency in private and sharing space use between roommates and neighbors

Axonometric section

Exterior view

We developed nine different units which would function differently on every floor. Each unit space would be occupied either by a residence or a public program. The residences are categorized into four typologies. Typology 1 uses one unit space within the framework, Typology 2 uses two vertical units in the framework. Typology 3 used to horizontal units within the framework which is similar to typology 4. Typology 4 has negotiable outdoor space. We developed the concept of negotiable spaces within the framework which mean different spaces can be leased or rented out from within the house for different purposed inside the framework.

Unit floor plans

Floor plan and perspective

SYNERGY Project: Mixed Use Convention Center Type: Undergraduate Thesis Site: Mumbai, India Softwares used : Revit, Sketch up, Photoshop, Illustrator, VRay Category: Convention Center, Urban Redevelopment, Hotel

` This Convention Center is part of a proposed Revelopment project in Mumbai.The site occupies a prime zone adjacent to the business hub of the city, home to the entrepreneurial talent in trade and commerce. Aim of the project is to make a lively centrepiece which will be a future Landmark to the city.The architecture of Mumbai blends Gothic,Victorian, Art Deco, Indo-Saracenic and contemporary architectural styles. Contemporary Architecture is used for the design to complement the face of the city. The design strategy was to create a space that blurs the boundary between Architecture, Public space and Urban landscape by making it Public at street level by creating spaces like Outdoor interaction spaces, Multi utility spaces, Event street (Space for street fairs public plaza and other activities) and Central plaza.This concept is given to surpass the traditional metropolitan landmark to become something that pushes Mumbai into the arena of world class cultural cities through unique architectural concepts and proposing a new kind of architectural philosophy.

SYNERGY

ARCHITECTURE

URBAN LANDSCAPE

groups of buildings, streets and public spaces with the goal of making them functional, attractive, and sustainable

design of individual buildings social space that is open and accessible to people

PUBLIC SPACE

Form diagrams

1. POSSIBILITIES AND ACCESS

2. NOISE BARRIER

3. NATURE INTEGRATION

WIND

SYNERGY

4. VIEWS AVAILABLE

5. ZONING OF MAIN SPACES

SUN PUBLIC SPACE

COVENTION HOTEL VIEWS

Site strategies

HOTEL

FLOORS MEETING ROOMS

AUDITORIUM

CENTRAL ATRIUM

MAIN

HOTEL ENTRY

HALL

CONVENTION ENTRY

Proper segregation of spaces required due to various purposes like security, privacy etc. Activities that will be done by the delegates are provided in the site which will allow them to stay in the site for more time as well as like the place. It is one of a kind building that many of us would just love to see up close and personal. The aim is to make this building become the defining pinnacle of the city over time. As it will become a part of the skyline, An interesting structure will help in setting a new landmark to the city which can be remembered by everyone.

Exploded axonometric showing floor plans

VIP ENTRY

ENTRY

POINTS

SITE

DIFFERENT INFORMAL SITOUT SPACES ON SITE

SERVICE ENTRY

HOTEL

CONVENTION

ZONING

Concept diagrams

NOISE BARRIER

STAFF PARKING

Noise barrier is required as the site is along the railway track. To provide acoustic insulation to the spaces in the site a wall and landscaping of spaces is done to blocking noise. Plaza is the main entry space to the site which has visual access to all parts of the site.It is designed by using two spirals and the negative space forming the seating of the spaces. It is present in the lowest part of the site forming a way storm water to get collected. It is designed in such a manner that when water fills up in the space, the plaza can be still used through the bridges above as water gets collected below the bridges.

SITE SECTION OF BRIDGE NEAR ENTRY

PLAZA DETAIL

PLAZA WHEN WATER GETS COLLECTED

A noise barrier is required as the site is along blocking noise. Plaza is the main entry space to the seating of the spaces. It is present in the low up in the space, the plaza can be still used throu a modern building in the area due to which it w

Site sections

PARKING BLOCK EXHIBITION SPACE

PARKING

SERVICE AREA

ARRIVAL ZONE

CONVENTION BLOCK

PLAZA

OUTDOOR BANQUET HOTEL

VIP ENTRY

FUTURE EXPANSION

the railway track. To provide acoustic insulation to the spaces in the site a wall and landscaping of spaces is done to the site which has visual access to all parts of the site. It is designed by using two spirals and the negative space forming west part of the site forming a way for stormwater to get collected. It is designed in such a manner that when water fills ugh the bridges above as water gets collected below the bridges. To capture views of the sea from a higher level. Propose will create a domino effect of development in the surrounding area.

Site Plan

The main guiding factor behind this design was to provide informal spaces around the building to improve informal communication

Informal nooks

n between the delegates attending conferences. The above diagrams show the different areas in which these spaces have been given.

Auditorium outer space

Auditorium in use Auditorium

outer space

outer space in use

Auditorium outer space stage

1 1

3 2

Operable panels are used in the main hall and auditorium. This provides multifunctional use of the same space.The Main hall has panels in such a way that it can be divided into five different spaces which can be used seperately for different events as required. The above diagram representation shows how one mail hall gets divided into five different spaces. The Auditorium is designed to encourage informal events as well. The wall behind the stage is operable and can be opened and closed according to need. the stage is continued outside to provide a stage for an outdoor open air lawn area. This space can be used in three different ways. The diagram on the left represents that. When the operable wall is not closed the stage is in the center with two types of seating areason either side.

Section

SHINAGAWA STATION Project: Urban research and study In collaboration with Qingri Deng Type: Summer Abroad studio Site: Tokyo, Japan Softwares used : Rhino, ARC GIS, Photoshop, Illustrator, VRay Category: Urban study and research, Urbanism, Documentation

The aim of the project was to study, investigate and analyze an urban area through the process of Imaging, Diagramming, and mapping the area to understand the problems, geographical and historical context of the area. By this study we understood the importance of connections within cities. We mapped how the station was being a hindrance to the development of one side of the area in comparison to the other side from our observations and studies.

1732

1907

Late 19th century

2011 Present

1893 1897

1830

1636

KONAN EXIT

INDUSTRIAL

OPEN SPACE

COMMERCIAL

RESIDENTIAL

Exploded axonometric of the track levels and the station

Kon

( Ea

an E

st E

Tak

ana

(We

st E

xit)

xit

Exit

Shinagawa Station circulation perspectives

IN EFFECT Project: Reading room Type: Visiting critic studio, Abruzzo Bodziak Architects, New York Site: Syracuse, NY Softwares used : Rhino, Revit, Photoshop, VRay Category: Urban study and research, Urbanism, Documentation

This proposal is for the reading space near Toomey Abbott apartments, Syracuse. The form of the design is very simple and pure which surrounds a courtyard. This courtyard is the central core to the building connecting different spaces physically and visually. The spaces are zoned into separate buildings which form the enclosure to the courtyard to give a sense of closed yet open space. The form of the building follows along the building lines adjacent to the site to form the outer envelope of the structure. The proposal for these spaces in the building is in such a way that they have their own individual character which is used for different purposes of reading. Each space accommodates a different function of reading which caters to different user groups. The courtyard formed due to the enclosure can serve as space where the community comes together to form a public space. This space accommodates activities like festivals, fairs, farmer’s markets, Food Trucks, Exhibitions. The spaces are segregated with the use of circulations zones, pathways, and services and the courtyard connects them all together. The design is based on a 20ftx20ft grid which is reflected in the site landscape as well. Glass facades inside the building are used for lighting and the exterior facades are more closed to make an inward-looking building due to busy street traffic on I-81 to act as a noise barrier. A layer of trees within the grid is added on the side of the bridge to create a buffer zone that acts as a noise barrier.

Using the site lines and boundaries as a catalyst to invite people inot the central space and bring the community together. All the drawings for this studio have been done as technical drawings to understand the quality of architecture in simple lines as guidance.

Concept diagrams

Exploded axonometric showing the structural system

Reading room and study model to create daylight simulation of the skylight

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION PRODUCED BY AN AUTODESK STUDENT VERSION

PRODUCED BY AN AUTODESK STUDENT VERSION

Isometric view showing multi-use of courtyard

Floor plan

LINKED MODULARITY Project: Questioning Future Verticality In collaboration with Yiwen Dai, Ni Zhan, Xiaoyi Zhang Type: Summer Abroad Studio Site: Hong Kong, Guangzhou, Shenzhen, Macau Softwares used : Rhino, Revit, Photoshop, VRay Category: Futuristic, Verticality, Urban study and research, Urbanism, Documentation

The aim of the project was to imagine verticality in a future scenario. We initially started by looking into what challenges verticality today like traffic in elevators, the monotonous nature of structures, capacity to accommodate only one type of program, and lack of green or open spaces. Our proposal dealt with these issues by imagining the new vertical city to be more dynamic to accommodate future needs and to save time to increase the efficiency of a living ecosystem. Using diverse programs in one building to form a small city in a modular way that can be added or subtracted according to the context. The design strategy included to make the structure porous and imagining flat programmatic distribution vertically. We propose that new vertical transportation systems would replace the existing transportation systems and developed the modules of the building around the new transportation systems.

Linked Modularity

Program within building diagrams

Axonometric Perspective

Elevations

MEDIA AND REPRESENTATION Project: Data representation Type: Media and representation Site: Syracuse Softwares used : Rhino, ARC GIS, Grassopper, Photoshop, VRay

` Exploration of digital tools like Rhino, Grassoppper and ARC GIS to explore architecture processes and mediums. Extracting GIS Data and using the collected data to transform it into contextual information through drawing and modeling. Then grasshopper was used to make 3D spatializations using GIS as base information for drawings and animations.

Representation

Topograghy and Hydrology of a location represented using Grasshopper

ARC GIS data represented as contextual information

PROFESSIONAL WORK A S D F , Syracuse - Architecture research intern Project: Solar powered pavilion In collaboration with Prof. David Shanks Softwares used : Rhino, Revit Category: detail design, Construction documentation

Perspective view of pavilion

wall details

Wall transition details

PROFESSIONAL WORK WDS, Hyderabad - Junior Architect Softwares used : Sketchup, Autocad, Vray Category: workplace design, interiors, interior detailing and documentation, Presentations, Material selection,3d modelling, Floor plan development, presentation drawings, construction drawings

W Design Studio is mainly specialized in designing interiors for commercial office spaces. Being a small-scale firm, I got an opportunity to work as part of the concept development team as junior architect. My responsibilities here included developing conceptual design schemes, Design of layouts for offices, Presentations for clients and preparing RFPs. I was also involved to a certain extent to co-ordinate with clients and consultants. Towards the end of my time there I got an opportunity to head co-ordination of drawings with design interns working at the office. I worked on offices which include clients like Google, Uber, Virtusa, Verizon, Quest Diagnostics etc.

Work done at W Design Studio

Interior design of office spaces. I was involved in design and modelling.

Workplace Design - Interior floor layout of office

Material selection, floor layout design and concept design

Interior design, modelling

A perforated screen is used on the top of all counters which has different geometric shapes inspired from myriad of architecture forms from Hyderabad. Arches and Lines form the base of this metal jaali. Architecture design Principles Like Rhythm and Repetition which are followed in the Mughal architecture are used in a contemporary way.

Google cafeteria concept design

Interior details

PROFESSIONAL WORK DP Architects, Bangalore - Architecture Intern Softwares used : Sketchup, Autocad, Vray, Photoshop Category: Large scale commercial projects, Contruction documentation, interiors, interior detailing and documentation, Presentations, Material selection,3d modelling, presentation drawings

DPA is an international firm headquartered in Singapore. I worked in their Bangalore branch. During my time there I was involved in projects including RMZ Infinity, RMZ Ecoworld and Bagmane Lynx which are large scale commercial office spaces. I primarily worked on working drawings, Design drawings, Presentation Drawings and presentations, 3D modelling and rendering. I also worked on conceptual furniture layouts for interiors and Area statements.

DP Architects

Section drawings

Working Drawings of interiors of RMZ Infinity Campus 30 Toilet. Plans done in Autocad, Modelling in Sketchup, Rendering in Vray.

Working Drawings

Toilet Working drawings

Presentation drawings

This ed in es out 6A 6B These ings

project is RMZ Ecoworld locatBangalore.It has a lot of Campusof which i was involved in Campus and Campus 7 during my time there. presentations draware done in Photoshop.

Presentation drawings

PERSONAL WORK

I started Photography to look back at the moments I have lived and experienced and that developed into looking at things in a more artistic way. Here are some photos documenting my travel experiences through architecture and photography.

Photography

Ray and Maria Stata Center - Cambridge, Massachusetts

Hand drawn digital art

Travel - streets

Hangzhou, China

THANK YOU website

www.sravyasirigiri.com

ssravya@syr.edu

phone

instagram

315-278-0506 sravya_sirigiri