NIFT, VARANASI PRE THESIS STAGE - 01[2] [Autosaved].pptx

NIFT, VARANASI PRE THESIS STAGE - 01[2] [Autosaved].pptx

1. Introduction The National Institute of Fashion Technology (NIFT) is a premier institution in India that has been at the forefront of fashion education since its establishment. Founded in 1986 under the Ministry of Textiles, Government of India, NIFT has played a significant role in shaping the Indian fashion industry. It is a dynamic platform that nurtures creativity, innovation, and leadership in the fashion and textile sector, offering comprehensive programs in fashion design, technology, and management. Over the years, NIFT has earned a reputation for being a center of excellence, producing some of the finest designers and professionals in the country. NIFT's Expansion Across India From its modest beginnings in New Delhi, NIFT has expanded across the country, with 18 campuses located in major cities including Mumbai, Kolkata, Bengaluru, Hyderabad, Chennai, and Gandhinagar, among others. This expansion has made NIFT accessible to a broader demographic of students, allowing aspiring fashion professionals from different parts of India to benefit from the institution’s resources and expertise. The Genesis of NIFT NIFT was conceptualized in the 1980s when the Indian fashion industry was in its nascent stages. There was a growing need for trained professionals who could cater to the emerging demands of the textile and fashion sectors. The Indian government, recognizing the potential of fashion as a burgeoning industry, collaborated with the Fashion Institute of Technology (FIT) in New York to establish NIFT in New Delhi. This collaboration provided the initial framework for the institution, drawing on global best practices and curriculum design.

2. NIFT’s Pedagogical Approach One of the key strengths of NIFT is its pedagogical approach, which combines theoretical knowledge with practical, hands-on learning. The curriculum is designed to be industry-relevant, with a strong emphasis on experiential learning. Students are encouraged to undertake projects, internships, and industry visits as part of their academic program. This real-world exposure ensures that they are well-prepared to meet the challenges of the fashion industry upon graduation. Industry Collaborations and Placements NIFT’s strong industry linkages are one of the cornerstones of its success. The institution has collaborated with numerous national and international fashion brands, retailers, and organizations to provide students with internship opportunities and exposure to the global fashion market. Global Exposure and International Collaborations NIFT recognizes the importance of global exposure in fashion education. The institution has established numerous international collaborations with reputed fashion schools and universities around the world. These collaborations include student exchange programs, joint research projects, and faculty exchanges, allowing NIFT students to gain a global perspective on fashion. NIFT has partnerships with institutions such as the London College of Fashion, FIT New York, Domus Academy in Milan, and ENSAIT in France, among others. These collaborations provide students with opportunities to study abroad, participate in international design competitions, and attend global fashion events, thus broadening their horizons and enhancing their employability in the global market.

3. Aim: The aim of this thesis is to explore and analyze the role of the National Institute of Fashion Technology (NIFT) in shaping the fashion education landscape in India. This research seeks to understand how NIFT has contributed to the development of the Indian fashion industry, its influence on global fashion trends, and the institute’s impact on nurturing creative talent and promoting sustainable fashion practices. Objectives: To study the historical development and evolution of NIFT from its inception to the present day. To analyze the educational framework, curriculum, and pedagogical approaches employed by NIFT in the context of fashion design, technology, and management. To assess the contribution of NIFT in fostering innovation, creativity, and entrepreneurship in the Indian fashion industry. To explore NIFT's role in promoting sustainable fashion and its integration into academic programs. Academic Programs Offered NIFT offers a range of undergraduate, postgraduate, and doctoral programs in fashion design, technology, and management. The academic programs are structured to cater to the evolving needs of the fashion and textile industry. The interdisciplinary approach at NIFT ensures that students are well-versed not only in the creative aspects of fashion but also in the technical and managerial skills required to succeed in the industry. Undergraduate Programs : Postgraduate Programs :. Doctoral Programs : Continuing Education :

4. Scope: The thesis will cover the journey of NIFT from its establishment in 1986 to its present status as a leading fashion institution in India. It will encompass an analysis of NIFT's campuses across India, focusing on the programs offered, infrastructure, and student diversity. The research will include a detailed study of NIFT’s collaboration with the Indian fashion industry, as well as its partnerships with international institutions.. Limitations: The research will primarily focus on NIFT’s contributions within India, and while international comparisons will be made, they will be limited to publicly available data and literature. The study will not delve deeply into the specific academic content of every course offered at NIFT but will focus on broader themes such as curriculum structure and innovation. The analysis of alumni success stories will be restricted to available case studies and interviews, limiting the depth of insight into the personal experiences of NIFT graduates.

5. Site Document And Analysis

6. Site Documentation and Analysis for NIFT Campus Design Site documentation and analysis are crucial steps in the architectural planning and development of any educational institution, including NIFT campuses. A detailed analysis of the site helps ensure that the design is responsive to the local environment, enhances functionality, and promotes sustainability. Below are key aspects of site documentation and analysis specific to a NIFT campus: 1. Climate: Understanding the local climate is essential for designing a NIFT campus that is energy-efficient, comfortable, and sustainable. Climate considerations will influence everything from building orientation to material selection and landscaping. Temperature and Humidity : Analyzing the local temperature and humidity patterns helps in selecting materials with appropriate thermal properties. In hotter climates, for instance, materials with high thermal mass or proper shading devices may be required to keep the interiors cool. Wind Patterns : Understanding prevailing winds can guide the orientation of buildings, allowing for natural ventilation in certain areas of the campus, thereby reducing the reliance on mechanical cooling systems. Precipitation : The design needs to incorporate solutions for managing rainfall, such as appropriate drainage systems, water-harvesting mechanisms, and roofing designs that prevent waterlogging or flooding during heavy rains. 2. Soil Type and Vegetation: Soil type and the existing vegetation on the site are critical factors that influence the foundation, sustainability, and landscaping of the campus. Soil Type : The type of soil found on the site dictates the type of foundation that should be used for the campus buildings. For example, sandy or clayey soil requires different engineering techniques to ensure stability. Vegetation : Existing trees and plants can be preserved as part of the landscape design to promote sustainability and enhance the aesthetic appeal of the campus. Native plants, which are well-suited to the local climate, should be incorporated to reduce water usage for irrigation and maintain ecological balance.

7. 3. Land Use & Slope: The land use and slope of the site play significant roles in how the campus can be planned and zoned for various activities. Land Use : A thorough understanding of the current land use patterns in and around the site is essential. The area may have residential, commercial, or mixed-use zones nearby, and the design of the NIFT campus must complement these existing uses. The integration of the campus with the urban fabric around it can contribute to the campus’s accessibility, footfall, and interaction with the community. Topography and Slope : The slope of the land will determine the positioning of buildings and open spaces. If the site has varying elevations, it can provide opportunities to create multi-level buildings that blend with the natural terrain. However, steep slopes may require additional structural considerations like retaining walls or tiered foundations. 4. Infrastructure: The existing infrastructure surrounding and within the site is fundamental for the campus's functionality and its connection to the broader urban network. Road Networks and Accessibility Water Supply and Sewage Electricity and Renewable Energy Communication Networks . Waste Management

8. LIVE CASE STUDY

9. NATIONAL INSTITUTE OF FASHION TECHNOLOGY , RAEBARELI Project Title - NIFT RAEBARELI Designed by Triadic design studio. Location - ITI colony area, Doorbhash Nagar, Raebareli, Uttar Pradesh. Client - Ministry of textiles, government of India. Cost - 10.5 million (2007). Site area - 42289.65 SQ MT (10 acre). Built up area - 34,398 sq.mt. Ground coverage - 35%. Climatic conditions – warm subtropical climate. No of floors - G+3. Total no of student - 466 Total no of faculty - 19 Courses - Fashion Design, Accessory Design. knitwear design, garment & Leather Design, Fashion communication. NIFT Raebareli is uniquely situated near the cities of Lucknow, Allahabad, Kanpur and Varanasi . NIFT RAEBARELI MAP ZONING MAP CONNECTIVITY : Nearest Airport : Chaudhary Charan Singh International Airport (Lucknow Airport) Distance : Approximately 80-85 km north of NIFT Raebareli. Travel Time : About 1.5 to 2 hours, depending on traffic and road conditions. Route : Typically via NH30 (Lucknow-Raebareli Road), which connects Raebareli to Lucknow. Nearest Railway Station: Raebareli Junction Railway Station Distance : Approximately 5-6 km from NIFT Raebareli. Travel Time : About 15-20 minutes. Route : Easily accessible via local roads, with regular auto-rickshaws and taxis available for short commutes. Nearest Bus Stand: Raebareli Bus Stand Distance : Approximately 4-5 km from NIFT Raebareli. Travel Time : Around 10-15 minutes. Route : The bus stand is centrally located and well-connected by local transport. These distances are approximate and may vary slightly based on the exact location within Raebareli and the available routes.

10. ACCESSBILITY : The academic block's circulation is solely pedestrian. additionally, pedestrians are given places with trees and chairs. As a result, the students are interacting. There is a water fountain in the center of the academic and hostel buildings, and there are seating areas all around it, allowing for morning and evening interactions with students. The site is flat land with no contours. The planning revolves around the amphitheater . The building blocks are concentrated around the amphitheater thus generating activity and creating lively environment. ACADEMIC BLOCK HOSTEL FACULTY STAFF QUATERS SITE PLAN : Side setback - 6m Rear setback -6m. ENTRY ACADEMIC BLOCK VIEW , ENTRANCE VIEW , HOSTEL BLOCK VIEW.

11. CONCEPT: The concept of the building revolves around form-imagery perception thus providing the building with roots , life and history. ELECTRICAL ROOM -3.4X5.8M CIRCULATION The circulation on site from the gate to the point where the building begins is vehicular. On entering the building , the circulation is totally pedestrian through central court leading to respective blocks. Parking chaos is in front of there quarters only.

12. FIRST FLOOR PLAN UG LEATHER DESIGN CONST.LAB – (10X18.5) M. UG LEATHER DESIGN PATTERN MAKING LAB – (10X18.5) M. UG LEATHER DESIGN SPECIALISED MACHINE LAB– (10X18.5) M. UG LEATHER ART ROOM / CLASS ROOM –(10X15) M COMPUTER LAB – (17.5X7.5) M. LIBRARY LAB RESEARCH CELL – (25.5X17.5) M. NIFT STATIONNARY SHOP - (3.5X7.5) M. NIFT DESIGN SHOP– (4.5X3.0) M SERVER– (4.5X2.9) M. LOCKERS ROOM - (5.5X2.9) M. UTILITY ROOM - (3.0X4.8) M . GIRLS TOILET – (7.9X4.8) M . BOYS TOILET - (6.2X4.0) M. FIRE CONTROL ROOM – 3.1X5.3) M. SPARE ROOM- (6.7X4.3) M . EXIBUTION-100 M2 . . Resource center / library provided on first floor. Total books near 800 above and reading area ¼ part and ¼ part are resource management part there are some materials simple are available. Pattern making lab, fashion design lab different types are lab and different types machine are available for fashion making.

13. GROUND FLOOR PLAN. UG FASHION DESIGN GARMENT CONST.LAB – (10X18.5) M. UG FASHION DESIGN PATTERN MAKING LAB – (10X18.5) M. UG FASHION DESIGN SPECIALISED MACHINE LAB– (10X18.5) M. UG FASHION DESIGN ART ROOM / CLASS ROOM –(10X15) M. UG FASHION DESIGN ART ROOM / CLASS ROOM –(10X15) M. UG FASHION DESIGN SPECIALISED LAB WORKSHOP (12.5X17.5) M. CAFETERIA (MESS) INCLUDING KITCHEN (25.5X17.5) M. SERVER ROOM – (4.5X3.0) M DISPLAY AREA – (6.5X4.5) M LIFT 1 - (3.0X3.2) M. LIFT 2 - (3.0X3.2) M RECEPTION -100 M2 LOCKERS ROOM - (5.2X3.0) M LOCKERS ROOM 2 – 6.5X2.5) M. Studio /classroom are staggered form and well ventilated & electrical point provided to every seat. Level Difference 300mm. STUDIO/LAB COURTYARD WORKSHOP SECOND AND THIRD FLOOR UG FASHION TECHNOLOGY GARMENT CONST.LAB – (10X18.5) M. UG FASHION TECHNOLOGY PATTERN MAKING LAB– (10X18.5) M. UG FASHION TECHNOLOGY ART ROOM CLASS ROOM– (10X18.5) M. FACULTY STAFF ROOM – (1.5X20.5) M. DEPARTMENT OFFICE – (17.5X4.8) M. MEDICAL SHOP– (6.5X6.7) M. SERVER- (2.9X4.5) M. LOCKER ROOM 1 – (2.9X5.3) M UTILITY – (3.5X4.7) M GIRLS TOILET (8.0X4.8) M. BOYS TOILET - (6.0X4.8) M FIRE CONTROL ROOM – (3.1X5.3) M MAINTENANCE ESTATE SECTION – (6.7X5.3) M FAIR FIGHTING ROOM – (3.1X5.3) M. CIRCULATION ELECTRICAL ROOM -3.4X5.8M .

14. Offices area provided only second floor. and all area divided by partition wall.one office area are (2500x3000) mm. Pattern making lab, fashion design lab different types are lab. and different types machine are available for fashion making. Corridor are informal space where student interact to each other. And gather and discuss for any topics. these space work as transit space. The central courtyard serves both formal and informal purposes. Use of the courtyard for cultural activities.