iSpa: the interactive urban retreat

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Units: 3.0
Lecture / Location: Tuesday, Thursday 9-12, South Building
Course Requirements: The course is project based and centers on a series of three design exercises successively building upon each other and culminating in the construction of working physical models demonstrating responsive behaviors. A short criticism of each of the required readings will be expected. Students will post all assignments on the web. Ability to create 3-D CAD models is required No prior programming experience is required. Incomplete projects on the due dates will affect your grade. No Exceptions.
Grading:
(5%) Attendance and Class participation (More than two absence will affect your grade one minus point)
(5%) Reading and criticism of assigned texts
(10%) Exercise #1 Application Research
(10%) Exercise #2 Physical modeling of kinetic object focusing on mechanics (engineering)
(10%) Exercise #3 Physical modeling of kinetic object with Motorized actuation
(10%) Exercise #4 Pphysical model augmented with BASIC Stamp2 control (computation)
(50%) Exercise #5 Physical Prototype of "Experiential Environment" demonstrating responsive behavior.

Week .  Topic (Lecture)  In -Class
(Skill Building) 
Assignments Due
01 M
13
Introduction / Overview
Intelligent Environments and Experience Design
.
.

F
17

No Topic Lecture

Readings Overview Exercise01 (Due)
02

M
20

OdescO and KDG Overview
& Mechanical Motions
and Kinetic Typologies

Web Overview
Readings Overview
Review of Exercise01

Individual Web Pages Established
Exercise02 (Assigned)
. F
24
No Topic Lecture LAB
Introduction to BASIC Stamp2 Robotics
*(PBASIC programming: Communication
.
03 M
27
Adaptable Environmental Design and New Technologies
& Final Project Discussion

Review of Exercise02
Readings Overview

Exercise02 (Due)
Exercise03 (Assigned)

.

F
01

No Topic Lecture

LAB
BASIC Stamp2 Robotics
*(PBASIC programming: Sensing

Exercise02 posted on WWW

04 M
04
Embedded Computation and Behavior Design Readings Overview .Exercise03 (Due).
 Exercise04 (Assigned)
Choice of Final Project:(Ex05)
 . F
08
No Topic Lecture LAB
BASIC Stamp2 Robotics
*(PBASIC programming: Motion
.
05 M
11
Novel Applications and Human Interaction Working/Desk Criticism
Exercise04 (Due).
 . F
15
No Topic Lecture LAB
Maya Animation and Inverse Kinematics
06 M
18
No Topic Lecture Working/Desk Criticism .
 . F
22
Mid-Term Review Mid-Term Review .Mid-Term Review
07 M
25
Fabrication Processes/Precision New Materials Readings Overview Ansari, Culshaw, Gandhi, Ove Arup
 . F
29
No Topic Lecture LAB
Advanced Robotics: Wiring, Solenoids, DC Motors, and Relays
.
08 M
01
Understanding System Attributes Review of Work-To-Date with Guest .
  F
05
Guest Lecture: Christiano Ceccato FOGA / CNC Technologies Fabrication Processes/Precision New Materials Readings Overview .
09 M
08
Enhancing and Extending Activities Working/Desk Criticism .
  F
12
No Topic Lecture Working/Desk Criticism .
10 M
15
No Topic Lecture Working/Desk Criticism .
  F
19
No Topic Lecture Working/Desk Criticism .
11 M
22
No Topic Lecture Working/Desk Criticism .
  F
26
Guest Teleconference Lecture:
Alvise Simondetti Ove Arup (London)Dept. of Global Foresight and Innovation
Working/Desk Criticism .
12 M
29
No Topic Lecture Working/Desk Criticism .
  F
03
No Topic Lecture Working/Desk Criticism .
13
M
06
Final Exhibit "Dry-Run" (Last Working Class Period) .
  F
10
Final Review / Exhibit Final Review / Exhibit Final Review / Exhibit