The document provides information about various print-based media production methods, including hand printing (etching and linocut), mechanical printing (letterpress and rotogravure), and compares the different methods. It explains the invention/history, process, costs, speed, skills required, and final output/appearance of each method. Images are included to illustrate the visual differences between methods.
This document provides an overview of ideas and approaches used in art, design, and architecture. It discusses various research methods like using libraries, traveling, and experimentation. It also covers processes like biomimicry, modeling forces, material transformation, series, conceptual strategies, play, problem solving, simplicity, sketching, meaning, sources of inspiration, and worldviews that influence creative works. Key examples and illustrations are provided to demonstrate these concepts.
The document discusses various methods of forming and fabrication in art and design. It describes additive, subtractive, and constructive processes where material is added, removed, or joined together. Specific examples include sculpting with clay or metal, carving wood, and welding or gluing together pieces. The document also covers found objects, readymades, and using existing materials in new ways through techniques like bricolage. New digital fabrication methods are discussed like 3D printing, laser cutting, and CNC routing that allow designs to be replicated from digital files.
The document discusses the key elements of visual art including subject matter, form, content, medium, technique, and composition. It describes subject matter as anything that can inspire the artist, and lists representational and non-representational art as two types. It defines form, content, medium, and technique, and discusses analyzing art through formal and contextual analysis. The document also outlines elements of visual art like line, shape, value, color, texture, and space, and principles of design such as balance, rhythm, emphasis, and unity.
Tech To Suit is a recruitment firm founded in 2000 that specializes in recruiting for the IT/telecom, oil/gas/power, and finance industries. It has 40 employees and works with 70% of the top 15 IT/telecom companies in India. In 2007-2008, the company recruited 425 candidates and had a turnover of INR 2.5 crores. Tech To Suit provides permanent staffing, executive search, and turnkey recruitment services to meet its clients' needs across industries, roles, and geographies.
The document provides an overview of the Honeywell Educators @ Space Academy program, which is a 6-day program for teachers to learn about space science and exploration. It describes some of the hands-on activities and simulations teachers participate in, including experiencing 3 Gs in a space shot simulator, performing a simulated space walk, and meeting the astronaut Homer Hickam. The document also briefly outlines the history of space flight and some key NASA missions and technology like the Saturn V rocket and Space Shuttle.
Critical Human Factor Appraisal of EVA Space suitReetam Singh
This essay analyses the anthropometric, visual, control, cognitive and environmental considerations involved in the use of NASA’s “Extravehicular Mobility Unit Space suit”. Key Human factor considerations associated with its design are discussed and possible improvements are suggested.
This document summarizes research on the second generation of the SilSuit mechanical counter pressure space suit. It describes materials and methods used to construct and test a 1:4 scale model of a human arm to evaluate suit materials and designs. The research aims to further develop MCP suit technology using modern materials not available in previous eras of research. Test results and construction details are provided in appendices, though some details are omitted from the public document due to export control restrictions.
The document provides information about various print-based media production methods, including hand printing (etching and linocut), mechanical printing (letterpress and rotogravure), and compares the different methods. It explains the invention/history, process, costs, speed, skills required, and final output/appearance of each method. Images are included to illustrate the visual differences between methods.
This document provides an overview of ideas and approaches used in art, design, and architecture. It discusses various research methods like using libraries, traveling, and experimentation. It also covers processes like biomimicry, modeling forces, material transformation, series, conceptual strategies, play, problem solving, simplicity, sketching, meaning, sources of inspiration, and worldviews that influence creative works. Key examples and illustrations are provided to demonstrate these concepts.
The document discusses various methods of forming and fabrication in art and design. It describes additive, subtractive, and constructive processes where material is added, removed, or joined together. Specific examples include sculpting with clay or metal, carving wood, and welding or gluing together pieces. The document also covers found objects, readymades, and using existing materials in new ways through techniques like bricolage. New digital fabrication methods are discussed like 3D printing, laser cutting, and CNC routing that allow designs to be replicated from digital files.
The document discusses the key elements of visual art including subject matter, form, content, medium, technique, and composition. It describes subject matter as anything that can inspire the artist, and lists representational and non-representational art as two types. It defines form, content, medium, and technique, and discusses analyzing art through formal and contextual analysis. The document also outlines elements of visual art like line, shape, value, color, texture, and space, and principles of design such as balance, rhythm, emphasis, and unity.
Tech To Suit is a recruitment firm founded in 2000 that specializes in recruiting for the IT/telecom, oil/gas/power, and finance industries. It has 40 employees and works with 70% of the top 15 IT/telecom companies in India. In 2007-2008, the company recruited 425 candidates and had a turnover of INR 2.5 crores. Tech To Suit provides permanent staffing, executive search, and turnkey recruitment services to meet its clients' needs across industries, roles, and geographies.
The document provides an overview of the Honeywell Educators @ Space Academy program, which is a 6-day program for teachers to learn about space science and exploration. It describes some of the hands-on activities and simulations teachers participate in, including experiencing 3 Gs in a space shot simulator, performing a simulated space walk, and meeting the astronaut Homer Hickam. The document also briefly outlines the history of space flight and some key NASA missions and technology like the Saturn V rocket and Space Shuttle.
Critical Human Factor Appraisal of EVA Space suitReetam Singh
This essay analyses the anthropometric, visual, control, cognitive and environmental considerations involved in the use of NASA’s “Extravehicular Mobility Unit Space suit”. Key Human factor considerations associated with its design are discussed and possible improvements are suggested.
This document summarizes research on the second generation of the SilSuit mechanical counter pressure space suit. It describes materials and methods used to construct and test a 1:4 scale model of a human arm to evaluate suit materials and designs. The research aims to further develop MCP suit technology using modern materials not available in previous eras of research. Test results and construction details are provided in appendices, though some details are omitted from the public document due to export control restrictions.
The document discusses the design of space suits. It describes how space suits need to sustain life in extreme environments while allowing for movement. New materials like shape-shifting polymers and electro-emissive materials can help suits change environments and maintain temperatures. The Massachusetts Institute of Technology developed a prototype bio-suit that provided pressure and was inexpensive. Current suits have multiple layers including a pressurized bladder, and new materials like aerogel polymers are being investigated to improve suit design. A helmet mounted display helps astronauts access mission information. The document also lists potential crew members for a mission to Mars, including their roles and traits.
This document discusses the potential for wearable technology to provide personalized thermal comfort and reduce building energy usage. It describes how current HVAC systems maintain generalized room temperatures that do not account for individual comfort levels. A proposed wearable system would measure physiological responses to determine a user's unique comfort range and control localized heating/cooling to maintain comfort. This could allow wider thermostat settings and 10% reduced energy usage. The system would leverage advances in smart fabrics, thermal comfort research, and machine learning to develop an autonomous wearable that learns and adapts to each individual's comfort needs. User studies are planned to collect physiological and comfort data to train algorithms to predict comfort levels.
Done by Doha_Engineers_7 from Doha School for Boys
Composites are materials made from two or more constituent materials with significantly different physical or chemical properties, that when combined, produce a material with characteristics different from the individual components.
The Safety inflatable suit is an emergency crash suit concept for motorcyclists, inflating in less than a second after a collision.
The Safety Sphere concept suit is made up of two layers: a tough outer layer made of a thin, parachute-like fabric and an inner thin elastic layer. The Safety airbag suit takes the form of special bike suit that will automatically inflates into a sphere and enveloping the rider immediately once rider is detected to be flying off the bike in a crash.
The document introduces Sarah Calandro, who states her name and occupation as an information designer, artist, and occasional writer currently enrolled in graduate school at Carnegie Mellon University. The text then repeats this same introduction multiple times.
A Space Suit for Extra Ordinary Martian Conditions 1Can Kural
A space suit designed specifically for exploring Mars is proposed that addresses the challenges of the Martian environment. The suit would have multiple protective layers, including an inner gravity skin suit to mitigate muscle and bone loss. The outer layers would protect against dust storms and radiation. Systems would be embedded in the suit layers to recycle waste and provide life support through a tight-fitting biometric counter-pressure suit and helmet. The suit would be designed for flexibility and reliability through localized self-repair capabilities while maintaining overall system integrity.
The document discusses the history of space suits and American astronaut Alan Shepard. It notes that Shepard was the first American to travel to space in 1959 wearing an early space suit, and that he went on to fly on the Apollo 14 mission to the moon. The document also provides background on the development of space suits for walking on the moon during the 1960s space race and outlines some key facts about Alan Shepard's career, including his various awards and retirement from NASA in 1974.
Textilelearner.blogspot.in textiles for safety flame resistant protective cl...Chockalingam Ambalavanan
Modern technological developments have increased workplace hazards requiring specialized protective clothing. Safety textiles provide protection against thermal/flame hazards, nuclear hazards, chemicals, pesticides, microorganisms, and ballistic threats. Fabrics are designed to be flame resistant, provide thermal or liquid chemical protection, or stop ballistic projectiles. Examples include Nomex used by navy personnel, jute developed for coal miners, and Gore-Tex membranes used in healthcare garments. High performance fibers like aramid, PBI, and glass are used in ballistic vests and armor to dissipate projectile energy through the fabric layers.
The document summarizes the history and components of spacesuits. It discusses how spacesuits evolved from early unpressurized suits used in Mercury missions to modern pressurized suits with layers of materials like nylon, Mylar, and Kevlar that are used for extravehicular activities on the International Space Station. Future spacesuits may be lighter weight and more flexible "biosuits" made of stretchy polymers or "hard suits" that offer greater mobility for exploring places like Mars.
This provides a visual map of the exhibition gallery. It helps teachers highlight major themes and key objects to students before the visit. Most of the key objects are hyperlinked to the Museum Online Collection Database for easy reference. It also feature relevant online resources on teaching and learning on the topic of Space.
In the current market, the most popular and gathered countries for the production of suit fabric are among China, UK, Italy, India, Philippines, Malaysia and Australia. Let’s have a detailed comparison of suit fabric manufacturer and factory from those countries, and better knowing the market for sourcing.
The document discusses different types of protective clothing used in hazardous environments including space shuttles, chemical work, surgery, and gloves. It describes the materials, advantages, and uses of space shuttle suits which protect astronauts from hazards in outer space. It also outlines chemical resistant clothing options and materials as well as different glove types and their applications for protection. Finally, it discusses surgical gowns and their various material platforms that offer protection and comfort for medical professionals and patients.
The document presents a commercial space suit prototype designed for space tourism. Some key features of the suit include a new entry system that allows astronauts to don and doff the suit quickly, a low mass between 5-7 kg, easy resizing, and a comfortable helmet that provides good visibility. The suit was tested at facilities in the US and UK and can safely operate at low cabin pressures to protect tourists in the event of cabin depressurization. It offers thermal protection for space jumps but not suborbital flights, and uses approved lightweight materials like polyester and latex rubberized nylon.
The article discusses the company Final Frontier Design which is competing to design space suits for future space travel. Final Frontier Design faces challenges in funding their project and developing an innovative suit design. If successful, their space suit designs could generate significant and long-lasting wealth for the company.
Spandex fabric, is one kind of polyurethane elastic fiber. Because of its excellent elastic, it’s also called elastic fiber. Spandex fabric is widely used in garments and features in long range elasticity.
The document describes Supernova's concept for an existing wearable electronic suit (EWES). The EWES would make existing space suits electronic by adding sensors, displays, and an adjustable system using linked hexagonal chain links. This would allow the suit to monitor environmental and biometric data, automatically adjust fit, and be easily repaired by replacing broken links. The concept aims to make space suits smarter while keeping them flexible, adjustable, and durable.
This presentation on Scope of Textile Composite in Aerospace, Automotive, and Energy. It includes the area of application, shortcoming challenge, benefits of using textile composite in following section and how can we develop the following sector by improving textile composite.
Isik Tlabar - Undergraduate Final Year PortfolioIsik Tlabar
This document provides information about a fabric studio design project. It includes:
1) Research on flexible architecture, wearable fabrics, movable structures, and flatpacked systems. Material testing explored properties of elastic fabrics.
2) A program for the fabric studio including areas for design, fitting, and storage. Diagrams show initial ideas and design development with layered fabrics defining space.
3) Models including a 1:10 sectional fabric model and renders illustrating the interior experience of moving through the flexible space. Manual illustrations demonstrate how to assemble the studio.
This document provides a summary of Arunav Kanoria's work experience and education. It includes a portfolio listing various design, business, and engineering projects he has worked on, including designing automated public toilets, experience design for Design Week, designing services, exhibition curation, storytelling, and mobile application development. For each project, it provides details on the goals, inspiration, contribution, and work done. The document is Arunav Kanoria's resume, showcasing his qualifications and experience in design, business, and engineering fields through concise project summaries.
A First Year Architectural Design Studio ExperienceJoe Osborn
This document summarizes and evaluates the first year architectural design studio experience at Istanbul Technical University from 2005-2006. Over the course of the year, students completed four projects focused on developing their design skills. The projects progressed from abstract exercises focused on space, structure, and materials to a larger final project designing spaces for Suleymaniye Mosque. The document analyzes each project and discusses how they helped students improve their creative thinking, 3D modeling abilities, and understanding of architectural concepts. It aims to provide feedback to further strengthen architectural education.
This document summarizes Libby Weiler's portfolio from 2007-2011 during her studies in the Fay Jones School of Architecture. It includes 3-D design projects focusing on contradicting beauty standards and hand drawings. Later projects include architectural designs for a banker's retreat with public and private spaces, a reading room connecting individuals to spaces through materials, and an interfaith mausoleum with complex geometries. Other works include a computer-generated butterfly made of typography, color studies, and a game table incorporating woodworking principles. Photography was also used as inspiration and a relaxing hobby throughout her studies.
This document provides an overview of the Hidden ARTifacts exhibit that will showcase the artistic process of 14 architect artists. It will include their art labels bound into a book along with essays from architects and critics. The exhibit will also host educational events about architecture. The goal is to not only showcase the art but also fund the creation of a permanent peer learning space for architects after the exhibit closes. The exhibit is hosted by Building Bridges Art Exchange and was curated by Jenda Michl and Marisa Caichiolo.
The document discusses the design of space suits. It describes how space suits need to sustain life in extreme environments while allowing for movement. New materials like shape-shifting polymers and electro-emissive materials can help suits change environments and maintain temperatures. The Massachusetts Institute of Technology developed a prototype bio-suit that provided pressure and was inexpensive. Current suits have multiple layers including a pressurized bladder, and new materials like aerogel polymers are being investigated to improve suit design. A helmet mounted display helps astronauts access mission information. The document also lists potential crew members for a mission to Mars, including their roles and traits.
This document discusses the potential for wearable technology to provide personalized thermal comfort and reduce building energy usage. It describes how current HVAC systems maintain generalized room temperatures that do not account for individual comfort levels. A proposed wearable system would measure physiological responses to determine a user's unique comfort range and control localized heating/cooling to maintain comfort. This could allow wider thermostat settings and 10% reduced energy usage. The system would leverage advances in smart fabrics, thermal comfort research, and machine learning to develop an autonomous wearable that learns and adapts to each individual's comfort needs. User studies are planned to collect physiological and comfort data to train algorithms to predict comfort levels.
Done by Doha_Engineers_7 from Doha School for Boys
Composites are materials made from two or more constituent materials with significantly different physical or chemical properties, that when combined, produce a material with characteristics different from the individual components.
The Safety inflatable suit is an emergency crash suit concept for motorcyclists, inflating in less than a second after a collision.
The Safety Sphere concept suit is made up of two layers: a tough outer layer made of a thin, parachute-like fabric and an inner thin elastic layer. The Safety airbag suit takes the form of special bike suit that will automatically inflates into a sphere and enveloping the rider immediately once rider is detected to be flying off the bike in a crash.
The document introduces Sarah Calandro, who states her name and occupation as an information designer, artist, and occasional writer currently enrolled in graduate school at Carnegie Mellon University. The text then repeats this same introduction multiple times.
A Space Suit for Extra Ordinary Martian Conditions 1Can Kural
A space suit designed specifically for exploring Mars is proposed that addresses the challenges of the Martian environment. The suit would have multiple protective layers, including an inner gravity skin suit to mitigate muscle and bone loss. The outer layers would protect against dust storms and radiation. Systems would be embedded in the suit layers to recycle waste and provide life support through a tight-fitting biometric counter-pressure suit and helmet. The suit would be designed for flexibility and reliability through localized self-repair capabilities while maintaining overall system integrity.
The document discusses the history of space suits and American astronaut Alan Shepard. It notes that Shepard was the first American to travel to space in 1959 wearing an early space suit, and that he went on to fly on the Apollo 14 mission to the moon. The document also provides background on the development of space suits for walking on the moon during the 1960s space race and outlines some key facts about Alan Shepard's career, including his various awards and retirement from NASA in 1974.
Textilelearner.blogspot.in textiles for safety flame resistant protective cl...Chockalingam Ambalavanan
Modern technological developments have increased workplace hazards requiring specialized protective clothing. Safety textiles provide protection against thermal/flame hazards, nuclear hazards, chemicals, pesticides, microorganisms, and ballistic threats. Fabrics are designed to be flame resistant, provide thermal or liquid chemical protection, or stop ballistic projectiles. Examples include Nomex used by navy personnel, jute developed for coal miners, and Gore-Tex membranes used in healthcare garments. High performance fibers like aramid, PBI, and glass are used in ballistic vests and armor to dissipate projectile energy through the fabric layers.
The document summarizes the history and components of spacesuits. It discusses how spacesuits evolved from early unpressurized suits used in Mercury missions to modern pressurized suits with layers of materials like nylon, Mylar, and Kevlar that are used for extravehicular activities on the International Space Station. Future spacesuits may be lighter weight and more flexible "biosuits" made of stretchy polymers or "hard suits" that offer greater mobility for exploring places like Mars.
This provides a visual map of the exhibition gallery. It helps teachers highlight major themes and key objects to students before the visit. Most of the key objects are hyperlinked to the Museum Online Collection Database for easy reference. It also feature relevant online resources on teaching and learning on the topic of Space.
In the current market, the most popular and gathered countries for the production of suit fabric are among China, UK, Italy, India, Philippines, Malaysia and Australia. Let’s have a detailed comparison of suit fabric manufacturer and factory from those countries, and better knowing the market for sourcing.
The document discusses different types of protective clothing used in hazardous environments including space shuttles, chemical work, surgery, and gloves. It describes the materials, advantages, and uses of space shuttle suits which protect astronauts from hazards in outer space. It also outlines chemical resistant clothing options and materials as well as different glove types and their applications for protection. Finally, it discusses surgical gowns and their various material platforms that offer protection and comfort for medical professionals and patients.
The document presents a commercial space suit prototype designed for space tourism. Some key features of the suit include a new entry system that allows astronauts to don and doff the suit quickly, a low mass between 5-7 kg, easy resizing, and a comfortable helmet that provides good visibility. The suit was tested at facilities in the US and UK and can safely operate at low cabin pressures to protect tourists in the event of cabin depressurization. It offers thermal protection for space jumps but not suborbital flights, and uses approved lightweight materials like polyester and latex rubberized nylon.
The article discusses the company Final Frontier Design which is competing to design space suits for future space travel. Final Frontier Design faces challenges in funding their project and developing an innovative suit design. If successful, their space suit designs could generate significant and long-lasting wealth for the company.
Spandex fabric, is one kind of polyurethane elastic fiber. Because of its excellent elastic, it’s also called elastic fiber. Spandex fabric is widely used in garments and features in long range elasticity.
The document describes Supernova's concept for an existing wearable electronic suit (EWES). The EWES would make existing space suits electronic by adding sensors, displays, and an adjustable system using linked hexagonal chain links. This would allow the suit to monitor environmental and biometric data, automatically adjust fit, and be easily repaired by replacing broken links. The concept aims to make space suits smarter while keeping them flexible, adjustable, and durable.
This presentation on Scope of Textile Composite in Aerospace, Automotive, and Energy. It includes the area of application, shortcoming challenge, benefits of using textile composite in following section and how can we develop the following sector by improving textile composite.
Isik Tlabar - Undergraduate Final Year PortfolioIsik Tlabar
This document provides information about a fabric studio design project. It includes:
1) Research on flexible architecture, wearable fabrics, movable structures, and flatpacked systems. Material testing explored properties of elastic fabrics.
2) A program for the fabric studio including areas for design, fitting, and storage. Diagrams show initial ideas and design development with layered fabrics defining space.
3) Models including a 1:10 sectional fabric model and renders illustrating the interior experience of moving through the flexible space. Manual illustrations demonstrate how to assemble the studio.
This document provides a summary of Arunav Kanoria's work experience and education. It includes a portfolio listing various design, business, and engineering projects he has worked on, including designing automated public toilets, experience design for Design Week, designing services, exhibition curation, storytelling, and mobile application development. For each project, it provides details on the goals, inspiration, contribution, and work done. The document is Arunav Kanoria's resume, showcasing his qualifications and experience in design, business, and engineering fields through concise project summaries.
A First Year Architectural Design Studio ExperienceJoe Osborn
This document summarizes and evaluates the first year architectural design studio experience at Istanbul Technical University from 2005-2006. Over the course of the year, students completed four projects focused on developing their design skills. The projects progressed from abstract exercises focused on space, structure, and materials to a larger final project designing spaces for Suleymaniye Mosque. The document analyzes each project and discusses how they helped students improve their creative thinking, 3D modeling abilities, and understanding of architectural concepts. It aims to provide feedback to further strengthen architectural education.
This document summarizes Libby Weiler's portfolio from 2007-2011 during her studies in the Fay Jones School of Architecture. It includes 3-D design projects focusing on contradicting beauty standards and hand drawings. Later projects include architectural designs for a banker's retreat with public and private spaces, a reading room connecting individuals to spaces through materials, and an interfaith mausoleum with complex geometries. Other works include a computer-generated butterfly made of typography, color studies, and a game table incorporating woodworking principles. Photography was also used as inspiration and a relaxing hobby throughout her studies.
This document provides an overview of the Hidden ARTifacts exhibit that will showcase the artistic process of 14 architect artists. It will include their art labels bound into a book along with essays from architects and critics. The exhibit will also host educational events about architecture. The goal is to not only showcase the art but also fund the creation of a permanent peer learning space for architects after the exhibit closes. The exhibit is hosted by Building Bridges Art Exchange and was curated by Jenda Michl and Marisa Caichiolo.
Mainak Dey has over 10 years of experience in textile design. He holds a Bachelor's degree in Textile Design from NIFT Kolkata and a PG diploma in Textile Design from NID Ahmedabad. He has worked with several companies in India as a textile designer. His areas of interest include jacquard, print, and computer embroidery designs for home furnishings. He has undertaken various design projects and internships focusing on surface design, weaving, and developing textile collections.
The theme of the 3H Summer School 2018 was “Urban Furniture and Place Making”. Urban furniture refers to objects and facilities located in urban community spaces that provide various services and functions to the community. It is one of the essential elements of the urban environment that contributes to humans
and their activities. Although comparatively small in scale, urban furniture plays a significant role, in determining the
quality of an urban environment and in representing the image of a city. Of all the landscape elements, urban furniture has
the closest contact and interaction with humans. Urban furniture design involves a wide range of concerns, including function,
environment, and meaning. The program was designed to contribute towards urban furniture of Auroville through enquiry into the principles of placemaking. The end result was to create a cohesive unit that creates greater value than just the sum
of its parts. The students engaged in the design and implementation of an Urban Furniture project in order to enhance the community experience and quality of life by providing places to encounter.
Design evaluation: an analysis of Dezeen awards criteria, by Annie Gentes Annie Gentes
What are the criteria in the famous design competition organized by Dezeen the online magazine? To discover the best architects and designers and how they are judged, this research looks at the official criteria: beauty, innovation, and social benefit, and beyond. Annie Gentes is a researcher in design at Codesign Lab -Telecom Paris.
Quincy has pursued architecture since childhood due to an interest in structures and design. Their portfolio demonstrates skills in various areas related to architecture including painting, drawing, model making, material studies, construction techniques, heritage revival, and sensorial design. Key projects include a foldable origami chair exploring materials, a personal den using honeycomb geometry, and a fish market applying sensorial design concepts.
This are my works till 2016, as an architect working professional and student, along with my varying interests from doodling, photography, fashion and design.
Bhagyashri Simpson completed a project report on designing a teacher's desk for Indian International School. She began by researching existing desk designs and school furniture standards. Bhagyashri generated ideas and created material boards before settling on a final design. Her design included space for a laptop, notes, a sound system and microphone. She produced detailed drawings, specifications and orthographic projections of the desk. The completed project report documents the entire design process.
My Name is Seoyoun Yun. I am majoring in interior design at California College of the Arts and graduated in May 2016.
I am interested in textiles, particularly material durability, sustainable design and retail and commercial design.
My Designs have a strong tendency to encompass such interests. I usually approach design problems both through conceptual development and formal development using my design skills.
My diverse coursework in the program has prepared me well to undertake the challenges of a varied work environments with enthusiasm.
Art As A Source Of Inspiration In Fashion DesignDarian Pruitt
This document discusses how art can inspire fashion design. It begins by explaining how inspiration is important in fashion design and how designers interpret their inspirations through design elements like silhouette, line, texture, color, print and decoration. The document then analyzes a study where 10 fashion students each created a 5-piece collection based on a work of art. The collections were evaluated based on these design elements. The study found that color, texture, line and print/decoration were most effective for reflecting the artistic inspiration onto the clothing designs. The purpose of this study was to see how art inspiration is conveyed through design elements in fashion.
Ameeshi Goenka's portfolio includes furniture and spatial design, textiles, product design, and wall mural projects from her time at Srishti School of Art Design and Technology. She has undertaken internships focusing on retail store design, and residential and office space planning. Notable projects involve designing for accessibility needs, public space interventions, scenography sets and lighting installations. Her technical skills include CAD, modeling, prototyping, and textile techniques like tie-dye, rug making and braiding. Ameeshi aims to apply her training in conceptualization, research and craftsmanship to innovation across disciplines.
This document contains summaries of Tina Botsi's work including conceptual projects, housing projects, sustainable design projects, and her dissertation project. The dissertation project examined strategies for social housing and involved researching concepts of top-down and bottom-up approaches, analyzing the social impact of cities and relationships between users and space, and presenting case studies of social housing implementations. The goal was to define the best design solution and responsibilities architects should have in social housing projects.
Embodied Manifestos are design artifacts that translate and exemplify abstract concepts and narratives surrounding a theme, like AI, into tangible designs. They aim to invite reflection and discussion from audiences in order to question dominant perspectives and advocate for alternative approaches. Examples show how Embodied Manifestos of AI can embody narratives of autonomy, anthropomorphism, privacy and reliability to negotiate meanings and generate new viewpoints for responsible AI design. Effective Embodied Manifestos make complex issues easy to experience and enable the generation of knowledge through audience engagement with the artifacts.
Historical evolution of the design object, from construction materials to emergent performances. It presents a coherent theory of use value, cocreation, experience design and more. This is the first slide of the Design Thinking course given by Frederick van Amstel at PUCPR.
Designing eLearning: Art Science or Witchcraft?Phylise Banner
This document discusses different perspectives on instructional design: art, science, or craft. It explores how instructional design draws from both the science of learning as well as the art of creativity and inspiration. The document suggests that what lies hidden in the mystery of the craft of instructional design is what can guide designers to an enhanced mindset. It then summarizes different roles in instructional design - the engineer, manufacturer, architect, and craftsperson - and reflects on the tools and mindsets associated with each role. Overall, the document examines how instructional design balances science, art, and craft to create effective learning experiences.
Can We Change Places Scheme Of Work-Year 3 And Year 4Anne
This unit explores sculpture in public spaces. Students will collect information about a local area to design a small-scale sculpture model for that site. They will experiment with materials and techniques to create their maquette. Finally, students will evaluate their own and others' designs, considering how well the sculptures might improve the chosen locations.
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Tanjore Painting: Rich Heritage and Intricate Craftsmanship | Cottage9Cottage9 Enterprises
Explore the exquisite art of Tanjore Painting, known for its vibrant colors, gold foil work, and traditional themes. Discover its cultural significance today!
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2. CREATIVITY
MY CREATIVITY INSPIRES
MY ARCHITECTURE
Images from the left:
Bosphorus, Istanbul | 2013 | The continuity of high energy of daily lifeis an essential in nightlife in Istanbul.
Sea at Night, Bodrum | 2014 | The moonlight on the sea represents the light in the dark.
Jewellery Making, London | 2009 | I am interested in how jewellery highlights the elegance of hands.
Bonfire, Oxford | 2011 | Bonfire photo is taken in Oxford Bonfire.
Hagia Sophia, Istanbul | 2014 | Phenomenal architecture of the mosque makes one feel light and free.
Manu, Athens | 2014 | Taken on tube , the photo represent frozen movement..
Electric, Istanbul | 2014 | The lights represent continuity into endless possibilities.
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3. INSPIRATION
ARCHITECTURE LINKING TO:
MOVEMENT
CONNECTION
LAYERS
FLUIDITY
ELEGANCE
FUN
Above:
Flowing Sea Shells | 2010 | Photography, Collage, Sketching (315mm x 380mm)
Detailed movement of the sea shells expresses continuity of the flow.
Below:
Sand Umbrella | 2010 | Mixed media, Photography, Collage, Painting, Skeching ( 500mm x 650mm)
Mixed media shows richness and deepness of the underwater world.
On the right:
Rocks | 2010 | Watercolour (500mm x 350mm)
Watercolour painting demonstatres purity, elegance of water and rocks.
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4. MATERIAL
EXPLORATION
On the left:
Tensile Fabric Structure | 2014 | Stretched fabric allow
one to explore the possibilities of fabric spaces
Above:
Stretched Fabric | 2014 | Playing with fabric reveals the
nature of fabric and the permeability of light
Below:
Woven Bin Liners | 2014 | Twisted woven bin liners is a
material exploration study exploring how weaving can
be used on other materials.
Inorder toseethequalitiesandthelimitationsofthemateri-
als used in the design several testings were made. Those
testings consist of looking at the different views of stretched
fabric, exploring thread light relationship, changing the
atmosphere by creating fabric thresholds and manipulating
fabric as an adaptive structure. Principles of weaving is tested
on bin liners creating a woven bin liner swing. After several
testing lasercut fabric were stitched together hold by wire to
give structural element. Many testings are also made on
materials such as plaster, concrete and wood.
5. MATERIAL
EXPLORATION
On the right :
Testing Component | 2014 | Pushing,
twisting, stretching, pushing the
component together in order to test the
way it reacts.
On the right, underneath:
Fabric Movement | 2014 | Exploring the
thread and light relationship digitally
On the right:
Testing Flexibility of Fabric | 2014 | Fabric
gained strength when put together with wire.
On the left & below:
Testing Plaster | 2013 | Testing the limits and
potentials of plaster by creating various forms.
6. 1
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8
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1010
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0 1km
Disused old garage Residential old house
next to the site
Polykatoikia typology building,
typical Greek building typology
On the left:
Athens map | 2014 | Locating site within the city.
Metaxourgio map | 2014 | Mapping immigrants in
the area as dense, less dense and very dense.
Above:
Leonidou street map | 2014 | Mapping public, private
and disused empty plots on the street where the
site is located.
Below:
Site elevation | 2014 | Site elevation showing
materiality and texture of the site.
On the right:
Photographic journey | 2014 | A specific route was
taken from the Hotel Evripides to Monastiraki
Square ending in the train station in order to show
some views throughout the route.
SITE ANALYSIS
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Site analysis has been made
throughaerial photos, demo-
graphics, how the city and site
evolved through time. Different
routes were taken to show
views and reveal the ambiance
of the area. Building typologies
were analysed. Mapping and
taking photos were essential in
understanding the nature of the
site. Social layer of the site has
been analysed through events,
people, programs of the site.
7. Omonia
Psirri
Monastiraki
Aerides
Ano Petralona
Kato Petralona
Filopappou
Ancient City
Keramikos
On the right :
Research on colours | 2013 | Specific route
has been followed from the tram station to
the Music Bridge in Rome in order to show
the ambiance the district creates through
the colours of its urban environment. Pastel
colours are prominent..
On the right, below:
Site model 1:200 | 2014 | Site model points
outdisusedspaceswithinthesitein
relationwiththesurroundingbuildings.
On the left:
Districts of Athens | 2014 | Different
districts of Athens are analysed, researched
and the characteristics of each districts has
been pointed out.
Below:
Encyclopedia | 2013 | A visual
representation of the information gathered
about Metaxourgio includes maps, history,
residents, events, layers and artist studios of
Metaxourgio. (lasercut, painting)
SITE ANALYSIS
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8. CONCEPTUAL
WORK
Above:
Circulation diagram | 2013 | Central circulation creates connectivity between spaces.
Massing sketch | 2014 | Situating different spaces to see their relation.
Path sketch model | 2014 | Exploring ways of flow of direction into the building.
On the right:
Iteration diagrams | 2014 | Exploring the internal space and outer facade relation.
Circulation diagram | 2014 | Showing the flow of people within spaces.
On the left:
Concept sketch model | 2014 | Exploring the main motivators of the design.
Below:
Carton House, Oskar Leo Kaufman
Conceptual work consists of
looking understanding and
adapting the principles used in
precedents, exploring ideas
through concept models and
sketching, improving the
iterationsthroughdigitalisation
techniques. Diagrams are
important design tools I used
to explain programs, usage of
spaces, iteration, circulation
through building, qualities of
different spaces and design
development.
9. CONCEPTUAL
WORK
Design and
drawing space
Fabric and
pattern storage
Fitting and
exhibition area
Hanging fabric
structure
Tested fabric samples
integrated in walls
working as structural
bracing
On the left:
Organisation of spaces | 2014 | Showing the purpose of each space through
initial sketch diagram.
Concept models | 2015 | Exploring movement in space through sketch models.
Folding spaces | 2014 | Exploring how a space can be foldable and carriable.
Above:
Exploration diagrams | 2014 | Exploring how a box shaped room can transform
by pushing, bending and adding walls
Background:
Windshape - nArchitects
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10. MODELS
On the left:
Fabric Studio | 2014 | A foldable working and living space
for a fashion designer (500mm x 700mm)
Above:
Fabric Studio detail | 2014 | Exploring the shadow light
relationship
Below:
Structural element | 2014 | Showing how the building
stands up, exploring ways of attaching fabric to the
structural element.
Making of fabric studio | 2014 | Lasercut, stitching,
painting (rhino, illustrator)
Models from the left:
Ticking kitchen | 2012 | Interactive model made from kitchen utensils, when the handle is turned
a music similar to clock sound is made (682mm x 594mm)
Sketch model | 2015 | Exploring the shadow light relationship (200mm x 100mm)
Lab for falling | 2012 | Lab constitiuing from climbing ladder, jumping area and netting where
below the mirror doubles the effect of falling (200mm x 100mm)
Co-working space | 2014 | Gym, creche and office exploring the notions of connection,
movement and gathering (594mm x 420mm)
Explanatory model | 2014 | (420mm x 250mm)
Concept model | 2015 | Exploring the relation between spaces (200mm x 100mm)
Diagrammatic model | 2014 | (410mm x 290mm)
Either sketch, development, fragment
orfinalmodel,Ifindmodelsimportant
tools in comparing scales, seeing how
the spaces look and feel like. I used
various materials such as types of
wood, cardboard, paper, fabric, wire,
plaster. through lasercutting, wood-
working and model making skills.
11. DESIGN
To make use of the space more staircases
will have storage spaces below the stairs
as well that can fold up and down.
Storage spaces coming out
from the fabric walls
Moveable fabric layer serving
as a storage space
Above:
Fabric studio| 2014 | Flexible living and working space for fashion designer - 1:50 ground floor plan
On the left:
Fabric studio | 2014 | 1:50 secton showing materiality & activity
Fabric studio | 2014 | Exploded axonometric
Fabric studio diagrams | 2014 | Exploring adaptability and flexibility of the multi functional space
Clothes and fabric hung
from the ceiling to give
the feeling of being lifted.
Double fabric layer
gives the sense of
calmness and peace.
Furnitures being
storage spaces as
well as staircases
leading up to the bed.
Fabric layer seperating
the staircase from the
main area giving the
same feeling as inner
and outer fabric.
The brief was to design a dynamic and evolving space inspired by
an experiment or phenomenon for one to five people. Material
explorations investigating elasticity, durability, opacity, shadow,
smellandtexturewereusedinspatialpropositions.FabricStudio
is a foldable living and working space for a fashion designer. The
the carriable tea ceremony space Mobile ICHIJYO / one
designed by Toshihiko Suzuki. Fabric Studio is easy to put
together and seperate and one can carry it wth them. Fabric is
reinforced through steel. It consists of pockets and storage
spaces within its fabric layers. Ground floor has the working
space leading up to first floor which is a mezzanine having a bed
FABRIC STUDIO | 2014 |
and relaxation area.
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12. DESIGN
Windows/doors for
children to access
garden and sit on
Tree that children
play around and climb
Artist accommodations
and toilets
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On the right:
Art facilities for artists & children | 2015 | Detail on 1:100 plan / 1:100 section showing activities
On the left:
Accommodation for artists | 2015 | Single unit is a working and living space for artists
Below
Art facilities for children and artists | 2015 | 1:100 section showing activity
Art facilities for artists & children | 2015 | 1:100 ground floor plan showing playground, classrooms and exhibiton space
The brief was to design a medium scale public building that is
informed by the notion of symbiotic living. The existing
modes of working and living in order to regenerate the city
and establish contemporary models of urban living within a
decaying historical site has been analysed. It has been
established that local artists live privately, immigrant children
playonthestreetsandpeopleonlycommunicatewithpeople
who they share the same background. The main motivation
of the design is to create a fun atmosphere allowing the
immigrantchildrenandlocalartistsaswellasthepublicgather
and share their experience and creativity. Art facilities consist
of classrooms for children to learn how to draw and paint,
exhibition space both for children and artists, accommoda-
tions and studios for artists, playground for children and a
ART FACILITIES FOR
CHILDREN & ARTISTS
| 2015 |
communal hub
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13. Above:
Art Facilities for Children & Artists | 2015 | View from Opposite Road (Rhino, Vray, Photoshop, Illustrator)
Below:
Fabric Studio | 2014 | View from Between Fabric Layers (Rhino, Vray, Photoshop)
Above:
Art Facilities for Children & Artists | 2015 | Axonometric View (Rhino, Flamingo)
Below:
Co-working Space | 2014 | Sectional Render (Rhino, Illustrator, Photoshop)
RENDERS
Different programs such as
Vray, Photoshop, Illustrator
were used in the process of
producing renders. They
reflect the atmosphere of the
design, showing materiality
and occupation.