ARCHITECTURAL PORTFOLIO

ARNAV SHUKLA
SELECTED WORKS
2020 - 2023

MIXED USE HIGHRISE PRIMARY
SCHOOL
FOOT OVER BRIDGE SHIMLA
CCSHAU AGRICULTURE UNIVERSITY
MIXED USE - GOLD
ICONIC STRUCTURE
GALGOTIA HOSTEL
ARNAV SHUKLA
SELECTED WORKS
2020 - 2023
MIXED USE HIGHRISE PRIMARY
FOOT OVER BRIDGE SHIMLA
CCSHAU AGRICULTURE UNIVERSITY
MIXED USE - GOLD
ICONIC STRUCTURE
GALGOTIA HOSTEL
“This project is my thesis work explaining the functional and design aspects of a skyscraper through design .Vertical expansion has always helped to meet and contained the challenges thrown by ever rising price of real estate in the global business districts and it helps us to give sustainable future for human life in ways of , design etc.The concept consists of Iconic, Sky gardens (both for public and private), Sky Plazas, Bio-Climatic, Maximizing natural Light & Ventilation, Vertical Water Bodies, Optimum use of space,etc. Vertical expansion has always helped to meet and contained the challenges thrown by ever rising price of real estate in the global business districts and it helps us to give sustainable future for human life in ways of technology ,housing and design.”
COMMERCIAL AND OFFICE ENTRANCE
HOTEL AND RESIDENTIAL ENTRANCE
SERVICE ENTRY
SITE LOCATION - CHARNI ROAD, HEMRAJWADI , MUMBAI LAND TYPE - MIXED USE SITE AREA - 5.1 Acre FAR - 6
“This competition was launched by archmello community ,it was an international competition where we have to design a govenment primary school , I had particapted in it individually and secured in top 25 projects. The concept behind the building is that to provide more relaxing environment for both students and teachers. the integration of building and nature is used as a tool of design and due to this it helps to create a more happening environment. in many zones there are open pathways and access to gardens so as to create a nature oriented zone and design elements like pergola, louvers and boxing is used on the facade so as to play with natural lightining and to give more aesthetics to the facade. The building form is according to the shape of site and placing rectangular box to the arrangement of site. The structure system consists of reinforced concrete cement beams and coloumns which gives more stability to the structure.”
PLACEMENT SKYLIGHT
“This Project was done on my internship ,where we have to design a foot over bridge in CHILOUNTHI place in Shimla. The site had very steep contours with a busy road network and buildings around does not had propper connectivity in upper levels ,near by there was a SHAMSHAAN GHAT , so because of it the public network connectivity was haphazard .The Local government wants to finds a solution through a Foot Over Bridge hepls to solve this problem.The design of this project is very simle and clean only respondent towards the need of the project by fiving ramps and staircase along the contour Level. This projects helps to enhance to see more scenic beauty from a proper deck level hence enhancing the perspective towards the nature. It’s is Pre Engineered Structure and LGSF structure mostly consists of steel and some R.C.C work .”
“This Project was done on my internship ,where we have to design a Institute in HISAR place in Haryan. The site was in outskirts of the city with connectivity through a national highway. My contribution in this project was to develop the drawings and do the 3d visualization part and help to the competion by correction in it .This Institute is agriculture cum business college where students get knowledge towards Entrepreneurship in agriculture. The design concept of this project was to create a more eco friendly and sustainable nature which helps the user in a very refreshing way. Playing with Levels and open spaces gives it a very sustainable approach in design.The building is totally a R.C.C work with structural glazing in the facades which gives it a very soothing look as it helps to get a proper visibility towards nature and it’s themes.”
Our design aims to celebrate with creative monumentalitythe ideals of renewable energy with a solar disc which has echoes of India’s past with the wheel of sun temple at Konarak. It may resonate with Dharma Chakra , wheel of ethical values and signify the wheel within Indian flag with its eternal timeless concerns of Sathya may va Jayathe. The design of solar disc slanting towards the central vista is to be supported by a dynamic - curvaceous graceful structure of a steel lattice not
unlike a Moodha-Stool which is normally built in cane by our rustic folks. Its form based on double curvature may recall Jantar Mantar observatory. The 100 meters Moodha-Stool steel lattice structure would support the solar disc which can be accessible for repairs and would support within it. A viewing gallery and restaurants are economically viable. The restaurants can be approached by high speed lifts plus services in a circular concrete shaft from around. The structural lattice curvilinear
form (akin to Moodha) would have a circular base of 60 meters diameter and soar upward in a dynamic curvature to a slim “waist” of twenty meters diameter and then soar further up to a diameter of ninety meters to support a slanting solar disc. The intermediate space would be designed to have viewing gallery and restaurants. The origins of our design may be well be within Indian inspirations but have symbolic values of renewable energy within a solar disc embodying Dharma Chakra wheel of ethical values, timeless- Universal.
HOSTEL BLOCK - C
BUILT-UP AREA ONE FLOOR - 1020 SQ.M (without cut-outs)
BALCONY AREA ONE FLOOR - 510 SQ.M
ROOMS ON ONE FLOOR - 20 ROOMS (TWIN SHARING ROOM)
TOTAL NO. OF FLOORS - 9 FLOORS
TOTAL BUILT UP AREA - 9180 SQ.M (without cut-outs)
TOTAL NO. OF ROOMS - 173 ROOMS
HOSTEL BLOCK - C
BUILT-UP AREA ONE FLOOR - 1020 SQ.M (without cut-outs)
BALCONY AREA ONE FLOOR - 510 SQ.M
ROOMS ON ONE FLOOR - 20 ROOMS (TWIN SHARING ROOM)
TOTAL NO. OF FLOORS - 9 FLOORS
TOTAL BUILT UP AREA - 9180 SQ.M (without cut-outs)
TOTAL NO. OF ROOMS - 173 ROOMS
DINING HALL - D
GROUND FLOOR DINNING HALL - 186 SEATS - 680 SQ.M (without cut-outs)
FIRST FLOOR DINNING HALL - 156 SEATS - 530 SQ.M (without cut-outs)
SECOND FLOOR DINNING HALL - 186 SEATS - 680 SQ.M (without cut-outs)
THIRD FLOOR DINNING HALL - 156 SEATS - 530 SQ.M (without cut-outs)
TOTAL DINING AREA - 684 SEATS - 2420 SQ.M (without cut-outs)
FOURTH FLOOR RECREATION AREA - 445 SQ.M
FIFTH FLOOR RECREATION AREA - 445 SQ.M
TOTAL FOR RECREATION AREA - 890 SQ.M
TOTAL NO. OF FLOORS - 6 FLOORS
TOTAL BUILT-UP AREA - 3310 SQ.M
HOSTEL BLOCK - C
BUILT-UP AREA ONE FLOOR - 1020 SQ.M (without cut-outs)
BALCONY AREA ONE FLOOR - 510 SQ.M
ROOMS ON ONE FLOOR - 20 ROOMS (TWIN SHARING ROOM)
TOTAL NO. OF FLOORS - 9 FLOORS
TOTAL BUILT UP AREA - 9180 SQ.M (without cut-outs)
TOTAL NO. OF ROOMS - 173 ROOMS
HOSTEL BLOCK - C
BUILT-UP AREA ONE FLOOR - 1020 SQ.M (without cut-outs)
BALCONY AREA ONE FLOOR - 510 SQ.M
ROOMS ON ONE FLOOR - 20 ROOMS (TWIN SHARING ROOM)
TOTAL NO. OF FLOORS - 9 FLOORS
TOTAL BUILT UP AREA - 9180 SQ.M (without cut-outs)
TOTAL NO. OF ROOMS - 173 ROOMS
DINING HALL - D
GROUND FLOOR DINNING HALL - 186 SEATS - 680 SQ.M (without cut-outs)
FIRST FLOOR DINNING HALL - 156 SEATS - 530 SQ.M (without cut-outs)
SECOND FLOOR DINNING HALL - 186 SEATS - 680 SQ.M (without cut-outs)
THIRD FLOOR DINNING HALL - 156 SEATS - 530 SQ.M (without cut-outs)
TOTAL DINING AREA - 684 SEATS - 2420 SQ.M (without cut-outs)
FOURTH FLOOR RECREATION AREA - 445 SQ.M
FIFTH FLOOR RECREATION AREA - 445 SQ.M
TOTAL FOR RECREATION AREA - 890 SQ.M
TOTAL NO. OF FLOORS - 6 FLOORS
TOTAL BUILT-UP AREA - 3310 SQ.M
18 MM THK. GRANITE ON TREADS, RISERS AND LANDINGS OVER BED MORTAR (AS PER SPEC)
3 NOS. 4 WIDE X 4 DEEP DISC CUTTER MARKS EQUALLY SPACED WITHIN 25 WIDTH
30 MM THK. PCC
RCC FOLDED SLAB FOR STAIRCASE AS/STRUCTURAL DRAWING
VINERATEX ON SOFFIT AND SIDES OF STAIRCASE SLAB
STAINLESS STEEL TUBULAR HANDRAIL DIA 42.3 MM 1.6 MM THK.
STAINLESS STEEL TUBULAR BALUSTERS DIA 42.3 MM 2 MM THK.
STAINLESS STEEL SOCKET DIA 30 MM
STAINLESS STEEL MIDRAIL DIA 16 MM 2 MM THK
18 MM THK. GRANITE ON TREADS, RISERS AND LANDINGS OVER BED MORTAR (AS PER SPEC)
3 NOS. 4 WIDE X 4 DEEP DISC CUTTER MARKS EQUALLY SPACED WITHIN 25 WIDTH
R.C.C. FOLDED PLATE STAIRCASE SLAB AS PER STRUCTURAL DRAWING
100 X 55 MM STAINLESS STEEL PLATE/ SHOE BOLTED ON THE SIDE TO RECEIVE STAINLESS STEEL BALUSTRADE (AS PER SPEC)
VINERATEX ON SOFFIT AND SIDES OF STAIRCASE SLAB