Campus Design_Rayburn College_Manipur by Umesh Chandra Yadav

PROJECT INTRODUCTION & INFORMATION

PR OJEC T BRIEF PROJECT LOCATION : Rayburn college, Churachandpur, Manipur PROJECT NAME : RAYBURN COLLEGE PROJECT PARTNER : Mr. SANG GUITE BUILT-UP AREA : 16,996.8 sq meters PRELIMINARY CONSTRUCTION BUDGET : Project budget: 7 crores BRIEF DESCRIPTION OF THE PROJECT : • Name: Rayburn college • Building type: Educational building • Location:P.O.Box-32,NewLamka, Churachandpur, Manipur India • No. of occupants: 987 • Project budget: current phase of the project- Rs.7 Cr. • Climatic conditions: cold and humid • Size of the land: 4.2 acres (16996.797sqm) • Neighborhood: residential buildings and a football ground • Applicable building regulations: Autonomous District Council, Churachandpur, Manipur Currently has no enacted or regulating buildings byelaw. • FAR: 1.2 • Additional information: Earthquake prone (seismic zone 5), Flood prone ( Check Drainage, River is dried/clogged)

PROJECT DESCRIPTION:

Project context: Rayburn college is established in 1994. It is a private and autonomous college and accredited by UGC. The new Campus of the College is recently functional with much of the civil works remaining and ongoing. Hence it is in the ripe time of its project phase to consider passive design solutions vis a vis net-zero energy-water and climate-resilient aspects. As the campus plans to facilitate hostel and staff quarters in the near future for with GFC drawings are ready, it will be of great interest and challenge for our team to coordinate and offer the Project Partner valuable inputs on passive design. Rayburn college provides B.A, BCom, BSc, M.A, M.Com courses for around 800 students and housing for around 300 to 400 students and a chapel and few amenities for students on site. Project Status: There is already an existing education block on the site. Now that the institute is planning on providing student and staff housing and also few amenities for students further on site.

EXECUTIVE SUMMARY:

Team Ctrl+Z is a group of thirteen students from B.Arch 4th year, one student from B.Tech(Facilities and Services Planning) and one student from B.Arch 3rd year from SPA- JNAFAU, Hyderabad. As our team name suggests, we are working on undoing all the conventionally practiced commercial methods of construction and working on creating a more sustainable design. We also wanted to control the resources and make the building a net zero, hopefully a net positive building Rayburn College is an educational institution established in 1994 with a vision to achieve academic and spiritual excellence. Learn, Labor and Serve is the motive of the college. Named after Dr. Robert G. Rayburn, the college offers fourteen courses across arts, commerce and banking and science like B.Com, B.A and B.Sc. Rayburn college is also a leader in research and innovation. The infrastructure, extracurricular activities and national and international collaborations. Make it quite evident the college also gives importance to extracurricular activities. After calculation with correction factor 1.2 we need 548MWh of energy generation anually.With rooftop area coverage of 178 sq.m we can satisfyingly generate the required energy generally, with 22.8% efficiency.Hence solar panel system of capacity 157 kW is installed with 712 photovoltaics each of 220w. A river nearby the site sources water for this building and the site is located in an area where the groundwater capacity is high. We have used rainwater harvesting, gray water reuse and water efficient appliances toachieve net zero water. Our site falls under seismic zone- V which is highly prone to earthquakes. Designing in a seismic zone comes with its own challenges. It is important important to consider all the factors that can affect the surroundings after a natural calamity. Choosing materials that are durable will help reduce damage in case of an earthquake.

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PROJECT SITE & SITE ANALYSIS CONTEXT ANALYSIS: • Raw material sources in the site locality and their usage: Apart from the building material such as sandstones, clay, pebbles and gravel, no other mineral of economic significance has been found in the district., Hard, eddy and massive sandstone of Disung Formation and Barrial Group are extensively used for road construction and as building material. Suitable earths and alluvium along the river banks provide material for local brick making. Pebbles are crushed to use as aggregates. • There is no traffic disturbance round the site right now, also with commercialization in future traffic might slightly increase • Resilience- from small events to extreme disasters Churachandpur is prone to earthquakes, but with the proper techniques and construction materials buildings can withstand natural calamities. FINALDEVELOPMENT STAGE

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IITJODHPUR - DESK STUDY PROJECT SUMMARY Site Location : Jodhpur, Rajasthan Coordinates : 26° N, 73° E Occupancy Type : Academic Campus Typology : New Construction Climate Type : Hot and Dry Desert Project Area : 8,07,518 m2 Grid Connectivity : Grid Connected

LITERATURE & DESKTOP STUDIES NET ZERO ENERGY CAMPUS The energy consumption of this campus is reduced to about one-third of business-as-usual with passive and traditional techniques of building (expected energy use = 45 kWh/sqm. yr instead of 130-160 kWh/sqm. yr), integrated with renewable energy technologies, with compact building clustering, and by encouraging a low energy lifestyle (creating a 250 W society). The buildings shall be some of the most energy efficient and low resource consuming buildings globally.

NEAR ZERO WATER CAMPUS • The Campus aims to be NET-ZERO water at the completion of all its phases. • The basic concept is to optimize the baseline, reduce demand wherever possible and use water-efficient technologies to minimize wastage. • Capacity has been provided for rainwater harvesting as well as extensive reuse of treated grey and black water for non-potable uses within the Campus. • The municipal supply will act as a backup in case of emergency situations. Native as well as drought resistant species of plants have been used to reduce the irrigation demand. • Low flow fittings with aerators will provide water conservation

LOCATION OF DECENTRALIZED TER TREATMENT PLANTS (DWTS)

SOLAR ENERGY SITE PLAN • Roof top solar and field solar is proposed in a 1:2 ratio. • Probable final phase will require 9 and 18 MW respectively. • Phase 1 can be about 15% of this, so 1.5 & 3 MW is required.

WASTEWA-

• The grey and black water is collected in the sewage system to go to the DWTS • Biogas shall be extracted from the residential and hostel sewage to provide partial cooking for hostels. The “Floating Drum” type of biogas plant will be used. • DWTS water shall be used for flushing (second hydro-pneumatic system), irrigation (third hydropneumatic system, but switched on at fixed times), and HVAC (cooling towers, blended with rain water, see below) in that order of priority.

NET-ZERO WASTE CAMPUS • The Campus aims to be NET-ZERO waste at the completion of all its phases. • Segregation-at-source, regular waste collection and a central waste sorting area have been proposed to optimize the waste management process. Strategies to deal with various types of waste have also been suggested. • Followed efficiently, the Campus may be able to successfully divert 100% of its waste from the landfill site.

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DESIGN CONCEPT & FORM DEVELOPMENT H B L O C K S T A G E -1 120° A N G L E

110° A N G L E

F I N A L D E V E L O P M E N T S T A G E

DESIGN BASED ON

FORM SKIN SPACE PASSIVE STRATEGIES

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CONTESTS INDUCED VENTILATION

INSULATION

BAFFLE WALLS

PASSIVE STRATEGIES COURTYARDS LOUVRE WALLS OUTDOOR SPACES

PRESSURE DIFFERENCE - OPENINGS

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CONTESTS

EARTHQUAKE RESILIENCE IN ORDER TO DECREASE RISKS FROM EARTHQUAKES, RESILIENT BASED STRATEGIES WERE IMPLEMENTED THROUGH THE BUILDING ENVELOPE OF THE CAMPUS OUR MOTIVE FOR CONSIDERING THIS PARTICULAR ENCLOSURE SYSTEM ARE BASED ON THREE ASPECTS, WHICH ARE -

• DURABILITY • FLEXIBILITY • LIGHT WEIGHT

ALL OUR CHOSEN BUILDING MATERIALS HAVE BEEN CONSIDERED KEEPING IN MIND THE ABOVE ASPECTS, WHERE EACH ONE POSSESSES ONE OR MORE QUALITY.

MRF STEEL STRUCTURE-DURABILITY THROUGH MATERIAL, FLEXIBILITY THROUGH STRUCTURE

AS STEEL IS DURABLE BY ITS NATURE, WE HAVE ADOPTED A STEEL FRAMED STRUCTURE IN OUR DESIGN, IN ADDITION TO THIS, STEEL STRUCTURE CONSIDERED IS A

MOMENT RESIST-

ING FRAMED STRUCTURE. WHICH ARE SPECIFICALLY CONSIDERED FOR THEIR ABILITY OF RIGID JOINTS BETWEEN COLUMN AND BEAM ENABLING THE BEAMS AND COLUMNS TO BEND DURING AN EARTHQUAKE AND COME BACK TO THEIR NORMAL POSITION, PROVIDING FLEXIBILITY

REVIVAL FOR RESILIENCE

BAMBOO DHAJJI DEWARI - CROSS BREED OF NORTHERN & EASTERN VERNACULAR ARCHITECTURES OF INDIA

INSPIRED BY AN AGE-OLD TECHNIQUE CALLED DHAJJI DEWARI, WHICH IS NATIVE TO SEISMIC ZONES IN KASHMIR. CONSIDERING THE IDEA OF CROSS BRACING AND MODULARITY IN VERTICAL ENCLOSURES [DURING EARTHQUAKES, THE WALL WOULD NOT BREAK AS A WHOLE BUT RATHER IN SMALL UNITS WHICH PROVES TO BE LESS DISASTROUS]. WE DECIDED TO USE THIS VERNACULAR TECHNIQUE IN OUR DESIGN BY GIVING IT THE NECESSARY ALTERATIONS BASED ON OUR CONTEXT. DUE TO THE EASY AVAILABILITY AND AFFORDABILITY OF BAMBOO IN THE LOCALITY AND ITS NATURAL FLEXIBLE PROPERTY, TIMBER IN TRADITIONAL DHAJJI DEWARI HAS BEEN REPLACED WITH BAMBOO AND THE INFILL WHICH WAS STONE TRADITIONALLY HAS BEEN REPLACED WITH AAC BLOCKS DUE TO ITS LIGHTWEIGHT QUALITY.

OTHER MATERIALS LIKE RCC FILLER SLABS, POLYCARBONATE PANELS, AAC BLOCKS WHICH INHERIT THE QUALITY OF LIGHTWEIGHT HAVE BEEN CONSIDERED FOR THE ENCLOSURE

R E S I L I E N C E

FLOOD RESILIENCE CREATING AN EFFICIENT DRAINAGE SYSTEM - CREATING TERRAIN SLOPES THAT NATURALLY DIVERT FLOOD WATER OUT OF THE SITE TO THE RIVER NEARBY

FLOOD WATER MANAGEMENT - TO SLOW DOWN

RUNOFF AND FLOODS. WE HAVE INCORPORATED BIOSWALES AND RAIN GARDENS THROUGHOUT THE SITE AS PART OF OUR LANDSCAPE, WHICH HOLD EXCESS WATER IN PLACE AND PREVENT FLOODING.

DISASTER RELIEF ZONE FOR THE NEIGHBORHOOD

MULTI PURPOSE HALL DURING FLOODS THE CHAPEL IN OUR SITE CAN ACT AS A DISASTER RELIEF ZONE FOR THE NEIGHBORHOOD, DUE TO THE ABILITY OF ENERGY SUFFICIENCY AND WATER SUFFICIENCY

FIRE SAFETY USING FIRE RESISTING BUILDING MATERIALS LIKE AAC BLOCKS, POLYCARBONATE SHEETS. GIVING NECESSARY FIRE TREATMENTS TO MATERIALS LIKE BAMBOO. FIRE TREATMENT BASED ON NBC For providing safety to the structure against fire, bamboo is given fire retardant treatment using following chemicals; a few drops of concentrated HCl added to the solution to dissolve the precipitated salts: • Ammonium phosphate : 3 parts • Boric acid : 3 parts • Copper sulphate : 1 part • Zinc chloride : 5 parts • Sodium dichromate : 3 parts • Water : 100 parts ADDITIONAL CONSIDERATIONS INCLUDE : • FIRE SPRINKLER SYSTEM • SMOKE COMPARTMENTS

CHALLENGES OBSERVED EARTHQUAKES - SITE IS IN SEISMIC ZONE 5 FLOOD PRONE AREA POSSIBILITY OF FIRE DISASTERS

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ISSUES THAT HAVE LED TO INNOVATE

ADDRESSING EXPLOITATION OF LANVA RIVER WATER NATURAL DISASTERS LIKE EARTHQUAKES AND FLOODS

EARTHQUAKES

AS OUR SITE IS LOCATED IN SEISMIC ZONE 5. AND THROUGH OUR SITE STUDY, WE HAVE FOUND THAT THERE ARE CHANCES FOR EARTHQUAKES TO OCCUR TWICE OR THRICE IN A YEAR WHICH IS HIGHLY DISASTROUS. GIVING HUGE LOSS TO BOTH LIFE AND HABITAT. HENCE WE HAVE COME UP WITH A BUILDING STRATEGY WHICH IS A COMBINATION OF ENCLOSURE AND STRUCTURAL SYSTEM, THAT PROVIDES EARTHQUAKE RESISTANT STRENGTH TO THE BUILDING, REDUCING ITS IMPACT DRASTICALLY COMPARED TO THE CONVENTIONAL BUILDING, AND ENABLES EASY RECONSTRUCTABILITY IF ANY DAMAGE, AS THE DAMAGE WOULD NOT BE SEVERE AND DUE TO THE AVAILABILITY OF SKILLED LABOUR IN BAMBOO WHO ARE NATIVE TO THAT AREA .

RIVER RENEWAL

ADDRESSING EXPLOITATION OF RIVER WATER THE LANVA RIVER IN THE LOCALITY OF OUR SITE HAS BEEN POLLUTED DRASTICALLY BY THE PEOPLE LIVING NEAR IT, THROUGH OUR MARKET STUDY, WE HAVE KNOWN THAT THERE ARE MANY PEOPLE WHO ARE VENDORS, AMONG WHICH JUICE SHOPS AND SUGARCANE STALLS WHICH ARE MORE IN NUMBER. MANY SORTS OF WASTES ARE DUMPED INTENTIONALLY BY PEOPLE FROM DOMESTIC WASTE TO E-WASTE, FROM HOMES AND SHOPS WE DECIDED TO REDUCE THIS RIVER EXPLOITATION AT LEAST TO SOME EXTENT AND DERIVED A COMMUNITYCAMPUS INTEGRATION STRATEGY, WHERE THE ORGANIC WASTES FROM ALL THE VENDORS AND SHOPS [IF POSSIBLE FROM HOMES TOO] WOULD BE COLLECTED FROM THEM IN A WEEKLY BASIS AND IS FURTHER USED AS A RAW MATERIAL FOR OUR SMALL SCALE BIOGAS PLANT, WHICH FACILITATES GAS SUPPLY FOR BOTH COOKING AND HEATING WATER, A SUBSTITUTE FOR CONVENTIONAL GAS CYLINDERS. AND THIS ORGANIC WASTE CAN ALSO ACT AS COMPOST FOR THE LANDSCAPE OF THE CAMPUS

THOUGH ORGANIC WASTE HAS THE CAPABILITY TO DECOMPOSE, BUT IT IS NECESSARY TO RESTRICT ITS ENTRY TO THE WATER BODIES BECAUSE , THEY AFFECT THE ORGANISMS LIVING IN A STREAM BY LOWERING THE AVAILABLE OXYGEN IN THE WATER. THEY INCREASE TURBIDITY OF THE WATER AND REDUCE THE LIGHT AVAILABLE TO PHOTOSYNTHETIC ORGANISMS. ORGANIC WASTES ALSO SETTLE OUT ON THE BOTTOM OF THE STREAM, ALTERING THE CHARACTERISTICS OF THE SUBSTRATUM.

CONTESTS

I N N O V A T I O N

WAT E R

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CONTESTS

COMMUNICATION

IN ORDER TO GAIN THE MARKET NECESSARY, COMMUNICATION PLAYS A CRUCIAL PART. WE BELIEVE THIS COMMUNICATION CAN BE EFFECTIVELY ACHIEVED THROUGH ADVERTISING. SO WE HAVE DECIDED TO EXHIBIT OUR DESIGN STRATEGIES, CONSIDERATIONS, AND CALCULATIONS IN VARIOUS PLATFORMS THROUGH FEW AD STRATEGIES WHICH EVOKE, INVITE, AND INSPIRE PEOPLE TO THINK ABOUT OUR PROJECT STRATEGIES AND CONSIDER THEM.

AD STRATEGIES

AD RETARGETING - POP-UP AD,[THROUGH WEBSITEUSING GOOGLE SEO] - ONE OF THE BEST WAYS CONSIDERED TO PUBLICIZE IN THE ADVERTISING INDUSTRY IS AD REPEATING. THE SAME METHOD WILL BE USED IN OUR CASE, WHERE WE CREATE A WEBSITE OF OUR OWN AND ENABLE AND OPTIMISE GOOGLE SEO THROUGH RELEVANT TAGS, DESCRIPTION, KEYWORDS, THIS HELPS GOOGLE TO EXHIBIT OUR WEBSITE TO PEOPLE WHO ARE FINDING SIMILAR INFO AND ALSO ADVERTISING OUR WEBSITE MANY TIMES TO RELEVANT MARKET PEOPLE THROUGH POP-UPS, WHICH IS AD - RETARGETING. CLOTHING INFLUENCE - CLOTHING BEING ONE OF THE BIGGEST MARKET ALL AROUND THE WORLD,IF USED PROPERLY THEY ARE A GOOD ADVERTISING STRATEGY TOO. HENCE IN OUR CASE, WE HAVE DECIDED TO CREATE AN ARTIST ACCOUNT ON PRINT ON DEMAND SITES LIKE REDBUBBLE, TEESPRING, QIKINK, ETC. AND DECIDED TO PROMOTE ENERGY EFFICIENT BUILDINGS THROUGH SENSIBLE AND RELEVANT FASHION GRAPHICS ON ACCESSORIES AND CLOTHING. WHERE INITIALLY POSTED GRAPHICS WOULD MOSTLY BE SIMPLE AND CONTRIBUTE TO SUMMON THE INTEREST IN PEOPLE TO CONSIDER ECO-FRIENDLY LIVING. AND ONCE WE UNDERSTAND THAT THE NECESSARY MARKET IS GROWING, WE WILL START EXHIBITING OUR TEAM LOGO, ITS GRAPHICS, INFO-GRAPHS RELATED TO OUR DESIGNS, AND ALSO INFO-GRAPHS BASED ON STRATEGIES, ETC. THIS STRATEGY IS MAINLY FOR MAKING THE TEAM FAMILIAR TO THE PEOPLE AND GET MARKET TO THE TEAM’S ACTUAL WEBSITE. THE SAME CAN BE APPLIED IN LOCAL STORES TOO. OTHER SECONDARY AD STRATEGIES INCLUDE - JINGLES, ENDORSEMENTS, ADS THAT INTERFERE WITH EMOTIONAL , PATRIOTIC, AND NEEDS OF PEOPLE AND

AD PLATFORMS CHOSEN -

SOCIAL NETWORKING SITES - INSTAGRAM MERCH - [PRINT ON DEMAND SITES]REDBUBBLE, THROUGH LOCAL SHOPS PRINT MEDIA DAILY COMMODITIES-BETTER IN NEIGBORHOOD RADIO

MARKET POTENTIALS AND SCALABILITY

P R O M O T E & S C A L E

BAMBOO DHAJJI DEWARI , DUE TO THE RISK OF EARTHQUAKES IN THE LOCALITY. THE IDEA OF BAMBOO DHAJJI DEWARI CAN BE A RELIEF FOR THE PEOPLE LIVING IN SURROUNDINGS, A RELIEF EVEN FROM THE CONVENTIONAL CONCRETE BUILDINGS AND A REVIVAL OF THEIR TRADITIONAL ARCHITECTURE. THIS STRATEGY CAN EASILY BE MIMICKED BY PEOPLE IN THE SURROUNDINGS FOR THEIR DWELLINGS AND WORKPLACES AS THERE ARE SKILLED LABOUR IN BAMBOO CONSTRUCTION. ALSO THE EASY AVAILABILITY AND AFFORDABILITY OF BAMBOO PROVES THAT IT CAN BE CONSIDERED BY PEOPLE FROM ANY ECONOMIC BACKGROUND

THE 100 MODULAR SPACES WHICH ARE A PART OF STUDENT SPACE DESIGN IN THE CAMPUS HAVE THE CAPABILITY OF EASY SCALABILITY IN OTHER EDUCATIONAL INSTITUTES AS WELL. THESE SPACES FOCAL TARGET IS TO ENHANCE STUDENT INTERACTION, COMMUNICATION BETWEEN THEM AND PROMOTE KNOWLEDGE THROUGH THIS COMMUNICATION.

A LARGE SCALE POSSIBILITY FOR THE RIVER RENEWAL STRATEGY MENTIONED ABOVE CAN BE ACHIEVED IF IMPLEMENTED AT A COMMUNITY LEVEL, WHERE A TRANSPORTATION SYSTEM WOULD BE LAID, WHICH COLLECTS WASTE FROM THE NEIGHBORHOOD ON A DAILY BASIS, AND IS TRANSPORTED TO THE COMMUNITY CENTERS OR RESPECTIVE FIELDS, WHERE THIS ORGANIC WASTE CAN HELP IN DIFFERENT WAYS - E.G. - FOR COOKING GAS, WATER HEATING, FOR ENERGY EFFICIENT HVAC SYSTEMS, AND COMPOST FOR AGRICULTURAL FIELDS, ETC. THEREBY REDUCING A LARGE AMOUNT OF WASTE GOING INTO THE RIVER

TARGET AUDIENCE :

BAMBOO IN BACKYARD TO BIOGAS GENERATION. SMALL SCALE BIOGAS PLANTS CAN ALSO BE IMPLEMENTED IN DWELLINGS AND SHOPS THROUGH THE USE OF BAMBOOS FROM THEIR LANDSCAPE POCKETS. WHERE BAMBOO ACTS AS A RAW MATERIAL FOR BIOGAS GENERATION. IT IS PROVEN THAT THIS BIOGAS GENERATION IS COMPLETELY RENEWABLE AS BAMBOO TEND TO GROW VERY FAST.

EDUCATIONAL INSTITUTES DWELLINGS IN WARM HUMID CLIMATES PEOPLE LIVING IN EARTHQUAKE PRONE AREAS

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SITE PLAN

ACADEMIC ZONE

STUDENT HOUSING

STAFF HOUSING

AMENITIES

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SITE SECTIONS

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MAIN BLOCK FLOOR PLANS

TOILETS

SMART ROOM

TOILETS

FACULTY ROOM S

SMART ROOM

B.SC I D1

TOILETS

ANCE

NORTH ENTR EXIT

SMART ROOM

S TOILETS SMART ROOM

B.SC I C

B.SC I B

B.SC I A1

OM II

OPEN TO SK

TOILETS

B.C

B.SC I A2 B.CO

COORDINATIO IQAC 36 SQM

FACULTY ROOM S

SMART ROOM

CHAIRMAN

B.SC I D1

B.CO

GRIEVENCES/ ANTI RAGGING/ ANTI SEXUAL HARRESEMENT 32 SQM

B.CO

M II

WOMEN DEVELPOMENT CELL 30 SQM

ANCE

NORTH ENTR EXIT

EXIT

V.C

PRINCIPAL TOILETS

B.SC I D2

OPEN TO SK

B.SC I A1

OM B.C

B.SC I A2 MI

GEO

B.CO

GRA

B.A

GRIEVENCES/ ANTI RAGGING/ ANTI SEXUAL HARRESEMENT 32 SQM

PHY

CHAIRMAN

III

DEAN

B.A

COORDINATIO IQAC 36 SQM

H.O

OPEN TO SK

RECEPTION

B.SC I C

B.SC I B

OFFICE III

GOVERNING

TOILETS

FAC U ROO LTY M

B.CO

M II

B.A

B.CO

ANCE MAIN ENTR

WOMEN DEVELPOMENT CELL 30 SQM

EXIT

ALUMNI OFFICE 150 SQM

V.C

PRINCIPAL

GOVERNING

LIBRARY

B.SC I D2

OFFICE

TOILETS

OPEN TO SK

H.O

RECEPTION

PHY F

F TA

III

GRA

B.A

GEO

DEAN

TOILETS

ALUMNI OFFICE 150 SQM

GROUND FLOOR

LIBRARY

FAC U ROO LTY M

ANCE MAIN ENTR

B.A II

B.A I

FIRST FLOOR

TOILETS

F TA

GROUND FLOOR

FIRST FLOOR

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MAIN BLOCK FLOOR PLANS

HONOURS

B.SC II D1

FACULTY ROOM

M.COM

M.A

M.COM

M.A II

B.SC II B

B.SC II C

B.SC II A1 B.SC II A2

TRY

II B.A

FAC U ROO LTY M

LOG ZOO

B.A

M.COM

TOILETS

M.A

M.COM

M.A II

B. I

B.SC II B

B.SC II C

MIS NC

O CI

III

Y G O

B.A

ORY

E ER NF M CO OO R

HIST

FACULTY ROOM

HONOURS

H.O

B.SC II D1

LAN

II D2 B.SC

HONOURS

CHE

OPEN TO SK

B.SC II A1

SECOND FLOOR

B.SC II A2

B. I

THIRD FLOOR Y

Y E

ZOO

LOG Y

CHE MI

STR III B.A

C EN

FAC U ROO LTY M

B.A

O CI

ORY

ER NF M CO OO R

HIST

A B.

Y G O

H.O .D

B.SC

II D2

LAN

ROO COM M P U T LAB E R S

GUA G

PHY

SIC

OPEN TO SK

ROO COM M P U TER LAB S

GUA

PHY

SIC

OPEN TO SK

TOILETS

B. I

B. I A B.

SECOND FLOOR

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MAIN BLOCK SECTIONS & ELEVATIONS

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BLOCK PLANS

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BLOCK SECTIONS

STAFF HOUSING - VIEWS

SECTION CC’

SECTION AA’ A101 2

2 A102

1 A102

A101

3 A101

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SECTION BB’

CAFETERIA .

SECTION DD’

. STAFF HOUSING

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A101

Views & features

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