ARCHITECTURE PORTFOLIO NITRR 2023

MISCELLANY 2020-23

NAME : SANSKAR GUPTA D.O.B. : 24-07-2002 AGE : 21 NATIONALITY : INDIAN LANGUAGES : ENGLISH, HINDI ADDRESS : BILASPUR I RAIPUR, CHHATTISGARH, INDIA CONTACT NO. : +91 9630-581-581 MAIL ID : : sanskarr.arch@gmail.com I sanskarguptaar054@gmail.com

EDUCATION 2020 - present : NATIONAL INSTITUTE OF TECHNOLOGY RAIPUR UNDER GRADUATE (B.Arch)

2018 - 2020

: DELTA PUBLIC SCHOOL, BILASPUR HIGHER SECONDARY EDUCATION

2012 - 2018

: MAHARISHI VIDYA MANDIR, BILASPUR MIDDLE & HIGHER EDUCTION

.!

I am Sanskar, an aspiring architect.

Currently learning about architecture in NIT Raipur. I have a passion for the built environment.I like historical significance behind various structures. My curiosity extends beyond aesthetics, encompassing an interest in the functionality and cultural context of architecture.

From 4 years of college I have acknowledged that architecture in not limited within construction but it is about making the world better place to live.

2012 - 2007

: SACRED HEART SCHOOL, BILASPUR PRE-PRIMARY & PRIMARY EDUCTION

linkedin.com/in/sanskar-gupta702b682a1

https://issuu.com/sanskar.arch

www.instagram.com/sanskar_lol/

https://www.facebook.com/ sanskar.gupta.10485/

https://twitter.com/sanskari_logic

+91 9630-581-581

ACADEMIC PROJECTS 2021

: KIOSK, HIG RESIDENCE, PRIMARY SCHOOL & MOTEL + FUEL STATION

2022

: CULTURAL CENTER, SPA + WELLNESS CENTER, SUSTAINABLE HOUSING & GYM RENOVATION

2023

: PREFABRICATED HOUSING, 5 STAR HOTEL INSTITUTE DESIGN (NIT RAIPUR)

HOBBIES & INTERESTS SOFT SKILLS TEAMWORK - LEADERSHIP COMMUNICATION DRAFTING & SKETCHING CRITICAL THINKING CREATIVE WRITINGS RESEARCH & ANALYSIS PROBLEM SOLVING

WORK EXPERIENCES 2023

: AGRWAL ARCHITECTS & INTERIORS

COMPETITIONS AND WORKSHOPS 2022

INTERNSHIP (2 MONTHS)

2022

INTERESTS TRAVELLING FITNESS PHOTOGRAPHY SPORTS SOCIAL MEDIA HISTORY & PHILOSOPHY

: HABITAT 2.0 ARCHMELLO | STUDENT HOUSING PARTICIPANT

: BUILDIKO B CONSTRUCTION & CONSULTANCY

2023

INTERNSHIP (2 MONTHS)

: IIA NATCON CHHATTISGARH CHAPTER PARTICIPANT

2023

: ETHOSEMPOWERS | REDISGN RAILWAY STATIONS PARTICIPANT

SOFTWARE PROFICIENCY DRAFTING AUTOCAD RESNDERING VRAY LUMION D5 RENDER ENSCAPE TWINMOTION

MODELLING SKETCHUP REVIT

SOCIAL ACTIVITY GO GREEN NITRR - COMMUNITY EVENT MANAGEMENT

GRAPHICS PHOTOSHOP INDESIGN ILLUSTRATOR CORELDRAW

ASSOCIATION OF STUDENTS OF ARCHITECTURE RAIPUR EXECUTIVE BODY MEMBER

SHAURYA THE SPORTS COMMITTEE NITRR SPORTS COORDINATOR

CONTENTS

1

2

3

6 12- -13 15

14 - 19

BHAVYA-ANSH THE MODULAR HOUSE

BURGEON FORTH PRIMARY SCHOOL

16 - 21

20 - 25 SAUMYA NIKETAN RESIDENTIAL TOWERS

4

5

6

7

26- -25 31 22

32 - 35

36 - 39

40 - 41

VIDYA AASHRAM HOSTEL

INTERIOR DESIGNS

WORKING DRAWINGS

TASVEER CLICKS

BHAVYA - ANSH

1. BHAVYA - ANSH THE MODULAR HOUSE PROJECT TYPE : RESIDENCE (PREFABRICTED MODULAR) LOCATION : GUWAHATI, ASSAM ACADEMIC WORK (SEM VI) - INDIVIDUAL

BHAVYA - A HINDI TERM MEANS MEGA OR BEAUTIFUL/ATTRACTIVE ANSH - A HINDI TERM MEANS PARTS/PIECES

DESCRIPTION : To design multiple no. of residences by the method of prefabricated modules. The houses should be constructed by repeatation of same modules and design approach. Along with the that the construction details should be mentioned and the method of construction along with the source of modules should be studied and justified.

AIM : The aim of the project is to achieve a healthy and smart lifestyle and co-living with modern and sustainable approach. the residences should be designed according to the HIG standards.

The guidlines and rules should be followed and the standards should be compatible to the standards of local authorities and NBC. CONCEPT : BHAVYAANSH - A COMPILATION OF MODULES IN A SUSTAINABLE AND EFFICIENT APPROACH.

modules

SITE ANALYSIS : Avg Temp. : 35.1 Avg Wind Speed : 9.6kmph Climate : Tropical Wet and Dry Soil Type : Black Soil, Red Soil

Prefab construction involves the manufacturing of building components or modules off-site in a controlled environment and then assembling them on the construction site. This method offers several advantages, including efficiency, cost-effectiveness, and sustainability. It involves the creation of modular components such as walls, floors, roof trusses, and entire room units in a factory setting.

These components are then transported to the construction site for assembly.

FORM DEVELOPMENT

Sun path is a critical consideration in architectural design, influencing various aspects of a building’s performance, aesthetics, and energy efficiency. Understanding the sun’s path throughout the day and across different seasons allows architects to optimize natural light, minimize energy consumption, and enhance the overall comfort and functionality of the built environment.

Raipur faces harsh summers hence the orientation of building matter the most. designing a building with consideration for the sun path involves optimizing the placement, orientation, and features of the structure to harness natural light, control solar heat gain, and create a comfortable and energy-efficient environment.

Typically, buildings are oriented with the longest sides facing north and south to maximize exposure to sunlight while minimizing direct exposure to the east and west, where the sun can be more intense.

VISUALIZATION

Strategic placement of windows and openings is essential for optimizing natural daylight. South-facing windows allow for maximum sunlight exposure in the northern hemisphere, while proper shading on east and west-facing windows helps control glare and heat gain. The interior layout is designed to make the best use of natural light. Core spaces, such as living rooms and work areas, are typically located along the building’s south side to receive the most sunlight, while utility spaces may be placed on the north side.

7

6 4

11

12

5

3 2 9

1

10

8

FIRST FLOOR PLAN

LEGEND

GROUND FLOOR PLAN 1 - FOYER 2 - LIVING ROOM 3 - KITCHEN 4 - DINING

5 - GUEST ROOM 6 - UTILITY 7 - STORAGE 8 - WORK SPACE

9 - PORCH 10 - GYM 11 - BEDROOM 12 - MASTER BEDROOM

0123456

12

18

24

SECTION

JALI WALL : A Jali wall refers to a

The importance of shades and shading in sunlight extends across various aspects of our daily lives, affecting both the built environment and individual well-being. Shades play a crucial role in controlling the temperature within indoor spaces. They block or filter sunlight, preventing excessive heat gain during hot weather and reducing the need for air conditioning. This, in turn, contributes to energy efficiency and cost savings.

In sustainable and green building design, effective shading is often a key strategy. By harnessing natural resources like sunlight and using shading techniques, buildings can reduce their environmental impact and contribute to sustainable practices.

SOME OF THE TECHNIQUES OF PROVIDING SHADES ARE :1. Overhangs and Eaves 2. Louvers and Perforated Screens (JALI WALL) 3. Shutters 4. Pergolas and Trellises 5. Exterior/Interior Blinds and Curtain

perforated or lattice-like screen or partition that is often used in architecture and interior design. Jali work is a traditional craft that has been employed in various cultures, including Islamic, Indian, and Moorish architecture. The term “jali” is derived from the Arabic word “jal,” which means “net.”

The defining characteristic of a Jali wall is its perforated or openwork design.

The pattern can range from intricate geometric shapes and arabesques to more simple designs, depending on cultural and architectural influences.

Jali work allows for the passage of air and light while providing a degree of privacy.

This makes Jali walls practical for regions with warm climates, as they help maintain airflow and reduce direct sunlight.

The intricate patterns create interesting visual effects and can become focal points in a design. Jali patterns can be customized to suit the preferences of the designer or the cultural context of the space. This allows for a high degree of artistic expression and individualization in architectural design.

Prefabrication can involve various building elements, including walls, floors, roofs, and entire modules or sections of buildings. This construction technique contrasts with traditional on-site construction, where components are built directly at the location.

TYPICAL WALL PANEL

Architects are incorporating modern designs into the prefabricated houses of today. Prefab housing should no longer be compared to a mobile home in terms of appearance, but to that of a complex modernist design.

There has also been an increase in the use of "green" materials in the construction of these prefab houses.

MATERIAL: WALL PANELS - CEMENT (CONCRETE) DESCRIPTION: • Asbestos free Cement Sheet facing on both sides.

• Biscuit type joining system for perfect panel to panel finish.

• Looks, feels and behaves just like finished plaster wall.

• Can be easily painted with distemper or other wall paint.

• Tiles etc can be fixed just like traditional plastered brick walls.

• Thickness available 50mm, 75mm & 100mm.

BURGREON FORTH

2. BURGREON FORTH THE PRIMARY SCHOOL PROJECT TYPE : EDUCATIONAL (PRIMARY & PRE-PRIMARY SCHOOL) LOCATION : DEHRADUN , UTTARAKHAND ACADEMIC WORK (SEM III) - INDIVIDUAL

BURGREON FORTH : EVOLUTION/GROWTH OF A SEED OR GERMINATION OF FLOWERS.

DESCRIPTION : To design a pre-primary school cum kindergarten according to the universal accesibility and sustainability. And to focus upon the creative growth of a child.

AIM : The aim of the project is to make an accessible primary school to enhence the creativity and curiosity in the child’s pyscology achieve a healthy future. The structural and furniture designs should be accessible and the accornding the todler’s anthroprometry.

CONCEPT : GROWN WITH THE SUN SHINE (BURGREON FORTH) Therefore as the seeds grow with the help of water and sun rays, the growth and development of children can also be noticed by nurturing care and love, and teaching them about unity and harmony for the growth of senstivity and gratitude in them towards the nature and society.

SITE ANALYSIS : WIND SPEED : 2.7 mps (avg)

TEMPERATURE : 27c

HUMIDITY % : 60.5% ACADEMIC BLOCK

AUDITORIUM

FORM DEVELOPMENT

Designing a preschool involves thoughtful consideration of various factors to create an environment that is safe, stimulating, and conducive to early childhood learning and development. Prioritize safety and security with child-friendly materials, rounded corners, non-toxic finishes, and secure entry points. Ensure that the layout allows for easy. supervision.

Allocate ample outdoor space for play and physical activities.

Provide age-appropriate playground equipment, soft surfaces, and shaded areas. Outdoor spaces contribute to physical development and allow children to connect with nature.

Outdoor spaces, such as patios or courtyards, are designed to maximize exposure to sunlight and create comfortable areas for relaxation. Landscaping may be used strategically to provide shade or enhance the outdoor environment.

A daylight atrium is a design feature in architecture that involves the incorporation of a central open space within a building to maximize the penetration of natural daylight. This architectural element typically takes the form of an open, often multi-story, space with a large skylight or glazed roof that allows sunlight to filter into the interior spaces of the building. A prominent feature of a daylight atrium is the use of a skylight or glazed roof. This transparent or translucent roofing material allows natural light to enter the atrium and filter into the surrounding interior spaces.

ACADEMIC BLOCK LEGEND 7

10

DAYLIGHT ATRIUM

11

9 8

1 - RECEPTION 2 - WAITING ROOM 3 - CANTEEN 4 - MULTIRPOSE HALL 5 - INDOOR GAME ROOM 6 - CLASSROOMS

7 - MEDICAL ROOM 8 - STAFF ROOM 9 - PRINCIPAL OFFICE 10 - PANTRY 11 - CONFERENCE/ MEETING HALL 12 - SECURITY AND SURVEILLANCE

12 1

2

GROUND FLOOR PLAN

6

3

5

4

Students in stepped classrooms typically have improved visibility of the instructor and instructional materials due to the elevated seating arrangement.

This design minimizes obstructions, ensuring that each student has a clear line of sight to the front of the classroom.

Enhanced Interaction Stepped classrooms promote better interaction among students. With a clear view of their peers, students can engage in discussions and group activities more easily.

CLASSROOM LAYOUT

CLASSROOM SECTION

AUDITORIUM

LEGEND

7

1 - ENTRACE 2 - WAITING ROOM 3 - STUDENT ENTRANCE 4 - GREEN ROOM

5 - STAGE 6 - SEATING 7 - LOUNGE 8 - PROJECTION/AUDIO ROOM

8 The auditorium provides a designated space for school assemblies, where the entire student body can come together. It promotes a sense of unity and community among students.

6 4

Cultural and Performing Arts: Auditoriums are essential for hosting cultural events, plays, musicals, and other performing arts activities. They provide a stage for students to showcase their talents and creativity, fostering a love for the arts.

5

3

2

1

The auditorium can also serve as a venue for community events, bringing together students, parents, and local residents. This fosters a sense of community and strengthens the school’s ties with the surrounding neighborhood.

PLAN

SECTION

SAUMYA NIKETAN

3. SAUMYA NIKETAN THE RESIDENTIAL TOWERS PROJECT TYPE : RESIDENTIAL APPARTMENTS LOCATION : NOIDA, UTTAR PRADESH, INDIA ACADEMIC WORK (SEM IV)- INDIVIDUAL

SAUMYA - BEAUTIFUL, ANOTHER NAME OF GODESS DURGA, THE WORD MEANS BEAUTY LIKE MOON NIKETAN - RESIDENCE

DESCRIPTION : To design a self suffient building with net zero efficiency and all the required services had to fulfilled all the neccesary details has to be given such as sewage managment, electrical layout, enegry calculation and drainage layout.

AIM : The aim of the project is to achieve a utoppian society where all the requirments and needs are fulfilled along with that all the people living there celebrate harmony among themselves, the people will live healthy and smart lifestyle and co-living with modern and sustainable approach. the society ecomprises of all categories of housing such as LIGs, MIGs and HIGs to attain unity within diversity.

CONCEPT : SWASTH SUFFICIENT SUSTAINABLE The term “swastika” refers to an ancient symbol that has been used in various cultures and religions for thousands of years. It is a symbol with a cross-like shape, typically with arms bent at right angles, pointing in a clockwise direction. In Hinduism, the swastika is considered a sacred and auspicious symbol representing prosperity, good luck, and well-being. It is often used in religious ceremonies, decorations, and as a motif in art and architecture.

FORM DEVELOPMENT

SWASTHIKA In hindu scriptures the swasthika is shown as a signature of well being

“Sustainable” refers to the ability to maintain or continue a process or state over the long term without causing significant negative impacts on the environment, society, or economy. In the context of sustainable development, the goal is to meet the needs of the present without compromising the ability of future generations to meet their own needs. Sustainability encompasses a holistic approach that considers environmental, social, and economic factors.

Social Sustainability: Equity and Social Justice: Ensuring that social and economic benefits are distributed equitably, addressing issues of inequality, and promoting social justice.

Community Engagement: Involving local communities in decision-making processes, respecting cultural diversity, and considering the well-being of communities affected by development projects.

Economic Sustainability: Long-Term Viability persuing economic activities that are economically viable in the long term, avoiding practices that lead to short-term gains at the expense of long-term stability.

Innovation and Efficiency: Encouraging innovation and the adoption of efficient technologies and practices that enhance productivity while minimizing resource use.

Circular Economy: Shifting towards a circular economy model that prioritizes the reuse, repair, and recycling of products to reduce waste and promote resource efficiency.

A louver, also spelled "loover," is a device consisting of angled slats or blades that allow airflow and light to pass through while blocking direct sunlight, rain, or vision from certain angles. Louvers are commonly used in various architectural, industrial, and mechanical applications to achieve specific purposes.

Ventilation:Louvers facilitate natural ventilation by allowing the passage of air while providing protection from the elements.

Sunlight Control:Sun control louvers manage the entry of sunlight into a building, reducing glare and heat gain.

This contributes to energy efficiency and occupant comfort.

Privacy:Louvers, especially those in doors or windows, can provide privacy by restricting direct visibility from certain angles.

7 6 2

3

5

4 1

3 BHK PLAN LEGEND

0 1

2

4

1 - FOYER 2 - LIVING ROOM 3 - KITCHEN & DINING 4 - BEDROOM 5 - UTILITY 6 - GUEST ROOM 7 - MASTER BEDROOM

6

FLOOR PLAN

SECTION

VIDYA AASHRAM

4. VIDYA AASHRAM THE YOUTH HOSTEL PROJECT TYPE : ACCOMODATION - INSTITUTIONAL (STUDENT HOSTEL) LOCATION : ATAL NAGAR NAVA RAIPUR, CHHATTISGARH, INDIA ACADEMIC WORK (SEM VII) - TEAM PROJECT

VIDYA - A HINDI TERM MEANS KNOWLEDGE AASHRAM - A PLACE TO LIVE, BELONGING

DESCRIPTION : To purpose a complete design of NIT RAIPUR campus that has to constructed in Atal Nagar Nava Raipur (shifting of NITRR). All the requirments which are not able to be fulfilled in this campus that has to be provided along with all the services needed. A new campus will be having all the current branches (academic blocks), administration block and other neccesary spaces has to given.

AIM : Aim of the project is to create a new campus of NITRR with sustainable measures which could be suitable for students, faculties and other people living. Accomodation facility should be provided for all the people (part of NITRR).

CONCEPT : GURUKUL THE SOURCE KNOWLEGE The concept was inspired by the traditional education system of India(bharat).

And have been studied by the features of takshila and nalanda universities.

Ancient India was home to several renowned centers of learning and intellectual pursuit. These institutions played a crucial role in the development and dissemination of knowledge across various disciplines. Takshashila University is located in present-day Pakistan, Takshashila was one of the earliest-known universities in the ancient world. Nalanda University issituated in present-day Bihar, was a renowned center of Buddhist learning during ancient times.

FORM DEVELOPMENT

SITE PLAN

HOSTEL BUILDING A hostel building in a college serves as a critical component of the overall campus infrastructure, providing residential accommodations for students. The importance of a hostel building in college is multifaceted and extends beyond just providing a place to stay.

Hostel buildings offer on-campus living, reducing commuting time and making it more convenient for students to attend classes, participate in extracurricular activities, and engage in campus life.

Hostels serve as spaces where students can seamlessly integrate academic and cultural aspects of college life. This integration is especially beneficial in colleges with diverse student populations.

Living in close proximity to campus resources, including academic support services, counseling, and healthcare facilities, ensures that students have easy access to the support they may need during their college journey.

STUDENT ROOM LAYOUT

PLAN

Designing a student room layout involves creating a space that is functional, comfortable, and conducive to studying.

The ventilation is the key of healthy well beign in both physical and mental level. Ventilation is essential for maintaining a healthy, comfortable, and conducive environment for students to live and study. Educational institutions and students should prioritize good ventilation practices in their living spaces to support overall well-being and academic success.

The management of the spaces and utilizing the daylight and providing proper shades is must for better functionality of the room and achieving sustainability.

VISUALIZATION

7

8

6 9

10 9 10 2

GROUND FLOOR PLAN

3

4 5

SECTION

LEGEND 1 - FOYER 2 - RECEPTION 3 - SERVICE ROOM 4 - STUDENT ROOM 5 - BALCONY

1

6 - MESS 7 - KITCHEN 8 - STAFF ROOM 9 - FIRE EXIT 10 - COURTYARD

Courtyards in buildings play a significant role in enhancing the overall quality of the space, providing several benefits that contribute to both the functionality and aesthetics of a structure.

INTERIOR DESIGNS

RESIDENTIAL

LIVING ROOM

KITCHEN

COMMERCIAL - GYMNASIUM

WORKING DRAWINGS

5. MISCELLANEOUS WORKS

SITE PLAN

PLAN

EXCAVATION PLAN

SLAB DETAIL FOUNDATION DETAIL

2

1

N

4250.0

4

3 2150.0

3150.0

5

8

7

6 3654.8

1640.0 900.0

10

9 3680.0

5345.2

1615.0

12

11 4155.0

13 3415.0

4432.5

14

1615.0

17 18

16

15 3680.0

5345.2

3654.8

14920.0

2000.0

5460.0

21

20

19 3150.0

1640.0 900.0

2150.0

22 4250.0

14920.0

8770.0

3450.0

3450.0

8770.0

2000.0

5460.0

A

A 2100.0

6000.0

5770.0

8400.0

5770.0

Z

Z 6210.0

6170.0

2000.0

2100.0

6000.0

8400.0

6210.0

6170.0

2000.0

B

B 5270.0

2770.0

C

7780.0

2770.0

7780.0

C 5400.0

5770.0

3680.0

2860.0

5032.5

4432.5

5400.0

3680.0

2860.0

4620.4

D

D 1762.9

2170.0

1762.9

2170.0

E

E 2589.6

8770.0

4379.6

1720.0

2589.6

1720.0

F

F 1790.0

G

1790.0 4210.0

2920.0

1940.0

2652.5

G

4210.0

1940.0

2920.0

2420.0

2420.0

2652.5

2420.0

H

H 5950.0

3300.0 13020.0

5950.0

5950.0

6120.0

6120.0

5950.0

3255.0

3300.0

6120.0

6120.0

13020.0

J

J 3635.0

3052.5

3052.5

K

K 2000.0

6090.0

2205.0

4350.0

2205.0

6050.0

2000.0

4810.0

8550.0

6050.0

6050.0

4350.0

2000.0

L

L

2205.0

6090.0

2205.0

4810.0

8550.0

4810.0

8550.0

2000.0

3292.4 6230.0

6230.0

6230.0

M

M 4550.0 2937.6

8550.0

2000.0

N

4810.0

2205.0

6090.0

2205.0

N

2000.0

4350.0

2000.0

2205.0

4350.0

2205.0

2000.0

6090.0

P

P 6165.0

3052.5

6162.8

6042.3

23

6120.0

3052.5

5930.0

Q

Q

6120.0 6120.0

6120.0

3300.0

5837.2

13020.0

13020.0

5957.7

5605.0

3300.0

5835.0

R

R

2420.0

2652.5

2420.0

1940.0

4210.0

2920.0

2920.0

S

2652.5

1940.0

4210.0

1442.4

1790.0

2070.0

2070.0

S 1790.0

6070.0

T

T 2589.6

U 1762.9

1720.0

4379.6

1720.0

23 8770.0

2589.6

U

2170.0

2170.0

1762.9

V

V

4615.0 2860.0

W 7780.0

3450.0

2860.0

3450.0

5400.0

5400.0

X

W 7780.0 2770.0

2770.0

2000.0

6170.0

6210.0

8400.0

6000.0

5770.0

8400.0

5770.0

2100.0

X

2000.0

6170.0

6210.0

6000.0

2100.0

Y

Y 2000.0

5460.0

8770.0

3450.0

3450.0

8770.0

14920.0

2150.0

4250.0

1

2

3150.0

3

5

6

2000.0

14920.0

3731.3 900.0

1640.0

4

5460.0

5333.8

7

3680.0

8

1615.0

9

10

4155.0

3414.8

4432.5

11

12

1615.0

13

14

900.0 3731.3

5268.7

3680.0

15

16

1640.0

17 18

19

3150.0

2150.0

20

4250.0

21

22

707 18

12 273

273

600

414

900

414 414

E

414 189 639

450

F D

H

414

400

564 225 675

200

450 210

18

707

18

350

210

707

100

372

305

100

25

25

650

650

400 200

600

400

600

200

3000

450

25 25 625

900

450

164 173 173

650

588

164 173 173

25 12

450 450

375

414

G

750

100 750

100

3000

KITCHEN DETAILS 600,63 450

xo

12

375

414

I

900

PHYSICAL MODEL

TASVEER - CLICKS

8.

"Even a brick wants to be something. It aspires. Even a common, ordinary brick wants to be something more than it is. It wants to be something better than it is. That is what we must be."

- Louis Kahn

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