Textile technological innovation in fashion(Concept to CAtwalk) by shazzadul islam
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It's a presentation where the update textile technology with Catwalk fashion is coloborated. It is done by Shazzadul Islam (Tushar), Student of City University, Permanent Campus, 26th Batch, Ashulia, Savar, Dhaka.
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This document summarizes a fashion forecasting project completed by students for Biba, an Indian women's clothing brand. The students presented a wedding collection inspired by mood boards and color schemes. They forecasted 12 looks including lehengas, saris, and kurtas made of materials like velvet, brocade and silk. The looks featured trims like laces, embroidery and thread work. The overarching themes were comfort and grace to make brides feel elegant on their special day.
Islam
The document provides an overview of the key beliefs and practices of Islam. It discusses that Muhammad received revelations from God and preached monotheism, establishing Islam. The five pillars of Islam are outlined as professing faith, daily prayers, charity, fasting during Ramadan, and pilgrimage to Mecca. Jihad involves struggle, which can be military or peaceful. The Quran is the holy book that outlines how Muslims should live, including prohibitions on pork and alcohol. Mosques are places of worship for Muslims.
Non woven textiles
This document discusses non-woven textiles. It covers raw materials like cotton, rayon, wool, polyamide/polyester and acrylic. It describes properties of non-wovens like fiber description, bonding agents, binder mechanisms, classification of binders and types of binders. It also discusses manufacturing steps for non-wovens including wet laid, dry laid, air laying, spun laid and melt blown processes. Finally, it outlines bonding techniques such as mechanical, chemical and thermal bonding.
The Religion of Islam
This document provides an overview of key beliefs and practices in Islam. It discusses the origins and meaning of Islam and the terms Muslim, as well as the life and teachings of the prophet Muhammad. The six articles of Islamic faith are explained, including belief in God, the unseen, prophethood, revelation, judgment day, and divine decree. The two main sects of Islam, Sunni and Shia, are introduced. The five pillars of Islam - declaration of faith, prayer, alms, fasting, and pilgrimage - are outlined as the core duties of Muslims. Overall, the document presents foundational concepts and tenets of the Islamic faith.
Presentation Of Islam
This document provides an overview of an Islamic cultural awareness course, including introductions, guidelines, background information on Muslims in the local community and workplace, and key Islamic beliefs and practices. It outlines the five pillars of Islam, articles of faith, sensitivities to consider, and importance of interfaith dialogue. Contact details are provided for further information.
Islam (ppt)
Islam is a monotheistic religion that believes in one God called Allah and follows the teachings of the Prophet Muhammad. Muslims adhere to the Five Pillars of Islam which are the confession of faith, ritual prayer five times a day, charitable donations, fasting during Ramadan, and performing the Hajj pilgrimage to Mecca at least once in their lifetime. The two main branches of Islam are the Sunni and Shi'a, who differ on who should have succeeded Muhammad as the leader of the Muslim community.
Apparel industry sectoral analysis - ppt 1
The document provides an overview of the global textile and apparel industry, including its history and key statistics. It discusses the shift in growth towards developing countries due to the end of quotas in 2005. India's large and growing textile industry is highlighted, with major players like Raymond and Bombay Dyeing mentioned. Key factors influencing consumer purchasing decisions are identified. The various stakeholders in the industry are mapped out.
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Similar to Textile technological innovation in fashion(Concept to CAtwalk) by shazzadul islam
Textile Technological Innovation in Fashion.
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Vanderveer Designers recently traveled to the Techtextil exhibit in Frankfurt to see where the industry is heading with new substances and developments in technical textiles. Our team was inspired by the wide range of applications — from fashion and clothing to architecture, healthcare, the outdoors and automotives. Once again, we have left with many new creative and innovative ideas. In part, thanks to the awesome presentations given by @nextnaturenetwork. Until next year!
WEAR Sustain for DRHA 2017
A presentation for Research in Humanities and the Arts 2017 (DRHA): DataAche, Plymouth, UK - on the WEAR Sustain EU funded project progress, challenges and values on ethical and sustainable wearable technologies and e-textiles.
Smart_fabrics_ppt.pptx
Wearable computers can now be incorporated directly into clothing through the use of conductive textiles, circuits, and components. This paper describes techniques for building circuits using commercially available fabrics, yarns, fasteners, and electronic components which allow data and power distribution as well as sensing to be integrated into washable clothing.
Computer Aided Designs CAD Printing and Production of Cut Wood Motif on Fabrics
Fabric decoration is an art that has existed for many centuries but usually done manually. Before now, most Artists used conventional methods of art production, which is cumbersome, tedious, time consuming but with the introduction of Computer aided design in textile arts, the whole design process become easier and more efficient as well as ensures precise and accurate reproduction of the artwork also in creating more striking and intricate designs that translate into beautiful fabric decorations. Hence, Computer aided design software CAD is an invaluable application for textile design and fabric decoration. This study computer aided design printing and production of cut wood motif on fabrics, aims at developing motifs from the woods fell at different locations in Anambra State Polytechnic, Mgbakwu. The motifs developed are arranged into appropriate repeat patterns, then digitally transferred into CAD software for colours separation and finally printed on laser films for production. It employed the textile techniques of screen printing process. The experiment at the end resulted in fully designed fabrics and interior decoration items ready for the market. The study serves as a resource material as well as an inspiration for designers researcher working on projects of complex designs with great precision to explore computer aided design software and for further advances in the field of textile arts. Okonkwo, Cecilia Chiedonma | Ekwezia, Awele Vivian | Engr. Ernest-Okoye Ngozi "Computer-Aided Designs (CAD): Printing and Production of Cut-Wood Motif on Fabrics" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-7 | Issue-3 , June 2023, URL: https://www.ijtsrd.com.com/papers/ijtsrd58603.pdf Paper URL: https://www.ijtsrd.com.com/engineering/computer-engineering/58603/computeraided-designs-cad-printing-and-production-of-cutwood-motif-on-fabrics/okonkwo-cecilia-chiedonma
Design: A Catalyst for Innovation
The document outlines the Great Festival of Creativity event taking place from 20-22 May 2014 in Istanbul. It provides information on several speakers and their areas of research related to textiles, materials, and design. These include projects focused on sustainability, emerging technologies, biomimetics, and speculative design. The event aims to showcase how academic research in these fields can translate to commercial innovation and benefit brands.
Project Jacquard.ppt
Project Jacquard is a wearable technology project that embeds conductive yarns into fabrics to enable touch-sensitive interactions. It was developed by Google's ATAP department to create garments that can control smartphone functions through gestures without making people feel uncomfortable wearing them. The conductive yarns are woven into fabrics using standard industrial looms and can be incorporated with different fiber types. This allows for large-scale production of interactive textiles for uses in clothing, toys, furniture and more.
Top 10 apparel innovation
This document summarizes 10 apparel innovations from 2015 that promote sustainability. Some of the innovations highlighted include fabric made from milk, tea and coffee; air dyeing which saves water; digital printing; recycled plastic bags and bottles turned into fiber; hand dyeing with locally sourced dyes; online shopping tools that consider body measurements; water-free stone washing; bio-filtering wastewater treatment; smart tailoring technology; and new global standards for organic textiles. The innovations aim to reduce water and energy usage, minimize waste, and create clothing with recycled or sustainably sourced materials.
Anne Prahl PhD, WEAR Sustain Presentation
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Part III: Workwear Fashion, Human Anatomy, Transparency & Technology
Workwear Fashion, Human Anatomy, Transparency & Technology: A National Security Professional's Journey to Functional Women's Workwear
Part 1: Dissects popular women’s workwear designs through the lens of anatomy, exploring what tight waistlines mean for digestion and offers reflection on how workwear can be better designed for menstrual cycles and hot flashes of menopause.
Part 2: Reflects on the polluting nature of fast fashion and the sustainable fashion initiatives that are coming about to combat this.
Part 3: Explores the exciting new technologies that are emerging in the field of fashion such as 3D printing, nanotechnology, and digital fashion.
Part 4: Expands on what the purpose driven brand "Empowering Workwear by Lydia" is trying to do with its four-tiered agenda for women’s workwear fashion.
More information on Empowering Workwear: www.empoweringworkwear.com
www.lkcyber.com
Total package
This document summarizes an innovative cotton denim collection created through a collaboration between Jeanologia and Cotton Incorporated. The collection utilizes Jeanologia's eco-friendly finishing technologies to create fashion-forward designs while minimizing environmental impact. Each design is analyzed using Jeanologia's Environmental Impact Measurement software to quantify reductions in water, chemicals, energy and labor. Design concepts range from laser-etched patterns and distressed effects to digitally printed images and tinted fabrics.
Shirel Shimonov, final project FM245
The document discusses emerging technologies in wearable tech and fashion. It describes fabrics that change transparency, emit lasers or generate electricity. 3D printing is discussed as the future of art and design. Tracking chips and intelligent sports bras that monitor health are presented as examples of integrating tech into clothing. The styles showcase layers for adding materials, cuts and shapes focusing on innovative prints, colors and 3D structures to create sophisticated wearable tech designs.
Muchaneta Kapfunde, Founding Editor-in-Chief, FashNerd
The document discusses smart fabrics, which are fabrics embedded with digital technologies or nanomaterials to enhance their functionality. It provides examples of smart fabrics using optical fibers, nano-particles, chromic materials, and shape memory materials. Key applications discussed include uses in sports, military, healthcare, and fashion. Innovation leaders are profiled who are developing smart yoga pants, jackets, dresses, and baby socks. The presentation concludes by discussing the future potential of smart fabrics to be more adaptive, connected to IoT, and developed with sustainability and safety in mind.
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The document summarizes the WEAR Sustain project, a 3 million Euro EU-funded initiative from 2017-2018 that aimed to promote more sustainable and ethical development of wearable technologies. The project brought together wearable technology stakeholders across Europe to address issues like data privacy, environmental impact, and labor practices. It had four main elements: sustainable innovation funding; knowledge exchange events; developing an online wearables ecosystem; and creating ethics and sustainability guidelines. Selected collaborative teams received up to €50,000 to prototype projects addressing themes like reuse/waste, batteries, and data privacy. While schedules delays and production challenges were common, the project helped broaden views on sustainability and ethics in wearable technology development.
Made in Europe - Diana Engel
This document provides an abstract for a master's thesis titled "Made in Europe" that examines fashion production in Europe compared to the global market. The thesis uses a socio-cultural analysis and fieldwork in Italy and Denmark to investigate how culture, materiality, and social practices are intertwined in fashion systems. It aims to illustrate the learning that occurs through social and material interactions between businesses of different cultures. The thesis also explores possibilities for reshoring production to Europe based on experiences reconstructing the textile and leather industries.
Sandy Black, Centre for Sustainable Fashion, University of the Arts, WEAR Sus...
Presentation from Professor Sandy Black, Centre for Sustainable Fashion, University of the Arts, WEAR Sustain Open Call London Launch, Digital Catapult 3rd May 2017
Presentation on future trends of knitting
The presentation discusses future trends in knitting, including the growing popularity of knitting due to new fibers and techniques. It outlines developments in warp knitting technology using new materials like CFRP. Whole garment knitting technology allows entire garments to be knitted in one piece without seams. Photographic weaving and super-thin polyester fabrics represent new frontiers for replicating fine images and producing extremely lightweight textiles. Overall the document highlights many innovations in knitting machinery and materials that are expanding the applications and possibilities of knitted fabrics.
Embroidery Digitizing Services In USA.docx
Embroidery machines will likely play a pivotal role. Machines with increased precision, speed, and the ability to handle a broader range of fabrics will empower digitizers and designers to push the boundaries of what can be achieved.
Green textile processing
The document discusses various aspects of green and sustainable textile production, including natural dyeing processes, recycling of textiles, use of organic materials, and reducing environmental pollution from the textile industry. It notes that textile production can be harmful through the use of chemicals and release of wastewater, but that more sustainable practices include using natural dyes extracted from plants, recycling fabrics into new materials, and switching to organic cotton and other natural fibers. The document provides details on different natural dye sources and colors, as well as other green textile processes like chlorine-free bleaching and low-temperature dyeing.
Ecofriendly technology for textile industry
ecofriendly technology for our textile industry. this is most important aspect for our new technology. we should influence people for ecofriendly technology.
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Overview
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Date & Time: 8th June | 10 AM - 1 PM IST
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Contact us: info@mydbops.com
Visit: https://www.mydbops.com/
Follow us on LinkedIn: https://in.linkedin.com/company/mydbops
For more details and updates, please follow up the below links.
Meetup Page : https://www.meetup.com/mydbops-databa...
Twitter: https://twitter.com/mydbopsofficial
Blogs: https://www.mydbops.com/blog/
Facebook(Meta): https://www.facebook.com/mydbops/
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Textile technological innovation in fashion(Concept to CAtwalk) by shazzadul islam
- 1. Textile Technological Innovation in Fashion Concept to Catwalk…
- 2. Presented by: Shazzadul Islam ID: 141265530 Dept. of Textile Engineering City University
- 3. What is Innovation? “Innovation is not the product of logical thought, although the result is tied to logical structure" Albert Einstein
- 4. Innovation
- 5. Textile Technology CatwalkFashion Relation among Textile Technology, Fashion & Catwalk
- 6. Air dye: Water- free Printing on Textiles pH Indicating Clothing Color- Changing Fabrics Self-Healing Fabrics 3D-Printed Clothing Eco-comfy Clothing Wearable Technology NFC Interactive Clothing Skinners Some Innovative Smart Textile Technology
- 7. The brown and blue dress on the left was produced without any pigments or dyes. The colors were created by coating cotton fibers with nanoparticles and manipulating the way matter and light interacts between the particles. Smart textiles or garments that merge fashion and technology
- 8. Air Dye works with proprietary dyes that are heat-transferred from paper to fabric in a one-step process. This can save between seven and 75 gallons of water in the dying of a pound of fabric, save energy, and produces no harmful by-products. The technology uses 85 percent less energy then traditional dying methods. Dying with Air, Saving Gallons of Water
- 9. NFC Interactive Clothing NFC(Near Field Communication) It’s the technology behind wireless payment
- 10. 3D Printing There’s no waste, whereas there’s always waste with textiles!
- 11. Eco Comfy Clothing It’s easy to feel heavily weighed down by our clothing.
- 13. Self-healing Fabrics Self-healing fabrics are actually a part of our lives right now, and they’re about to start multiplying. While rips and tears in any item of clothing are an annoyance, when it comes to waterproof garments the problem affects more than just looks.
- 14. Solar Panel Jackets The technology creates solar power that can do awesome things like charge the phone.
- 15. What is Catwalk?
- 18. Next Generation Fashion Next Generation Catwalk Next Generation Textile Technology
- 19. E-textile In "third generation" wearable's, the garment is the sensor. A growing number of companies are creating pressure, strain and temperature sensors for this purpose.
- 20. Skinners
- 21. The Future is calling!