PORTFOLIO M.K.Bhavyasree
M.K.BHAVYASREE mkbhavyasree@seed.edu.in +91 8848179682
I am on a journey to cultivate and refine my skills and knowledge. I truly believe that actively engaging in learning, gaining hands-on experiences, and collaborating within a visionary mentorship will be the key to sharpen my skills and knowledge, paving the way for success in the real challenges of this field.
EDUCATION semester 7 APJ Abdul Kalam School of Environmental Design
LANGUAGES english hindi kannada malayalam tamil telugu
SOFTWARE SKILLS AUTODESK AutoCAD Rhinoceros 3D Trimble SketchUP Adobe Photoshop Adobe InDesign Microsoft office
WORKSHOPS ATTENDED Photogrammetry and Photography workshop - Ar.Prashanth Mohan Clay Pottery and Kiln making - Jayan V K Rhino and grasshopper workshop - Hybrid Rhythm Ideate, write and talk design - Ar. Litty Salas Home of circular beginnings - Saumya Pande
SOFT SKILLS Model making Sketching Photography singing
content
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Land building relationship semester 04
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Climate responsive studio semester 05
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Material and detailing studio semester 06
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Miscellaneous
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L A N D BU I LD I N G R E L AT I O N S H I P SEMESTER 4 - REJUVENATION CENTRE
The semester 4 explored on how buildings form a relationship with the land and vice-versa, and how landscape create architecture rooted in its context, and sensitive to the site by designing a rejuvination centre. We learnt to refine architecture and its interaction with the landscape by considering spatial organisation, environmental context and structural necessity. We understood the site context and tried to reciprocate in a sustainable and environmentally friendly approach.
TRACING THE RIVER
On the foundationof geographical entities, kerala can be ssegmented into three main geographic regions based on its geographical features: the eastern highlands, the central midlands and the western lowlands. The highland typically sits at an average elevation of around 900 meteres heights up to 2000 meters. The central midland between the sahaya mountainsand the coastal loalands, consist of rolling hills and valleys. The western lowland encompasses a network of inter- connected brackish canals, lakes, estuaries and rivers famously known as the kerala backwaters
The highlands sit at an elevation of at least 75 meters above sea leve. The climate in this region is mild, charecterizeed by frequent and plentiful rainfall. The midland regions benefit from ample rainfall, nourished by numerous streams, and possess moderately dense layers of alluvial soil within the river basin. The lowland region comprises many shallow lagoon referred to as “kayels” by locals. along with river deltas, backwaters, and the Arabian Sea shores. Primarily known for its abundance of coconuts and rice, it’s incredible fertile. The lowland soil benefits from higher fertility due to transportation of soil from the hilly areas by the river which deposits it here.
TRACING THE RIVER
The river flows down south-west as a single river for about 115km after confluence and travells a total of 121km and empty in vembanad lake and finally join the Arabina sea. It is the 6th largest river in Kerala. There are two major hydrolic observation stations maintained by centre water commission on this river which are at Ramamangalam and Kalampur in Kerala
SKETCHES
Land modulation Iterations on Cliff
Land modulation Iterations on Forest
Land modulation Iterations on Lake
CLIFF-FOREST
SECTION THOUGH THE LANDSCAPE
Perched on a cliff where the forest meets the sky, the Rejuvenation Centre Resort is a blissful escape. Tucked amid lush greenery, the resort offers with panoramic views of a tranquil water body below. The soothing chirping of birds becomes a natural soundtrack, creating a sense of peace.It’s a place where the gentle warmth of nature offers solace and a break from the demands of the outside
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C LI M AT E R E S P O N S I V E S T U D I O SEMESTER 5 - PRIMARY HEALTH CENTRE
The studio represents the first exposure to a truly technical design environment.This transformative experience unfolded across two distinct sites-Bodimettu and Bodinayakannursituated in the contrasting climates of kerala and tamilnadu. The primary objective of the studio was to comprehend and analyze the microclimates of these locations. In light of the climatic disparities between Bodhimettu and Bodinayakannur ,our design challenge was to conceive a fully climate responsive ‘‘primary Health Centre’’.The site i choose was Bodhimettu ,which is characterised by harsh wind from both west and eastern direction.Overcoming the heavy wind inorder to provide comfortable spaces was the biggest challenge.This necessitated a deep understanding of the microclimatic intricacies and a thoughtful integration of sustainable and adaptive design principles.
OBSERVATIONS AND STUDIES
Iterations of models
iterations of building form to counter the strong winds in site - tested in the wind tunnel Exploring handmade models, at the initial stage provided qualitative insights into wind interactions with structures. These initial physical models facilitated a conceptual understanding of wind effects.
Initial site analysis sketches,showing the sun The site experiences heavy. The building is path diagram of the morning sun.The site is placed diagonally along the east west direction characterized by cloudy or overcast sky during in order to cut the harsh wind from east and winters. west.
The spaces are arranged in such a way that each block receives adequate sun light.Fixed glass windows are provided on the facades for light
Utilizing staggered walls can disrupt smooth airflow, dissipate wind energy, and create areas of reduced wind pressure, enhancing both structural stability and outdoor comfort.
SECTION THOUGH THE BUILDING
The wind pockets coupled with jalli walls and creepers are aimed at mitigating wind effects. Jalli walls act as windbreaks, redirecting and slowing down of the wind, while creepers further reduce wind pressure. Providing glass facades traps the heat and pass the trapped heat to the areas nearby.
1. ACCOUNTS 2. BILLING 3. OFFICE 4. PHARMACY 5. RECEPTION 6. MINOR OT 7. CASUALITY 8. TOILET 9. DOCTOR’S ROOM 10. GENERAL OP 11. OB GYN 12. PEDIATRICS
floor plan
DAYLIGHT ANALYSIS
GROUND FLOOR PLAN
WIND TEST ANALYSIS
INCIDENT RADIATION
Analysis on building form to let in sunlight and warmth while diverting the wind away - radiation analysis in Rhino
These are some important analyses and 3D model done using Rhinoceros software for the project. It demonstrates how I used it to study incident radiation, wind patterns using Flow RT, and daylight distribution. These analysis helped me design buildings that work better with the environment, considering factors like sunlight, wind flow, and natural light inside the spaces
EVOCATIVE MODEL The walls of each block is extended to cut down the wind velocity.The extended walls deflects the harsh wind, and the low velocity wind enters the building through the jaali walls provided at the facades.
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M AT E R I A L A N D D ETA I LI N G SEMESTER 06- DOWNTOWN CAMPUS
The primary objective of the studio was to impart real world construction knowledge and resolving architectural concepts into buildable entities. The semester six project was to design SEED Downtown Campus in Eranakulam.The purpose built standalone building is envisaged as the face of the eponymous institute in the city.It will house a exhibition and event halls,meeting rooms and multipurpose spaces within a area of 600sqm.The program size is kept compact to encourage detail investigation.
D O C UM E N TAT I O N Renewable energy center- MITHRADHAM Material:Brick
Renewable Energy Center, Mithradam,is the first fully renewable energy powered educational institution in india dedicated solely for the promotion of environment and renewable energy.The whole structure functions as a concrete model for sustainable living and development,by providing an institutional structure for demonstration,education and training in environment and renewable energy
WINDOW ARCH
CORBELLED ARCH SEATING
WINDOW ARCH
CIRCULAR ARCH
DETAIL 3
DETAIL 2
DETAIL 1
The double-thick load-bearing walls, standing without columns, silently invited visitors to explore the seamless fusion of art and architecture.
Strategically positioned skylights at the edges poured a cascade of natural light, illuminating the space with a soft glow that added a celestial touch to the immersive experience.
MODEL
SECTION AA’
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M I S C E LL A N E O U S
P H OT O GR A M M ET R Y D O C UM E N TAT I O N RU N N I N G ST U D I O S
Photogrammetric documentation of Pallimeda-St. George church was done as part of a photography workshop by Ar. Prasanth Mohan. Aerial photogrammetry technique where a 2-D or 3-D model is made from aerial photographs using drone was used for the documentation. These photographs were then turned into models using softwares like metaphase, realitycapture etc
M.K.Bhavyasree mkbhavasree@seed.edu.in +91 8848179682
THANK YOU