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Negar Kalantar
United States
Приєднався 1 лют 2013
Dr. Negar Kalantar is an associate professor and co-director of Digital Craft lab at CCA. Her research and practice lies at the intersection of architecture, science and engineering. She has collaborated with firms in Dubai, Chicago, and New York, including SOM and Gensler. By bringing together digital and analog fabrication work-flows across scales, her interdisciplinary research practice broadly investigates the potency of transformable design principles, helping to create adaptive designs, building components and architecture that are adaptable and demonstrate real-time morphological changes into environment. Her current research focuses on applications of additive manufacturing technology (3D printing) as a catalyst of innovation, in order to expand new ways of design in interactive and responsive environments. The outcome of her experience in developing adaptive design was presented in Berlin, Maryland University, Tehran University, Virginia Tech and New York 3D printshow.
Відео
tranSTUDIO2024 | Kinetic Shading | CCA | Interior Design
Переглядів 5821 годину тому
tranSTUDIO | Adaptive Thought, Design, and Fabrication (Materiality and Space 4) is an interdisciplinary and innovative design laboratory at CCA. The final project was to design and fabricate a dynamic shading system. transtudio2024.wordpress.com/
Self_forming Surfaces |3Dprinting on Fabric
Переглядів 457Рік тому
we are exploring self-forming surfaces out of 3D printing on stretched fabric. By 3D printing different patterns onto stretched fabrics we can make 3-Dimensional forms.
KERFONIC WALL: The Sound of Kerf | Autodesk Gallery | Integrating Geometry, Material & Acoustics
Переглядів 1,6 тис.2 роки тому
The Kerfonic Wall is a 20' x 8' permanent installation in the Autodesk Gallery in San Francisco. Here, a family of discrete brick-like boxes is stacked with bolted connections to create a Voronoi tessellation when angled in different directions, overcoming sound-focusing effects. Distributed in an irregular pattern across the wall, over 54 boxes were custom cut out of plywood, serving as frames...
tranSTUDIO2019 | Architectural Mediators | Taught by Negar Kalantar
Переглядів 1,4 тис.5 років тому
tranSTUDIO | Adaptive Thought, Design, and Fabrication (Materiality and Space 4) is an interdisciplinary and innovative design laboratory at CCA. tranSTUDIO 2019 is partially funded by an Autodesk Technology Center Grant in collaboration with the San Francisco Technology Center. Participating in this Residency Program has been a part of their studio for Spring 2019. The final project was to des...
Self-Standing Modular Interlocking Vault Structures_ College of Architecture_TAMU
Переглядів 1,1 тис.5 років тому
A design research project by TAMU BUILD Team (Amir Behzadan, Alireza BOrhani, Negar Kalantar, Julian Kang, Zofia Rybkowski, William Palmer and Neeraj Yadav) done at Autodesk BUILD Space in Boston. Two full-scale interlocking arch structures were designed, fabricated with an industrial-scale robot, and assembled. One of the goal of the project was to test a technology-informed approach that faci...
Deployable Pavilion_transtudio 2018_Instructor: Negar Kalantar _Texas A&M_Department of Architecture
Переглядів 8736 років тому
In this design activity, students designed a deployable (retractable) pavilion, a self-standing shell structure that is capable of altering from a very compact arrangement to an expanded configuration. To respond to changing scale, the structure obtains a transformational capacity that is provided through built-in mobility. The kinematic properties of the proposed mechanism are capable to suppo...
Deployable Pavilion_transtudio 2018_Instructor: Negar Kalantar _Texas A&M_Department of Architecture
Переглядів 9 тис.6 років тому
In this design activity, students designed a deployable (retractable) pavilion, a self-standing shell structure that is capable of altering from a very compact arrangement to an expanded configuration. To respond to changing scale, the structure obtains a transformational capacity that is provided through built-in mobility. The kinematic properties of the proposed mechanism are capable to suppo...
SEAT: A Surface Active Form, Instructor: Negar Kalantar, Forming Plywood:3D Forms out of 2D Surfaces
Переглядів 6807 років тому
SEAT: A Surface Active Form, Instructor: Negar Kalantar, Forming Plywood:3D Forms out of 2D Surfaces
Architectural Mediator_tranSTUDIO2017_Negar Kalantar+Ward Wells_ Texas A&M University
Переглядів 2,5 тис.7 років тому
Architectural Mediator_tranSTUDIO2017_Negar Kalantar Ward Wells_ Texas A&M University
TEXAS EARTH DAY 2017-The Deployable Pavilion- Texas A&M University- Designed by Negar Kalantar
Переглядів 4837 років тому
TEXAS EARTH DAY 2017-The Deployable Pavilion- Texas A&M University- Designed by Negar Kalantar
FOLDING the UNFOLDABLE: QUAD-EDGE DATA STRUCTURES
Переглядів 3 тис.8 років тому
FOLDING the UNFOLDABLE: QUAD-EDGE DATA STRUCTURES
transtudio2016-Negar Kalantar-Transformable Design Studio-Texas A&M
Переглядів 1,7 тис.8 років тому
transtudio2016-Negar Kalantar-Transformable Design Studio-Texas A&M
UNFOLDING-Texas A&M: Akleman, Kea, Wua, Kalantar, Borhani, Chen
Переглядів 1,6 тис.8 років тому
UNFOLDING-Texas A&M: Akleman, Kea, Wua, Kalantar, Borhani, Chen
PLAY with PLYWOOD: Surface Active Structures - Kalantar + Borhani (Instructors)
Переглядів 21 тис.8 років тому
PLAY with PLYWOOD: Surface Active Structures - Kalantar Borhani (Instructors)
Transformable Design - tranSTUDIO 2015- Instructor: Negar Kalantar
Переглядів 2,9 тис.8 років тому
Transformable Design - tranSTUDIO 2015- Instructor: Negar Kalantar
tranSTUDIO-Adaptive Thought Design and Fabrication- Texas A&M - Instructor: Negar Kalantar
Переглядів 177 тис.8 років тому
tranSTUDIO-Adaptive Thought Design and Fabrication- Texas A&M - Instructor: Negar Kalantar
EXPLORING a VERTICAL DENSITY - Foundation Studio - Texas A&M- Instructor Alireza Borhani
Переглядів 4368 років тому
EXPLORING a VERTICAL DENSITY - Foundation Studio - Texas A&M- Instructor Alireza Borhani
DEPLOYABLE WALL - tranSTUDIO | Adaptive Thought, Design and Fabrication - instructor: Negar Kalantar
Переглядів 33 тис.9 років тому
DEPLOYABLE WALL - tranSTUDIO | Adaptive Thought, Design and Fabrication - instructor: Negar Kalantar
Flexible YET Rigid - Interactive Installation - Department of Architecture -Texas A&M
Переглядів 1,8 тис.9 років тому
Flexible YET Rigid - Interactive Installation - Department of Architecture -Texas A&M
Flexible YET Rigid - Foundation Studio 2014 - Texas A&M
Переглядів 5 тис.9 років тому
Flexible YET Rigid - Foundation Studio 2014 - Texas A&M
TRANSLATING THE UNSEEN A Screen for Mediating Light and Sight- Instructors: Borhani+ Kalantar
Переглядів 2729 років тому
TRANSLATING THE UNSEEN A Screen for Mediating Light and Sight- Instructors: Borhani Kalantar
Out of the Box - Recycling Cardboard Box - Instructors: Negar Kalantar+Alireza Borhani
Переглядів 6 тис.9 років тому
Out of the Box - Recycling Cardboard Box - Instructors: Negar Kalantar Alireza Borhani
[trans]LAB: MOTION+eMOTION Exhibition, Alireza Borhani+Negar Kalantar, 2014, Moss Arts Center
Переглядів 2869 років тому
[trans]LAB: MOTION eMOTION Exhibition, Alireza Borhani Negar Kalantar, 2014, Moss Arts Center
[trans]LAB : Adaptive Thought, Design, and Fabrication offered by Clark & Kalantar
Переглядів 2,9 тис.9 років тому
[trans]LAB : Adaptive Thought, Design, and Fabrication offered by Clark & Kalantar
Transformable Design-Deployable Domes - the transLAB - Negar Kalantar - Alireza Borhani
Переглядів 39 тис.10 років тому
Transformable Design-Deployable Domes - the transLAB - Negar Kalantar - Alireza Borhani
Power of Shadow - Foundation Design Lab - School of Architecture + Design - Virginia Tech
Переглядів 2,3 тис.10 років тому
Power of Shadow - Foundation Design Lab - School of Architecture Design - Virginia Tech
Bello
Gorgeous work, sensual, clean and elegant. Congrats
سلام و عرض ادب میخواستم بدونم طراحی این احجام اوریگامی با چه نرم افزاری طراحی میشوند؟
Вы крутая
Nice!
nice music! :)
Linking and contraction. Wholesome as usual. I'm glad that Grasshopper 3D and all the developers and designers are bringing up old traditions of engineering and the never forgotten BAUHAUS style. :3 Buckminster Fuller says hi. :p
These are great exercises for experimental masonry and stereotomy. Stone cuts with those angles are almost impossible tho :p. We need more of these researchers. They must become popular in the schools of architecture.
Again, let me take few minutes of your time and talk about an elementary subject here. CHAINS. This is a topic about CHAINS. Textiles are imbrications of fibers, in other words CHAINS. These chains could be one dimensional, two dimensional AND three dimensional. These are the classical approach generalized to different applications like the triply periodical minimal surfaces or TPMS. However these MODULES are COMPLEX chains that requires further study. Either way the 3D printed work here is interest and further research in Grasshopper 3D with polar curves, Lissajous figures, pedal curves, periodic spirals, and of course transcendental functions of trigonometric, hyperbolic and elliptic functions. I worked with many of these and the subject of chains. Chains are one of the central topics of parametric architecture, so are the patterns like the Islamic patterns and the formulation of fibred spaces or structural hulling. Good work as usual.
amazing
Abstract pretty shapes doing useful things, but seeing people using simple jigs and techniques to put it together is nicely grounding, in a way
cool!
Y
can i get the blueprint of the structure for my clg purpose
Thanks and ♥ from IRAN.
Love your work Negar. Beautiful future
Thanks for video and your work is amazing! I wondered something. At 2:40 Which equipments, materials did you use? I don't know their names. I need get a information. Thanks!
The flat sheet material is MDF painted white, and some hardware such as piano hinge, screw and lucknuts
MC Escher would be proud of you, love your work, nice job 🤗🤗🤗🤗🤗🤗🤗🤗🤗🤗🤗😗
Great job great mind, enjoyed your video, thanks 🤗🤗🤗🤗🤗🤗🤗🤗🤗🤗🤗😙
Amazing work! Did you have to steam bend any of this, or were you able to get it all done right after laser cutting?
Where these kind of activities are been taught
This was at Texas A&M University. I offer this course now at California College of the Arts in San Francisco. You can check out thetranstudio.com for more information.
The most of works are pretty impressive!
E eu pensando q era papel 🤦
very nice
Being the old curmudgeon that I've grown to be I feel compelled to question whether this is a useful educational activity for students, or is it closer to entertainment for them. The rather obvious posing of apparently thoughtful students with serious intent alongside the structured does little to convince me that this is a serious leaning activity.
That is pretty curmudgeon-y. I get what you're saying, but investigating ways to use materials in new or unintuitive ways has led to many of the most useful innovations. Plus they're learning a ton and having fun. They're learning about fabrication techniques, degrees of freedom, anisotropic material properties, metamaterial properties, etc. The stuff in this video has direct applications in deployable structures and is being used in cutting edge devices from the James Webb space telescope to surgical microrobotics. Plus it's cool looking. 😁
Entretainment? Who are you? Davinci? I rather guess this work makes you jealous...
Love it.
The structure reminds me a RPL fabric displays
You guys are great. Which program are you using? Pepakura?
Which wood u have used
Jay Maniar plywood, 3/4”
How fortunate they are to have the toys and specialized materials to make such nifty things.
#abc
Por que le pusieron ese pequeño angulo a los palitos?
How to be part of this
Bamboo fabric and banna plant cellulose sponge treated with water activated ceramic. Light weight structure's that can be vacume packed and pressed down that can expand back into shape placed together sprayed down with water that cure rock solid? 😊
Why not design Yurt's dome's A frame's modular shelter's that operate with these and have stretch fabric's to cover the them treated with ever dry that make's the stretch fabric hydrophobic water repellant? Or design a stretch fabric cover with segment's of bamboo fabric treated with water activated ceramic that cover the expandable shelter like shingle's that you stretch over the expandable structure and form an inner wall after appling water and letting it cure rock hard. Running all the electrical conduit and plumbing air conditioning conduit to the outside layer. Then apply another stretch cover over the outside that has been treated with a foaming agent like Gorilla glue that will foam up and harden after water is applied to it. Then after foam layer has cured apply last stretch cover with bamboo fabric shingle's treated with water activated ceramic for a durable rock hard outer surface. Have window's and door's designed to have frame's that slip into opening's with weather stripping around edge's with a long screw attached to every corner with a twist key on the inside of the frame that isised to clamp down the frame to the opening in the stricture that then flip's over flush or has a little door you snap shut. Easy door and window installation! Bonus have an atmospheric water generator installed in the home that you can set how much water vapor you have in the air inside with the excess water vapor being removed and drained into the home's grey water plumbing from the sink's and shower. Grey water run's out to a grey water tank were the grey water is processed by a superconducting separator removing biological and chemical compound's from the water even the bacteria from the water with the clean fresh water refilling a 100 gallon cold water tank and a 100 gallon hot water tank with any excess water generated filling a water tank used for plant's and animal's. Ultimate water conservation with a home alway's having two hundred gallon's of fresh drinking water at all time's. 😊😀👍
Water activated ceramic mixed into the product contructed out of bamboo fabric to make wall panel's that can be stretched and atrached to a frame and watered down and then cure rock solid then cob can be applied to the surface that also has water activated ceramic in it's mixture. For a dirt cheap way to build a structure since cob is an earthen mixture easily found at every build site. A more dense product could be designed for inner wall's of a structure that are attached to the frame of the structure then hosed down with water with the whole structure then curing rock solid has the structure dried out.
Great job!
Hi
This is sick. A really cool merge between engineering and design.
Very creative facade design.
como lo podemos ver como lo realisaste?
A fold up canopy is about the same process I would guess
Can we download the blueprints? Is this open source?
Yes I am interested in this concept.
yo negar you are a beast , keep up the great work
Can I know the intent of the invention? Why was it built? What is the practical purpose or function it serves? Thanks
I've the same question.
!
nice
Perfect
can you explain on how it was assembled? I'm very curious about the geometry. Thanks!
Mrs. Kalantar, Thank you for the video. I have seen some of the videos you posted, and I am in love with this course. I am studying architecture in Malaysia, unfortunately we do not have similar courses in our university. From your experience in the field, how can I explore this field in a greater depth? Are there books, online courses, or other resources that I can look into? I would appreciate any tips you can provide me with.
Here are the links to my studios: transtudio2015.wordpress.com/, transtudio2016.wordpress.com/, transtudio2017.wordpress.com/ Also, you can find the studios books here: www.blurb.com/user/nekal?profile_preview=true
This can be used in exhibitions and mobile display, good idea.