読者です 読者をやめる 読者になる 読者になる

ふくだぶろーぐ

福田知弘(大阪大学 大学院工学研究科 環境・エネルギー工学専攻)のオフィシャルブログです。

CAADRIA2007-2011:メインテーマとセッションテーマ.

AEC, CAAD, ICT, VR

「日本建築学会シンポジウム2012:BIMで設計, 教育は変わるのか?−BIMとインターネットを活用した設計コンペからみえたこと」お疲れさまでした!

話題提供の中で「後でふくだぶろーぐに挙げておきます!」とお伝えした,CAARIA学会のメインテーマとセッションテーマです.あの時間でメモを取られた方は凄い!BIMとの関連が良く分かると思います.


CAADRIA2011(New Castle, Australia): Circuit Bending, Breaking and Mending

  • Generative and parametric design
  • Virtual and interactive environments
  • Ubiquitous computing
  • Design cognition
  • Computational design analysis
  • Computational research in design education
  • Theory, philosophy and methodology of computational design research
  • Computer-supported design collaboration
  • Design intelligence and automation


CAADRIA2010(Hong Kong): New Frontiers

  • Shapes and computation
  • Culture and heritage
  • Generative and parametric
  • Education and learning
  • Collaboration and integration
  • Urban modelling
  • Modelling and process
  • Collaboration and community
  • Ubiquity and environment
  • Visualisation and animation
  • Materials and fabrication
  • Theory and philosophy


CAADRIA2009(Yunlin, Taiwan): Between Man and Machine:

  • Design Integration
  • Digital Culture and Heritage
  • Virtual Reality and Simulation
  • Digital Methods of Construction
  • Design Education
  • City Modeling
  • Interactive Design
  • Design Communication
  • Human Computer Interaction
  • Interface Design
  • Computer Graphics and Visualization
  • Design Intelligence
  • Generative Design System
  • Ubiquitous Computing and Architecture
  • Shape Grammar/Design Knowledge-Based System
  • Design Theory


CAADRIA2008(Chiang Mai, Thailand): Beyond Computer – Aided Design

  • Animation
  • Culture
  • Intelligence
  • Environment
  • Design Theory
  • Education
  • Virtualization
  • Simulation


CAADRIA2007(Nanjing, China): Digitization and Globalization

  • Interface, Interactive media
  • Internet aided design, Collaboration, Ubiquitous computing
  • Design pedagogy, Learning environments
  • Knowledge representation, Agent-based modeling
  • Visualisation, Simulation
  • Sustainability & IT, Interoperability
  • Rapid prototyping, Digital architecture
  • Design automation, Parametric design
  • Visual reasoning, Case based reasoning
  • Generative systems, Design studies
  • Virtual reality, Virtual heritage
  • Urban modeling, Decision support systems

昨日は取り組んでいる「教育の今」をお伝えしましたが「研究の今」は時間が無くて割愛しました.