PORTFOLIO SREEJA PAGADALA
ARCHITECTURE UNDERGRADUATE
Hello I am
SREEJA PAGADALA
I am a highly curious individual with a focus on creating impactful architecture, along with a keen interest in sustainable and context driven design practices.
I am a fast learner, able to gain proficiency in a variety of softwares quite promptly. My strengths lie in Photoshop rendering and 3D modeling, where I apply both my technical skills and creativity. Additionally, I am a good orator, enabling me to present my ideas clearly in formal presenta tions or collaborative settings.
+91 8618146740
sreejapagadala.26@gmail.com
www.linkedin.com/in/sreeja-pagadala-593925300
EDUCATION
2012- 2018
2018- 2020
2020-2025
Narayana E Techno School, BENGALURU, KARNATAKA, INDIA
Narayana PU College, BENGALURU, KARNATAKA, INDIA
RV COLLEGE OF ARCHITECTURE, BENGALURU, KARNATAKA, INDIA
PROFESSIONAL SKILLS
AutoCAD
REVIT
Rhinoceros
D5
Photoshop
Illustrator
Grasshopper
Blender
Indesign
COMPETITIONS
SOLAR DECATHALON INDIA 2023-24
EDU Division Runner Up
TINY HOUSE 2024 -VOLUME ZERO
Participant
INTERIOR DESIGN - TRANSPARANCE 18.0
Participant
THE HIGHNESS - ARCHMELLO
Participant
LANGUAGES
Speak Understand Read/ Write
Telugu English Hindi
Kannada
OTHER SKILLS
Hand Drafting
Model Making
Problem Solving
Creativity
Communication
Team work
Crochet
Clay Art
Painting
WORKSHOPS
HAFELE
Hands-on workshop on cabinets and fixtures
KNAUF
Hands-on workshop on dry wall systems
BAMBOO WORKSHOP
Workshop on bamboo details and joinery
POTTERY/CLAY WORKSHOP
Workshop on basic pottery skills and clay modelling
POLYMER CLAY MODELLIG WORKSHOP
Workshop on minature clay modelling
08 07 06
WORKING DRAWINGS CONSTRUCTION DRAWINGS
Clubhouse
Calculations and Detailed services
MISCELLANEOUS
Detailed Drawings Models, Illustrations Artwork & more
AXONOMETRIC VIEW
2022
5th Semester
Studio Project
Studio Mentors
Ar. Ekta Idnany
Ar. S Madhuri Rao
Ar. Meera Vasudev
Ar. Deepa Suriyaprakash
DOWN TO EARTH
Nature Interpretation Centre
Location: Koramangala,Bengaluru Area: 3000m² Type: Public/Commercial
Mestripalya, an urban village (and the adjoining lake and park) in Koramangala 4th Block, was seen as a potential space where spatial and social borders governed environmental politics.
The design intervention is an attempt to navigate the stark and contrasting spatial and social borders between the Mestripalya and Koramangala 4th Block residents.
The project works with the idea of nature as a client, continuing through the concept of the lifecycle, from birth to death, and the notion of renewal and rebirth through the spaces. This cycle is explored through the design of age-inclusive spaces, allowing for the future growth of the project
SITE
PLAN (ROOF LEVEL)
Intent: To connect the lake path and the road, facilitating movement between them.
A system of ramps to descend the height. Minimize the building footprint. Land is given back to the public.
Ramps are staggered, with landings added to provide multiple entry points from the lake path.
Staircases intersect the ramps, providing further connection to the ground.
The form is articulated along the ramps and landings.
The rest of the site is landscaped into paths and playgrounds for public use.
LEGEND
1. Exhibition spaces (500 m²)
2. Archives (200 m²)
3. Library (75 m²)
4. Workshops (300 m²)
5. Audio-Visual rooms (200 m²) 6. Interpretation Center for Sustainable Practices (500 m²) 7. Retail (200 m²) 8. Eating spaces (300 m²) 9. Temporar Exhibition and outdoor workshop (500 m²) 10. Washroom(100 m²) 11. Basketball court
Playground
SECTION ‘XX’
SECTION ‘YY’
Circular column (200mm dia)
Brick Wall (110 th)
Gusset Plate (16th)
Cleat(75x75)
Bracket Beam(230x450) Louvers
Glass (12th)
WALL SECTION
WALL PLAN
The building is made porous by providing a second layer or outer skin. This is achieved using a system of movable louvers that adjust according to the climate of the day.
The massing of the project consists of two main components.
The major built area is concentrated on the west side of the selected site, hugging the lake path. It acts as a buffer between the lake and the neighborhood.
A smaller portion serves as a public intervention located on the edge of the park and the neighborhood, facilitating interaction among the residents by acting as a neutral meeting space.
PARK LAKE
NATURE’S CALL
A smaller portion of the built area (250 m²) was developed in greater detail to replace the existing library and toilet block. This insert explores the concept of identity through the lens of the individual versus the collective.
The toilets are designed to reshape their role in gender, identity, and community, providing a gender-neutral space that blurs imaginary societal boundaries.
Community spaces are created for Mestripalya residents to encourage interaction with others in the area and facilitate new connections. These spaces address pressing issues such as climate change and nature by providing areas for composting, recycling, and promoting their use.
MOVEMENT DIAGRAMS
Sense of movement evoked through rain flow Rainwater harvested through cupolas (concave roof structure) Visual element to unify the project
CONCEPT DIAGRAMS
Paths used for children to play games.
Secluded spaces for dogs to retreat to.
VIEW IN CONTEXT
VIEW SHOWING USE OF CUPOLA ROOFS TO HARVEST WATER
YOUTH CENTRE
LIBRARY
WORKSHOPS
FOOD COURT
SKILL DEVELOPMENT CENTER
SPORTS CENTER
RETAIL
HEALTH CARE CENTER
EATERIES
CONVENTION HALL
2023
7th Semester
Studio Project
Studio Mentors
Ar. Shalini M O
Ar. Sacheth Ullal
Ar. Ajinkya Kanitkar
Ar. Hiranmayi Shankavaram
Softwares Used Climate Consultant Photoshop
Autocad Rhino
CROSSROAD CONTINUUM
Location: Ejipura,Bengaluru Area: 5440m² Type: Civic Center
The project is situated in Ejipura, adjoining a rajakaluve that is set to be rejuvenated by the ongoing K100 project in Bangalore. It has two main areas of intervention, divided by the rajakaluve and a stretch of residential buildings.
The urban intervention focuses on improving the edge condition of the main road by increasing its width, providing additional parking, relocating current hawkers and stalls, integrating stepped seating, and adding a pedestrian path that connects to the existing road network for a more cohesive flow.
The civic center is designed to act as a thoroughfare between neighborhoods, increasing the porosity and connectivity of the road network. This also boosts foot traffic to the retail and eatery aspects of the project.
The massing creates a central gathering space for the center and the adjoining mall. The rajakaluve setback area of the site is utilized for outdoor sports and temporary market spaces for hawkers and vendors. The form is oriented 15° northeast for an ideal shading angle.
MASTER PLAN
SECTION ‘BB’
2023
7th Semester
Interior design
Studio Project
Studio Mentors
Ar. Vidya V
Ar. Gowtham Nandakumar
Location: MG Road , Bengaluru Area: 520m² Type: Dance studio
The name Peritus is the etmological origin of the word ‘EXPERIENCE’ The logo represents the sense of movement and rhythm characteristic of the art of dance and music.
The design embodies this sense of movement and liveliness through the use of pastel colors and curvy motifs throughout the interiors. Dance is a performance art meant to entertain; to accommodate this, a glass viewing platform is installed on the first floor to overlook the studio below.
To further enhance this viewing experience, the first floor features a parametric backdrop made up of woven bamboo strips that are hung from the ceiling.
The staircases consist of colored plastic steps, with different colors on each floor. The library nook and viewing platform seating are constructed from plywood with a veneer finish.
EAST ELEVATION
The section showcases the viewing platform on the first floor which is surrounded by seating , which also caters to the juice stall. The bamboo
NORTH ELEVATION
SOUTH ELEVATION
bamboo structure provides point of interest to visitors of the building and it curves around colums and defines the shape of the openings on the facade.
PROGRAM
1. Dance Studio (225m²)
2. Reception (25 m²)
3. Waiting Area (20 m²)
4. Seating Area (120m²)
5. Juice Shop (10 m²)
6.Staff Room (20 m²)
7.Equipment Shop (15 m²)
8. Libray Nook 10 m²)
9.Changing Room (40 m²)
10. Toilets (35 m²)
X X X
GROUND FLOOR PLAN
5m 1
FIRST FLOOR PLAN
The facade consists of stainless steel light shelves that not only improve daylighting but also reflect and distort the painted mural, adding to the sense of movement it portrays. This creates an interesting visual cue that draws people to the building.
SECOND FLOOR PLAN
REFLECTED CEILING PLANS
INTERIOR VIEWS
VIEW AT SEATING AREA
VIEW AT CORRIDORS
AT LIBRARY
VIEW AT RECEPTION
VIEW
VIEW IN CONTEXT
AFLOAT
rich cultural heritage of Kashmir but also exemplifies a modern approach to farming. Their dedication to nurturing the floating gardens reflects a deep-rooted connection to the land and a passion for cultivating a sustainable future. As they navigate their journey on the tranquil waters of Dal Lake, our clients inspire us with their resilience, vision, and unwavering commitment to a life filled with purpose and beauty. 2024 Tiny House 2024 Competion Entry
Location: Srinagar,Jammu and Kashmir Area: 2000m² Type: Residential
Nestled amidst the serene beauty of Dal Lake in Srinagar, Kashmir, our cherished clients—a vibrant and enterprising young farming couple— epitomize the harmonious blend of tradition and innovation. Their idyllic abode, a charming tiny house, is a testament to their commitment to sustainable living and agriculture. Situated near the enchanting floating farms that grace the lake’s surface, this couple embraces a lifestyle that not only respects the
ACTIVITY TIMELINE
CONCEPT
Location : Dal Lake ,Srinagar, Jammu and Kashmir ,india
Shikaras of Dal Lake
Tiny House Form
3. Community
Floating Farms of Dal Lake
Farmer’s community
4. Heritage
Elements at front porch
Elements at door,window and jaali
2. Layout
Houseboats of Dal Lake
Tiny House Layout
GROUND FLOOR PLAN
porch - seating
area
deck
floor - bed & study area
INTERIOR VIEW
AXONOMETRIC VIEW
1. G.I. Roofing sheet
2. Natural cedar wood truss
3. Mezzanine floor - bed & study area
4. Natural cedar wood columns - 150*50 mm
5. Natural cedar wood battens - 50*35 mm
6. Mineral fibre insulation - 25 mm thick
7. Walnut wood panels - 20 mm thick
8. Carved walnut wood jali
9. Tensile wire - 25 mm dia
10. Openable deck
12. Main window - carved walnut wood
13. Porch trim - carved walnut wood 14. Railings - carved walnut wood 15. Front porch - seating 16. Wardrobe 17. Washroom
18. Kitchen counter - 25 mm thick
19. Dining area
20. Ladder to mezzanine floor
21. Entrance ladder
2023-24
Solar Decathalon India
EDU Division (Runner up)
Competition Entry
Mentors
Ar. Mayank Singh
Ar. Ramya Krishna
Ar. Anupriya Saxena
Ar. Indranil Bhattacharya
Ar. Ajinkya Kanitkar (Faculty lead)
Softwares Used
Climate Consultant
Climate Studio
Design Builder
Photoshop Autocad Rhino
TEAM SOLASTRA
Location: Solan, Himachal Pradesh Area: 2030m² Type: Educational Institute
The project is an educational building designed for the Himachal Pradesh Public Works Department (HPPWD), located in Jai Nagar, Solan. The design philosophy emphasizes “education through engagement.”
The approach was to find solutions tailored to local needs and the rural context, identifying and implementing the most effective strategies for sustainable living in the region.
Every aspect of the design, from material selection to energy optimization, is intended to enhance the user experience, reinstating knowledge of the built environment and creating awareness of vernacular practices.
The design utilizes the Kath-kuni structural system, integrated with suitable materials to create spaces that are comfortable year-round and suitable for the earthquake-prone area.
ADMIN BLOCK EXPLODED VIEW
The design has an idea of three nodes. the first node has an oat for the community for all the local festivals. The second node has admin block, and the third node is of academic block. Vehicles are restricted near the 2 node which makes the academic zone a quiet area
Traditional Kath Kuni architecture is used which is resilient to earthquakes
More nature oriented design with open and common spaces integrated
The design has two ways of movement throughout the site. the first one is an universilly accessible ramp and second is the central staircase which also acts as a gathering spaces/common spaces.
CIRCULATION DIAGRAMS
AERIAL VIEW
SITE SECTION
VIEW OF CENTRAL STAIRCASE/ SOCIAL SPACE VIEW FROM PEDESTRIAN PATH
Blending the idea of shading devices with traditional style
Central staircase as social gathering space
MAJOR ELEMENTS FOR DESIGN
Response to contours
SITE STRATERGIES
Bringing the idea of water feature in the college
Using the contemporary structural system of KATH-KUNI
Making universally accesible splace with common pathway
Integrating existing trees into design
INNOVATION
Gravitational Water Vortex System (GWVS)
What?
A gravitational water vortex system (GWVS) is a small-scale hydroelectric system that generates power by harnessing the energy at every point in a vortex, which efficiently drives a turbine. This system harnesses the kinetic energy of flowing water, and converts it into electrical energy by using magnet alternators.
Why?
1) Build up a reserve of water for emergencies by storing the excess rain water collected during wet month (25,000L will provide for 350 people for 2 days) storing such a large amount of water will cause it to become stagnant. Hence we must continuously keep the water moving to prevent this.
2) If we keep the water flowing and provide integrated water features along with a shrine as a symbol of water health and energy generation symbolising himchali culture to celebrate elemnts, this will improve the physiological well-being of the users as a result of the relaxing water sounds. The immediate surroundings are also affected by evaporative cooling which will help with thermal comfort in the hotter months.
How?
The water is stored in the large overhead tank, this is then directed to the GWVS through a series of sloped pipes which helps increase the flow rate of water; the water then hits the GWVS and produces electrical energy by spinning a turbine. The water flows into an artificial stream which then goes through a series of meshes to remove large debris and a rapid sand filter to a tank and the water is then pumped back up to the tank atop the slope utilizing a solar pump. The energy produced by the GWVS is utilized to charge the batteries which are required to kick-start the solar pump. The GWWS will only run during operational hours due to its dependency on solar energy .
VORTEX SYSYTEM
STRUCTURAL SYSTEM
CONTEMPORARY KATH-KUNI STRUCTURE
BUILDING STRUCTURAL SYSTEM
AXONOMETRIC DETAIL
STRUCTURAL LAYOUT
ASSEMBLY
FENESTRATION ASSEMBLY
By utilizing locally sourced materials within 90 km range reduces embodied carbon by 81%, minimizing manufacturing and transportation emissions compared to the conventional construction techniques.
KEY SECTION- ROOF
ASSEMBLY
WALL
WALL
WASHROOM DETAIL
12 M WIDE ROAD
Studio Mentors Ar. Vidya V Ar. Indranil Bhattacharya
WORKING DRAWINGS
Location: Bengaluru Area: 2245m² Type: Clubhouse
FIRST BASEMENT COORDINATED REFLECTED CEILING PLANS
ALL DIMENSIONS ARE IN MILLIMETER.
ALL DIMENSIONS SHALL BE VERIFIED ON SITE PRIOR TO THE START OF WORK.
THIS DRAWING SHALL BE READ IN CONJUCTION WITH ALL RELEVANT ARCHITECTURAL STRUCTURAL AND OTHER SERVICES DRAWINGS, ANY DISCREPANCY AND RESOLVED PRIOR TO PROCURMENT/EXECUTION OF WORKS.
FOLLOW WRITTEN DIMENSIONS,DO NOT FOLLOW THE SCALE OF DRAWING.
LEGEND
LEGEND
SPRINKLER
SPRINKLER EXTENT
SPRINKLER LINE
HEAT DETECTORS
SMOKE DETECTORS HD SD
SECOND FLOOR FIRE PROTECTION SYSTEM CEILING PLAN
DRAWINGS-I
SECOND FLOOR FPS
UPVC WINDOW FRAME DETAIL
2022-24
Studio Drawings
Studio Mentors
Ar. Sai Swaroop
Ar. Mayank Singh
Ar. Akansha Singh
Ar. Lourdu Rajulton
Ar. Phani Ram Pingali
Ar. Nishant Bharadwaj
Ar. Megala Gurumurthi
BUILDING CONSTRUCTION DRAWINGS/DETAILS
Softwares Used Autocad
MOMENT RESISTING FRAME DETAIL
WOODEN TRUSS DETAILING LAYERED PLAN
DETAIL A
DETAIL B
STEEL TRUSS DETAILING
TRUSS ELEVATION
STEEL
STEEL L ANGLE
STEEL
GEOMETRIC FORM COMPOSITION EXPLORATION
PAINTING
BIOMMICRY FORM EXPLORATION
CROCHET PIXEL ART
BLENDER INTERIOR RENDER
MODEL
