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Воркшоп: Параметрические объекты городской среды
Модераторы: Эдуард Хайман, Владимир Воронич
Участники: Кирилл Чунаев, Валерия Миронова, Елена Кукина, Елена Мищихина
Кафедра дизайна НИСПТР, г. Набережные Челны, 2014
I headed up Moor Street Car Park for the first time, to look at the Chiltern Santa Train from above.
While there I got these views!
Coming up here, meant it would be my first time crossing the Parametric bridge to Selfridges.
Headed up the stairs quite a few levels before I got to the floor with the famous bridge!
Stuttgart Parasol
Research Pavillon ICD/ITKE 2010
Temporary parametric Pavillon consisting of 10m long, 6.5 mm thin birchwood strips
Institute for Computational Design ICD, Prof. Achim Menges
Institute of Building Structures and Structural Design ITKE, Prof. Jan Knippers
University Stuttgart Germany
photographed by
Frank Dinger
BECOMING - office for visual communication
Воркшоп: Параметрические объекты городской среды
Модераторы: Эдуард Хайман, Владимир Воронич
Участники: Мария Лазарева, Дениза Галеева, Регина Кузнецова, Айгуль Мазитова, Гузелия Нуриева
Кафедра дизайна НИСПТР, г. Набережные Челны, 2014
STL Model, size around 25cm X 25cm X 25cm
Space research : Generated by rhino scripting, component aggregations form curved space.
The MIT SOFT Rockers are smart, clean energy charging stations disguised as outdoor rocking lounge furniture. Unlike conventional ‘hard’ urban infrastructure, The SOFT Rocker leverages its environment in a dynamic manner by using the human power of balance to create an interactive 1.5 axis 35 watt solar tracking system. Soft power electronics designed for this project charge the 12 ampere-hour battery and store solar energy harvested during the day. Put your body weight in play with an interactive, real time energy harvesting feedback loop that senses how you orient the rocker to the sun. Charge or run any USB device from speakers to cell phones and bring your friends to enjoy cool lighting loops at night for social gatherings.
The leaf-like loop form of the SOFT Rockers explores how standard softwood panels can be mass-customized to adapt to the latitude and sun angle of any site using parametric design software and automated fabrication with a lightweight Kuka robotic arm. The SOFT Rocker combines hi-tech and low-tech design strategies: it produces electricity but engages the body and works like furniture “by hand”; it mixes sun tracking and social dynamics; it is a site specific object and a flexible form family of ‘soft’ wood construction. The SOFT Rocker blurs distinctions between pleasure and work and recasts power generation as an integrated and distributed public activity rather than a centralized, singular off-site project of ‘engineering’.
SOFT ROCKER TEAM
Sheila KENNEDY, MIT Professor of the Practice of Architecture
James BAYLESS, UC MArch 2014, KVA Intern
Kaitlyn BOGENSCHUTZ, UC BS Arch 2013, KVA Intern
Wardah Inam, MIT PhD Candidate 2015, Electrical Engineering
Jungmin NAM, GSD MArch 2009, KVA Designer
Shevy ROCKCASTLE, MIT SMarchS 2011
Phil SEATON, MIT MArch 2012
Matt TRIMBLE, MIT MArch 2008, RADLAB
Adnon ZOLIJ, MIT BS 2010, Electrical Engineer Vicor, Inc.
Photo by Andy Ryan
Please ask before use
This is a parametric shutter and pinhole clamp designed to be fastened onto a small coffee can (espresso-sized) or similar. Used with sheet film or photographic paper, this kind of pinhole camera needs to be loaded (in the DARK) with fresh film or paper for every exposure.
Mount the shutter on the cap for a classic anamorphic pinhole camera.
The tripod mounts are pending as of these uploads.
3D Print your own:
The smoky glass represents the maximum angle of view (=> full image circle).
Sun shade for Industar 37 (Tessar, AoV= 54°)
Воркшоп: Параметрические объекты городской среды
Модераторы: Эдуард Хайман, Владимир Воронич
Участники: Разина Гарифуллина, Сюмбель Бадретдинова, Алсу Минниева, Айгуль Якупова
Кафедра дизайна НИСПТР, г. Набережные Челны, 2014
Adjustment of MRT stations and landings based on location of proposed high-rise development. These landings are linked to mid-rise buildings which are themselves incorporated within the plinth of the super-tall cluster when within a certain distance.
This video is still a little clumsy. The plinths are not properly modeled and though fully parametric, the towers themselves are not reacting to the environment except to engage the border of the superblocks and the street grid. (Also only every other floor is shown.)
Slide 15
Thesis in GSD Platform 2 by Actar
The Urban Generic is a "black-box" interface which projects parametrically computed urban futures at multiple levels of resolution. Based on analysis of Taipei's paridigmatic urban form and development patterns, the thesis rewires the Supertall project, now stripped of its signature, iconic status and repositioned as an anonymous "many."
Rather than offering a series of limited architectural proposals, this project provides an instrument with which to produce urban design dynamically. It is among a series of projects in the school today that aim to define the essential architectural concept as an amalgam of parameters and types of variability. In this instance, a mutable tower is shown to radically transform the city by altering the programmatic structure of a series of blocks and districts with infrastructural consequences of far greater reach.
Preston Scott Cohen, Thesis Advisor