MIT OpenCourseWare


» 進階搜尋
 課程首頁
 教學大綱
 教學時程
 課堂講稿
 作業
 下載課程

教學大綱


本頁翻譯進度

燈號說明

審定:無
翻譯:陳穎春(簡介並寄信)
編輯:林宜楓(簡介並寄信)

課程描述和需求

這個專題討論將4.212(快速成型加工和大部分的CAD/CAM等級機械裝置)所學到的理論和方法應用在較大尺度的計畫中。本課程的目的在於提供設計工作室一個居中的步驟,有助於組裝工具的運用。本課程強調在過程與應用當中解決現實中的組裝問題。

更宏觀的設計觀被分為兩週一次的作業,,在工作室中進行, 使用先進的製作模型工具和組合裝置。重點在於透過深入研習專業設計四階段(方案設計、設計計畫、設計發展、施工文件)的設計學習。下一階段學習藉由面對面個別指導、實地考察旅行和結合研究與設計工作室互動的工作環境來進行。

計畫範圍從小家具設計到大尺度單一空間,課程中不涉入超過200平方英呎的計畫。課程組織包含5個練習運用先進模型軟體與數值控制設備以便學習製作過程。學期的其他部分將著眼於運用這種製作過程的設計問題。

成績評分

(全面參與本課程)

活動 百分比
出席和課堂參與 20%
研習一 30%
研習二 50%


課程費用

美金50元 -- 包含

  • • 9 立方英吋的熟石膏用於 ZCORP 機器
  • • 6 立方英吋的 ABS 塑膠
  • • 4 立方英吋的高密度泡沫材料

在第一堂課前支付.


Course Description and Requirements

This workshop applies theories and methods learned in 4.212 (rapid prototyping and mostly CAD CAM level machinery) to larger scale projects. The purpose of the course is to serve as an intermediate step towards the use of fabrication tools in studio. The emphasis of the course is on process and application to solve real world fabrication problems.

The environment is half that of a studio where larger design visions are broken into biweekly assignments using advanced modeling tools and fabrication devices. The emphasis is on design learning through in depth studies along the four phases of professional design (schematic design, design programming, design development, and construction documentation). Advanced learning is done through hands on tutorials, field trips and a work environment that combines research with design studio interaction.

Projects range from small furniture design to a large scale single space. The course does not explore projects beyond 200 square feet. Course structure will have 5 exercises using advance modeling software and NC devices in order to learn process. The remainder of the semester will focus on a particular design problem using this process.

Grading

(Full participation in all aspects of the course)

ACTIVITIES PERCENTAGES
Attendance and Participation in Class 20%
Study #1 30%
Study #2 50%


Course Fee

$50 -- Covers

  • 9 Cubic Inches of Plaster for ZCORP MACHINE
  • 6 Cubic Inches of ABS Plastic
  • 4 Cubic Inches of High Density Foam

Due in Lecture 1.


 
MIT Home
Massachusetts Institute of Technology Terms of Use Privacy