BHARATHI SHANMUGANATHAN - ARCHITECTURE PORTFOLIO

PortfoliO rofessional 2024

(Only the selected projects were included in this document. Please find the CV attachment for the description of experience from UAEConfidential Projects)

Bharathi Shanmuganathan B-Arch 20(14-19), Srm University

LEED ® Green Associate ™

BIM - Architect

ZCRS (ZERO CARBON RESIDENCE @ SANTHOME)

MS DIANA RESIDENCE (TANJORE)

INDIA’S FIRST ZERO CARBON HOME

LEED V4.1 RESIDENTIAL CERTIFICATION

ARCHITECT : MIDORI ARCHITECTS

AREA : 715 SQM

YEAR : 2020

TRADITIONAL VALUES EXPRESSED THROUGH MODERN ARCHITECTURE

ARCHITECT : JEGANATH JB ARCHITECTS

AREA : 360 SQM

YEAR : 2021

A PLACE THAT GIVES DIVINE FEEL TO THE RESIDENTS

ARCHITECT : JEGANATH JB ARCHITECTS

AREA : REAL ESTATE DEVELOPMENT

YEAR : 2022

04

MR MOTHI BABA RESIDENCE (AMBATTUR, TAMILNADU)

05 P 41-52

MISCELLANEOUS PROJECTS (OFFICE, ACADEMIC & FREELANCING PROJECTS)

P 53-54

A MODERN ARCHITECTURAL RESIDENCE

WHERE FORM FOLLOWS FUNCTION

ARCHITECT : JEGANATH JB ARCHITECTS

AREA : 340 SQM

YEAR : 2021

1. S & D IT OFFICE (OMR, CHENNAI)

2. BANQUET HALL (TANJORE, TAMILNADU)

3. THIRU.

4. MR SELVAUMAR RESIDENCE - FREELANCING (THIRUVARUR, TAMILNADU)

5. LUXURY APARTMENT (ACADEMIC PROJECT)

6. SERICULTURE MUSEUM (ACADEMIC PROJECT)

KALAIGNAR ARUNANIDHI MEMORIAL (MARINA BEACH, CHENNAI, TAMILNADU)

01ZCRS (ZERO CARBON LIVING)

PROJECT DESCRIPTION

Architect : Midori Architects

Designer : Ar Bharathi Shanmuganathan

Area : 715 Sqm

Year : 2020

Location : Santhome, Tamilnadu, India

Status : Under Construction

DESIGN OVERVIEW :

This unique and modern home is a perfect example of modern meets sustainability and functionality. Designed as a response to environmental parameters, this home is all set to earn the first of its kind Zero Carbon & LEED Platinum Certification and provide luxurious comfort with energy efficiency

With corridors that snake around the courtyards connecting the private spaces and rooms with double height glass walls, this home emulates subtle elegance and smart design

Courtyards, curves and inclinations on the form are strategically designed to incorporate self-shade, sunlight and ventilation which give way to modern aesthetics enhanced by a wooden exterior.

CERTIFICATIONS :

1.

2. PUBLICATIONS :

AIMING TO BE THE INDIA’S FIRST ZERO CARBON HOME

PURSUING

LEED V4.1 RESIDENTIAL CERTIFICATION

Ful Article (BUSINESS TODAY) - https://reader.Magzter.com/pre view/yjn8sb2nu3fd0zgkuq33xt67597416674642/675974#page/1

Hardcopy available on stands (June 27th 2021)

CLIMATE ANALYSIS REPORT

The project starts with sketching and constant effort on understanding the requirements of the project and evolving a meaningful design concept that provides solutions to the requirements and paves ways to built a sustainable home with LEED Platinum Certification. AEON House means “Life” translated as “for eternity” and the concept incorporates the infinity symbol fashioned in the shape of Mobius Loop. As the “Infinity” concept was developing, we incorporated the energy efficient design principles like Natural Lighting, Shading & Ventilation. The question remained - how could all these aspects be incorporated into a technically feasible structure without taking an eternity to build?

To overcome this technical difficulty, Parametric design approch was taken with Rhino & Grasshopper - providing, detailed sections & measurement drawings explaining each and every aspects of Mobius Loop form for the building contractors to understand the design and to manufacture the site specific formworks.

Daily Mean Temperature Throughout The Year:

Cooling Requirements :

Precipitation :

Inference :

Based on the daily temperature data table, it is evident that no heating is required at allthroughout the year.

The cooling is required for the peak summer months from April to August.

May is found to be the month which needs highest percentage of cooling load i.e. 90.3% as the temperature is found to be maximum throughout the month.

The site is a L - Shaped plot facing towards east direction with the overall area of 1645sqm & located on santhome, Chennai. Upon various options for the site, this particular (1645sqm) site was analyzed and strategically selected for this project due to the following advantages.

Site location (Center of chennai), Ease of Access (To other locations through road), Ease of Access and proximity to the Public Transportation Maximum availability of Local Vegetations for improved local climate.

A 11.73m wide Santhome High Road acts as a major road which provides access to the site on eastern side of the plot. Even though the site has abutting roads on both east and south diretions, East side (Santhome High Road) road was selected as a major road and site facing direction for vastu compliance. As per vastu square / rectangular plot with perpendicular corners was recommended for residential construction. As per vastu consultant’s suggestions, Imaginary rectangle of maximum size that fits inside the plot is only considered for developing the building, The remaining area of the vastu plot is used for auxiliary additional requirements.

As per the local building byelaws (TNCDBR), Front setback - 3m Side setback - 1.5m (on each sides) and the Rear setback - 1.5m

These minimum setbacks to be left as the open space without any architectural or structural projections around the plot boundary and any built structures inside the proposed site.

On north west corner of the plot, Auxiliary buildings were proposed as a ground floor structure. Minimum setback rule were also applicable to the same.

Inference :

Precipitation starts during the mid of summer period with an average rainfall of 3.6mm.

The average rainfall gradually increases till September & A drastic increase is observed in the month of October and November with an average rainfall of 268mm and 512.5mm respectively.

Average Rainfall (mm) & Rainy Days per month :

Inference :

The highest rainfall is recorded in the month of November with about 512.5mm and the lowest rainfall is recorded in the month of March with about 3.6mm.

The average annual rainfall is found to be 1550mm, which could be utilized in a better way by implementing strategies in the design such as rainwater harvesting system, storm water management systems, etc.

INDIA TAMILNADU CHENNAI PROPOSED SITE SANTHOME MARINA BEACH

From the annual wind wheel diagram, high wind speed of 8 m/s is observed in the southeast direction but the total number of hours the wind prevails in the mentioned direction is found to be very less, i.e. nearly 2%. Average wind speed of 4 to 6 m/s is observed in the directions of west, south west, south east and east. The wind from the southern direction prevails for nearly about 12% of the total hours and the wind from west, south west and south east direction prevails for about 5 to 8% of the total hours. The rest of the direction has minimum wind speed and it lasts for a very less period of time.

The relative humidity is observed to be high (above 70%) in the south and south-east direction whereas it is found to be within the range of 30 to 70% in west and south west direction. The temperature range is also maintained between 24 to 38°C. Therefore, from the inferred data, we can conclude that windows could be positioned on south and south west but along with a proper design consideration of shading devices.

The maximum Global Horizontal Radiation (Average Daily) was observed during Pre-Monsoon period of tamilnadu, Which falls under March to May. This duration also coincides with the Summer Season which records maximum average temperature throughout the year. The Monsoon period of tamilnadu (Between June to December) receives the minimum average global horizontal radiation.

The september, where the change of monsoon occurs receives nominal Global Horizontal Radiation. During Rainy & Winter seasons (November to Feb) Starts with the lowest recorded Direct Normal Radiation and gradually increases and attains its peak limit during summer season.

Conclusion :

The above mentioned study shows that the Direct Solar Radiation range was comparatively in line with the corresponding seasons Therefore corresponding design measures to be taken to reduce the incident solar radiation levels of the proposed buildng.

The building profile was strategically calculated and oriented - facing to North - South direction so that to avoid the longer side of the building facing East - West Direction (Reducing the Harsh Incident Solar Radiation). The building profile was extruded to 12.5m to accomodate the (G+2) structure.

To further enhance the utilisation of natural daylighting and airflow into the building, two semi enclosed courtyard was introduced on the north and south facade of the building as shown on the form development representations.

A form pushdown is strategically designed to avail the direct views of the horizon and landscape on site entrance from the first floor terrace & living area on the second floor.

The Exterior walls are inclined outwards at an angle of 10deg Which inturn acts as a form which self shade itself and prevents the building from harsh incident solar radiation. This strategically developed form helps in reducing the heat gain into the building and the energy consumpsion of the building.

(Designed for LEED Net Zero - Certification)

The fenestrations present on the inner faces are shaded by the tubular shape of the courtyard and receives the diffused light throughout the day. The semi enclosed courtyard enables the interior spaces to receives adequate daylighting.

As per the Vastu consultants recommendation, North west portion of the building needs to be the highest portion of the building.

Using Loft and Sweep technique, the roof for the developed form was created by connecting the inner and outer curves of the top (Roof) loop.

To enhance the utilisation of natural daylighting and airflow into the building, two enclosed courtyards was introduced on center of the building as shown on the form development representations. This enables the daylight to reach the inner portions of the residence and also creates cross ventilation throughout the building spaces.

A imaginary plane was created and considered as a slicing plane, the southeast portion of the developed building form is pushed down as shown in the representation.

The form of this futuristic home is essentially a “Mobius Loop’’ To develop this form further, Careful computational design approach was put forth to explore the shape grammar and infinite possibilities using “Grasshopper’s Generative Scripts”.

Using the wireframe method, the top (Roof) and bottom (Floor) loop of the developed Mobius Loop form was accumulated. The external corners of the Top & Bottom loop was filled at the the radius of 2.5m.

This enables the building to perform well aero-dynamically and the curved profile provides welcoming aura to the building facade.

To respond to the abstract notions of function, aesthetics, performance and project requirements, Generative scripts were used to explore the shape grammar and infinite possibilities.

1. Open Space

The landscape was developed to provide greencover using native species. The total site area is 1645sqm while the total landscape area is 696 sqm.

6. Renewable Energy

The structure generates surplus renewable power.

2. Rainwater Management

From the rooftop and terrace area, 100 percent runoff is collected in an underground sump.

7. Lighting

Double glazed windows with VLT (Visible light transmission) of 0.51, SHGC (Solar heat gain coefficient) of 0.28 were used for glazing. This ensure optimum light in the house.

Vertical lines with desired length were created and 10deg outside slope were strategically added to individual coners of the base loop.

3. Heat Island Reduction

The reflective - white paint used on rooftops is 90 per cent. Similar methods have reduced the area that contributes to the heat island effect by 79.75 per cent.

8. Heat Gain

Due to the inclination of the exterior walls (80 degrees), the building shade itself.

4. Double Roof

Extruded polystyrene insulation is used to reduce the heat transfer on the roof.

9. Thermal Comfort

The physiological comfort is optimised by ensuring adequate cross-ventillation. The comfort zone established is 21-24 degree celsius.

5. Water Use Reduction

Water saving techniques such as drip irrigation wrere used. Indoor water fixtures have low flow rates that reduce water usage by 41 per cent.

10. Local Food Production

Of the total landscape area of 696 sqm, around 263sqm (38 per cent) has been used for food production.

Overview :

If you believe that transport, manufacturing and energy generation are the biggest sources of carbon emissions, think again. Buildings and construction together accounts for 36 per cent of global final energy use and 39 per cent of energy related carbon dioxide emissions according to the International Energy Agency’s Global status report 2017 prepared for the Global Alliance for Building and Construction. While rising awarness about the climate change and its impact on lives and livelihoods is encouraging more and more people and companies to build sustainable, netzero energy and zero carbon buildings, the trend, say experts, is not catching on fast enough to make a meaningful difference.

“The concept of net zero carbon (Buildings) is at a very nascent stage but certainly gaining importance at the corporate level. Housing projects may take some time to chase netzero carbon status”, says S.Karthikeyan, Principal Councellor, CII Indian Green Building Council. Eventhough building a zero carbon house is not an easy task, considering all the harsh impacts this creates on the environment, we decided to evolve the design to obtain Leed Zero Carbon Certification.

Challenges :

There are no guidelines for designing a zero carbon home in india. However, the Indian Green Building Council (IGBC) published a pilot version of the “Net Zero Energy” rating system in november 2018 which can act as a guide while designing a zero carbon home. “Carbon is different from energy. Carbon covers the bigger picture, including materials with which the building is constructed, “says Sunita Purushottam, Head of Sustainability at Mahindra Lifespace Developers Ltd.

Some of the major challenges are awarness about what netzero carbon means and availability of supporting service providers, Low carbon products, Materials and Technologies, apart from use of renewable energy in buildings. Moreover, a zero carbon home does not merely mean an energy - efficient building with neutral or negative emissions.

The process starts from the planning stage itself and covers the choice of site (so that there is enough sunlight and wind to generate renewable energy) and construction material to use of renewable energy, apart from efficient waste and water management.

Our Approach :

Site / Orientation :

The top and bottom loop were isolated and the individual corners were filleted to the radius of 2.5m.

Using the upper ends of extruded lines, two top curves forming the upper loop was created.

The Loft technique was used to create a continuous plane (Exterior Wall) which connects the articulated top and bottom loop.

The loft and sweep technique was used on the two curves on the top loop to create the roof surface over the structure.

As the house will use electricity generated by renewable sources, The site location was choosen so that it reveives ample light, heat and air. The longer side of the buiding is oriented towards North and South direction to avoid harsh radiations from the East and West directions. The pasive cooling techniques were also strategically incorporated into the design development process.

Construction :

According to IGBC, the external walls should be built using six-inch fly ash bricks, with plaster on both sides. In addition to the fly ash bricks, Green cement (Manufactured using a Carbon - negative process) and heat reflective paints to be considered. Besides, Greencover should be added wherever possible.

Rapidly renewable materials such as bamboo, eucalyptus, bagasse and certified wood were proposed for the furnitures, fixtures and external vertical fins to reduce the embodied carbon from material procurement.

Clean Energy, Energy - Efficient Appliances :

The rooftop solar panels were proposed so that the house should be able to produce as much or more, electricity than it consumes. Our vision is to run the building entirely on renewable energy throughout the building lifetime. Large windows were strategically designed and proposed so that the building receives ample lighting and to avoid artificial lighting needs during the day time.

To reduce the energy consumpion, BEE - Certified appliances, LED Light fixtures which consumes less energy were proposed. Sensor - based lighting solutions were used to turn off lights automatically if there is nobody inside the rooms.

Recycle & Reuse Waste Water :

An on-site water teratment system and separate plumbing lines are proposed to reuse the treated waste water for flushing and other requirements, which ensuresoptimum use of water. Roof top & Site runoff rainwater were also harvested.

Waste Management & EV - Charging Points :

To prevent the waste from being sent to landfills, On - site waste segregation strategy was implemented. Separate bins to collect the Dry & Wet waste was proposed for recycling process. To eleminate carbon emission due to vehicles, Usage of electronic vehicles with charge station provision on parking garrage was proposed. GENERATIVE

Inner and outer curves for the base loop is loaded into the grasshopper.

Building Block

Exterior & Interior Courtyard

Inference :

The buillding performance optimization is an integral part of the design development process. Each step shown in the design development process is carried out after performing carefull Analysis, Simulation and Confirmation of the design, satisfying and meeting up with the desired results towards sustainability & efficiency.

The average solar radiation data chart shows that the performance of the building gradually increases as the design development process evolves.

Filleted Roof

15

Building With Floor Plates

Zoning

The edge where the roof & wall intersect was filleted by 0.8m radius, this enables the building to perform well aerodynamically and the curved profile provides welcoming aura to the building facade.

External Vertical Stripes :

To further reduce the heat gain into the building, External vertical wooden stripes were introduced to prevent the harsh incident solar radiations. This design element is strategically provided to reduce the energy required for building performance and to attain the Net Zero Cetification.

TYPICAL DETAILS :

16 19

The building floor plate of 0.15m thick was introduced at the clear distance of 4.0m from the formed ground level.

Recessed Walls

The walls were recessed inside where as the form itself is inclined outwards at 10deg slope. This further prevents the building from harsh solar radiations where the resession act as a shading device to the curved windows. This design articulation is precalculated to reduce the solar gain into the interior spaces and paves the way to the reduction in energy for building performance and Net Zero Certifications.

The cutouts were introduced on the roof which flows throughout the developed form. The precalculated location of cutouts provides openings for terrace garden on first and second floor and terrace, which accomodates the service area.

Windows :

The bedrooms were placed on the corners of the Mobius Loop which enables the habitans to avail the views to the outside landscape through the convex window.

17 Convex windows were designed and inserted on the all corners of the building which provides seamless view to the nearby landscapings. Aluminium supported structural glazing (Double Glazing) were provied on the north and south facing wall.

The terrace garden and landscapping were designed and located in such a way that, the views to the outside through the structural glazing & convex windows will always have the greenery and vegetations. This enhances the feel that the building is well connected to the nature. Roof Cutout

FENESTRATIONS

The buildings around the site were also considered in radiation analysis for accurate results.

The solar radiation analysis for the fenestration were carried for an year, a grid size of 200mm x 200mm was choosen for the simulation results. The simulation was performed for an entire day (Sun rise to Sun set) to obtain more accurate results.

The units for the results shown is wh/0.04 sqm for North west and South east facade. To get more accurate results latest weater file for the site location was used for the solar radiation simulation for fenestrations.

IRRADIATION or INSOLATION is the measure of Energy of the Solar Radiation in units Kwh/m2. It is the amount of solar radiation (Kw) on a specific area (m2) in a specific time (h).

Direct Solar Radiation on the walls results in conduction of heat through the materials (like brick, concrete etc) direct solar radiation on the windows result in instantly heating up the spaces with in. This causes thermal discomfort, sometimes visual discomfort and both leads to over usage of AC and lights all through the day.

Here we observe that this Building is shaded only from the South West direction by the neighboring buildings and hence exposed to solar radiation from all sides.

After the shading elements are introduced, there seems to be significant amount of reduction in the Solar Insolation, which will have a direct effect on the heat gained indoors.

Ground Floor - Sept 22, 9AM

First Floor - Sept 22, 9AM :

Second Floor - Sept 22, 9AM

In this project we have prevented admission of direct solar radiation on the walls and windows by

1. Twisting the floor plans to self shade each other.

2. Creating transitional spaces like terraces and lobby that can admit direct sunlight but allow only indirect sunlight indoors.

3. Adding perforated screens to filter in the solar radiation giving a good quality of light and radiation indoors.

Inference

Following material reflectance value has been provided as inputs for the daylight simulation, 60% for walls, 50% for windows (VLT), 20% for flooring, 80% for ceiling. This simulation was performed for the date of 22nd sept (Equinox). It clearly shows that the eastern fenestration receives ample natural lighting into the habitable area due to the day time. The orientation of the building has given a right level of shading and exposure to sunlightby having only 2 regions that is lacking light and the regions being the transitional spaces, it is negotiable.

Balconies and Screens create the transitional spaces which receives maximum daylight and allows diffused light inside the spaces, reducing glare and over heating.

The theatre hall in the second floor receives zero natural lighting because absence of windows and to keep the space darker for better experience for the users (Artificially ventillated).

Carefull studies and analysis were carried out along with the Building Performance Consultants (BPC). Annual Energy Consumption (End Use) for a Baseline case building and Proposed building was analysed and constant efforts were taken along the design development process to minimise the energy consumption. As per the final study, 33.3 per cent of the energy consumption was reduced from the baseline building’s performance by implementing strategical design measures.

Our vision is to build a house which run’s entirely on the renewable energy which was generated from the site. Solar panels were installed on the rooftop to generate renewable energy during the day time.

Nearly 18 pre cent (6025 kwh) of enery is created more than that of the required energy using solar panels for the proposed building. This ensures the building not to rely on corporation’s local electric grid.

Conceptual Model (3D Printing) :

Inference : 1 2 3

As an architect, we know that the physical model paves way for igniting the imagination and exploration of potential solutions. Therefore, exact prototype was created using 3D printing technology on each milestone of the design development process for better understanding of the form.

Models are an ideal way to represent and highlight features that sketches cannot, such as proportion, detail and communicate function. 3D printing technology (digital), It’s important purpose is to strip back the fuss and absorb the details of the creative output from the form-finding process that can uncover unseen flaws.

Alternatively it can also inspire new routes to refinement that, at times, can be never - ending process!

In the case of Aeon House, Material computation and digital fabrication is an active component in the “Genesis Of The Form”.

As the design has more intricate details & construction stages, needed frequent site visits and clarifications to be given on site. With the guidance of our chief architect, number of group and individual site visits were conducted. on - site scrutiny on design implications and deviations were closely examined and report were submited to the management, conclusion and solution were communicated to the contractors and builders accordingly.

Some of the site images showing the progress of raft foundation and plinth were attached. The site visits, discussion with the contractors, builders and site workers provided necessary exposure to the on site practices and constrains.

SITE VISITS & CONCEPTUAL MODEL :

Architect + Builder & Client.... all wrapped up in one!

AEON house represents design that results from a successful collaboration between the architect as designer and our chief architect as the owner! The oppertunities and potential for expression to expand the boundaries of building form and building space are endless when it comes to the open minded client (in this case our own chief architect).

The move towards Zero - Carbon house with more effective glazing, increased insulation, enhanced indoor environmental quality and reduction in electrical energy and water consumption - is not solely technical but illustrates how architects respond in their selection and use of low energy consumption materials.

As a team, we took up this task gleefully and wholeheartedly Aiming for Styish, Sustainable and Efficient home and designed to achieve LEED Platinum certification.

Aeon house blends craftmanship with formfinished low embodied carbon concrete techniques without compromising on the elegant form - a unique structure fashioned in the shape of Infinity - inside outside interlude. With a 23 KW photovoltaic system that taps into solar energy, a small rainwater and greywater unit and the usage of locally sourced material to shape this energy - efficient home to give it its impeccable green credebtials aiming to inspire others.

The “lit” effect of Aeon house is even more profound as the curvesand unique design ushers in daylight into the rooms evenly. The convex windows (the eyes) and the innovative roof loops blurring the lines between roof, wall and floor!

The slick recessed windows are strategically placed to allow the airflow unhindered into the kitchen, living and dining rooms through the courtyards (the lungs) for the breezy healthy indoor ambiance

DESIGN DEVELOPMENT :

PASSIVE COOLING TECHNIQUE :

Provision of Clear story windows allows the Penetration of Diffused day lighting inside the habitalbe area. The Clear story window gets heated by Direct sun light which inturns transter the heat to the air near the roof and induce the Hot air to pass out through the windows and creates low pressure area.

To stablise this low pressure area, Cool air is sucked in to the room from the windows on the walls. This same proces repeats continuously and keeps the building interior cool compared to the outer temperature. To reduce the heat penetration through walls, Double Wall with Mineral Wool Insulation design have been incorporated.

CONCEPTUAL 3D MASSING : SECTION THROUGH BEDROOM :

PROJECT DESCRIPTION

Architect : Jeganath JB Architects

Designer : Ar Bharathi Shanmuganathan

Area : 360 m2

Year : 2021

Location : Tanjore, Tamilnadu, India

Status : Under Construction

DESIGN THEORY :

To Avoid the Monotonous Cuboid - Shaped building and to enhance the interest in facades, Multiple levels were created on the floor and Skyline of the building.

Maximum adaptation of natural lighting & ventilation through provision of clear-story windows & raised ceiling on living & office area.

Minimalistic Architecture - Style was achieved through usage of Local & Repetitive materials and finishes.

Hatch area showing Substraction of 3d Massing from Cuboid Shape to arrive on final form. This creates variations on skyline of the building facade.

Final Conceptual Sketch showing the Elavation with sloping roofs and variying skyline & Projecting double wall for thermal insulation.

LEGEND :

CONCEPTUAL SKETCH :

03

BRINDHAVANAM

PROJECT DESCRIPTION

Architect : Jeganath JB Architects

Designer : Ar Bharathi Shanmuganathan

Area : Real Estate Development & Entrance Arch Design

Year : 2022

Location : Chennai, Tamilnadu, India

Status : Under Construction

DESIGN BRIEF :

Project’s client is the Leading real estate & Property development company “AKSHAYA’’ This realestate property is located in chennai & Named as “Brindhavanam’’

The client Requirement is to create a functional & profitable plot layout along with OSR and Public Amenities, Architectural & Welcoming entrance design, 3d (Walkthrough) visualization of the developed property for their project promotions on media.

EXPLODED AXONOMETRIC VIEW :

Kalasam on top of the dome. Elongated dome.

Arched entrance. Columns which supports the dome. First floor slab.

DESIGN THEORY :

ARCHITECTURE & BACKGROUND :

As the project name (Brindhaban) implies the historical city where the lord krishna spends most of his child hood according to hinduism, the design of the entrance is inspired from Kusum Sarovar monument in rajasthan which was build on memory of Krishna & Radha.

The famous Kusum Sarovar which is a sacred water reservior with historic sand monument in its backdrop. This monument was built on Rajasthani Architecture which is based on hybrid of hindu & mughal architecture influence.

DESIGN FEATURE :

The Entrance design was evolved from Chhatri, Meaning “Tent’’ or “Umbrella’’ in hindi. These are elevated dome shaped pavillions and are visible elements of the Rajasthani Architecture, where they are the symbols of Pride & Honour

The struture acts as a pavillion with large dome supported by columns which have architectural carvings & detailings.

Glazed Facade.

Glazed entrance to the security room. Security watch cabin.

COLOUR SCHEME :

To achieve Rajasthani Architecture & to create Brindhavan feel is the basic concept of the design.

Therefore colour scheme were selected to replicate the sand stone which is used widely in construction of monuments in rajasthan. This also enhances the Feel & Aesthetic of the entrance design.

The design was inspired for the “KUSUM SAROVAR’’, the water reservior with sand stone monument built on its background on the memory of Lord Krishna and Radha. To achieve the feel and aesthetics of the monument following design features have been added to the design.

Stone block flooring near the entrance have been added to separate the typical asphalt road and to create the enhanced feel while entering the realestate property. To recreate the water reservior from the Kusum Sarovar, Water fountain have been introduced in front of the security watch cabin.

All plots on the road front are earmarked for the commercial usage, the design proposals for these commercial buildings were predecided to have a minimal architectural features on the facade without disturbing or over powering the actual entrance of the Realestate property.

The Colonnade, Arched facade, Domical roof, Kumbam and Corbell with Cornice on in between floors are the major architectural elements of the design which creates the Rajasthani Architecture and the feel of entering the actual Brindhavan city.

Provision of grand chandelier on the domical roof created the grand, sophisticated & welcoming feel to the entrance of the reastate property.

Walls near the security cabin which defines the boundary of the road and adjacent plot has architectural carvings and contrasting colour scheme. This method of treatment has been carried out to recreate the colonnade of rajasthani forts and monuments.

MISCELLANEOUS PROJECTS

The proposed IT Office at OMR chennai has a functional office area of about 2150 sqm. A climate responsive architecture approach was taken for building efficiency and following sustainable design features were implemented, Building orientation, Double wall to avoid radiations, Wooden fins on facade to reduce direct sunlight.

THIRU. KALAIGNAR KARUNANIDHI - MEMORIAL (MARINA BEACH, CHENNAI) : S & DIT OFFICE (OMR, CHENNAI) :

BANQUET HALL (TANJORE, TAMILNADU) :

The site area of this project is about 1945 sqm. The client wanted to invest in a commercial property on tanjore (Clients Native), As an architect we carried out studies and analysis on contemporary demands of commercial business in the locality and suggested this marriage cum banquet hall design.

Our design proposal is the amalgamation of functionality and modern design with cost effectiveness on mind.

The proposed design contains seating area of 250sqm, Bride and bride grooms rooms with attached toilets, control room and staff toilet.

The Tamilnadu government wanted to establish a memorial inside the marina beach, chennai (Pen monument) in the memory of “Dr Kalaignar Krunanidhi” (Former Chief minister of tamilnadu). As a politician, writer and tamil scholar his contribution to the Tamil Literature and Tamil nadu are innumerous, to acknowledge his achievements and contributions, a 30m high pen monument (A replica of a pen used by Dr Kalaignar) was proposed by our team. This establishment also act as a tourist attraction and generates wealth to the government.

The site was located in inskirts of Thiruvarur (South Tamilnadu) of 2400 sqft . A modern 3BHK residence with double height living area & well utilized natural day lighting and ventillation was proposed. The total area of the proposed building is about 1650 sqm. Spacious bedroom with attached walk-in wardrobe, Toilets. Utility room for utensils washing and washing machine usage. The floor plan is developed with constant discussion & suggestions from vastu, plumbing and electrical consultants for better user experiences.

MR SELVAKUMAR RESIDENCE (THIRUVARUR, TAMILNADU) :

ACADEMIC & FREELANCING PROJECTS

SERICULTURE MUSEUM (ACADEMIC PROJECT) : LUXURY APARTMENT (ACADEMIC PROJECT) :

The site is located in karnataka, KSSRDI (A government organisation for silk manufacture). The proposal includes a sericulture museum, commercial block, Academic blocks and hostel. The motto of the design is to express the term sericulture and its related stages into the form of proposed building. This luxury apartment has a site area of about 8160 sqm. Following features and amenities were provided, Departmental store, Pool, Restaurant, Dog salon and Pet friendly parks, Kids park, Mini - Community Amphitheatre, Spa, Salon, Gym and a Multipurpose Hall. Room types includes, 3 BHK apartment of 150sqm, Studio Apartment of 65 sqm, 4 BHK apartment of 360sqm and a Penthouse of 450 sqm.

Design creates culture. Culture shapes values.

Values determine the future.