Syllabus_Product Design II: Design Paradigm SP14
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Transcript of Syllabus_Product Design II: Design Paradigm SP14
This syllabus is subject to change. Students will be notified of all changes.
Columbia College Chicago | 600 S. Michigan Ave Chicago, IL 60605
Art + Design Department | 623 S. Wabash, Suite 721, Chicago, IL 60605 | 312.369.7380
22-1705-01 Product Design II
3 credit hour course
Wednesday 08:30-12:20, 623 S. Wabash Room 1007
Last Day to Add a Class: Monday, Feb 3
Last Day to Drop Class: Monday, Feb 10
Last Day to Withdraw from Class: Monday, Mar 28
Instructor: Tao Huang, PhD
Office: 623 S. Wabash, Rm 401 G
Phone number: 312-369-7471
Office hours: Tuesday 9:30 to 12 PM and 3:30 to 5 PM or by appointment
Course description:
Designers rarely reinvent the wheel but rather refine the work that went before or combine
seemingly disparate ideas into new realities. In order to harness the power of good design, the
student must be aware that design ideas remain flexible and adaptable to multiple contexts.
This design studio is devoted to the exploration of design paradigms (models or patterns of
thought) through several hands-on projects. This studio will examine the power of design
paradigms to help break down more complex design issues into manageable pieces that can be
developed with greater assurance and clarity.
Prerequisites: Product Design I, Product Design Drawing I
Instructional Resource Fee: A+D courses (2–4 credits) have a $40.00 instructional resource fee
that supports the curriculum of the department.
This syllabus is subject to change. Students will be notified of all changes.
Recommended texts: consult OASIS for updated reading list.
Fukasawa, N., & Morrison, J. (2007). Super normal : sensations of the ordinary / Naoto Fukasawa & Jasper
Morrison ; [translation from Japanese: Mardi Miyake]. Baden : Lars Müller, 2007.
Johnson, K., & Bone, M. (2009). I miss my pencil / Kara Johnson, Martin Bone. San Francisco, Calif. :
Chronicle ; Enfield : Publishers Group UK [distributor], 2009.
Lovell, S. (2011). As little design as possible: the work of Dieter Rams / Sophie Lovell. London : Phaidon,
2011.
Lidwell, W., Holden, K., Butler, J., & Elam, K. (2010). Universal principles of design : 125 ways to enhance
usability, influence perception, increase appeal, make better design decisions, and teach through design /
William Lidwell, Kritina Holden, Jill Butler ; [foreword by Kimberly Elam]. Beverly, Mass. : Rockport
Publishers, 2010.
10 Types of Innovation by Dublin
The Art of Innovation
Disrupt by Luke Williams
Slide:ology
Design for the Real World by Victor Papanek
"The Language of Things" by Deyan Sudjic
Supplies/materials: You are required to bring a notebook, paper, pencils to each class.
Learning Objectives: Upon completion of this course,
Students should have a broad fundamental understanding of design paradigms and how
they function in the product development process.
Students will complete three major projects, go through a comprehensive product
development cycle in each project, including research, conceptualization, prototyping,
testing and validation, and presentation.
Students should begin to understand the methodology of solving complex problems
through incremental steps based on existing or adapted paradigms.
Students will learn the methods to provide and receive constructive feedback for and from their
peers.
This syllabus is subject to change. Students will be notified of all changes.
Attendance policy: Attendance is required in all Art + Design classes. In each class, attendance
is tied to specific learning outcomes and to course grades. Any absence will affect your ability to
complete coursework successfully. There are no excused absences. More than three absences
may be grounds for failure. Here are some examples of the ways in which attendance connects
with learning outcomes:
1. Students critique and evaluate each other’s work in class and it is essential for your
progress and learning experience to be present to do so. Critiquing develops analytical skill
and communication proficiency.
2. Students frequently collaborate on projects and in-class exercises, and learning these
skills requires you to be present.
3. Participating in class discussions and critiques helps you develop skill in self-expression
and verbal/rhetorical abilities.
Course Requirements
Most classes will begin with instructor’s lectures and demonstrations, students are responsible
for taking detailed notes during these demonstrations. All class work and homework must be
submitted either in class or electronically (via box.com - instructions will be discussed in class)
to be graded. Each submitted file must have your full name in the filename. box.com may be
used as file storage / back up for this class during this semester.
Attendance and Participation 20% (each absence will result in a deduction of 5 points,
therefore, 4 absences means that you will lose all 20 points.)
Projects 80% (Project I & IV are 25% each, Project II is 10%, Project III is 20%)
Extra credits: You will get 5% grade bonus if you go visit the International Houseware
Show (3/15-18) and bring back product samples.
Detailed grading criteria will be discussed in class.
Grading Scale:
A+ = 100-97% A= 93-96% A- = 92-90% B+ = 89-87% B = 86-83% B- = 82-80%
C+ = 79-77% C = 76-73% C- = 72-70% D+ = 69-67% D = 66-63% D- = 62-60%
This syllabus is subject to change. Students will be notified of all changes.
F = 59-0%
(Please note that if you receive a C- or lower, this course will not count towards your major.)
Policy on late work, incompletes, and make-up: Completing work on time and according to
instructions is a crucial skill for any professional. Homework projects should be handed in class
or uploaded to box.com before or on the day they are due, losing one grade per week of
lateness. You can keep track of your grades on OASIS. Extensions will be administered only in
serious cases, with advance notice and documentation from advisors, doctors, or other relevant
authorities. I do not accept projects by e-mail.
Academic Integrity
All work for this course should be your own. Plagiarism and cheating of any kind will not be
tolerated, including falsification of attendance, failure to cite sources in written assignments,
and exam dishonesty of any kind. Violations of academic integrity can be grounds for failing the
course and dismissal from the University. If a student is ever in doubt about proper citation
procedures or academic policies, he or she should contact the instructor for clarification.
Ignorance of these policies is not an excuse.
Students with Disabilities Statement
* In addition to the official College statement below, I welcome students with disabilities or learning concerns to speak to me as early in the
semester as possible. I will do my best to accommodate and support you, but I cannot do so if I am not aware of your concerns.
Columbia College Chicago seeks to maintain a supportive academic environment for students with disabilities.
Students who self-identify as having a disability should present their documentation to the Services for Students
with Disabilities (SSD) office. After the documentation has been reviewed by the SSD office, a Columbia College
accommodation letter will be provided to the student. Students are encouraged to present their Columbia
accommodation letters to each instructor at the beginning of the semester so that accommodations can be
arranged in a timely manner by the College, the department, or the faculty member, as appropriate.
Accommodations will begin at the time the letter is presented. Students with disabilities who do not have
accommodation letters should visit the office of Services for Students with Disabilities, Room 304 of the 623 S.
Wabash building (312-369-8296).
This syllabus is subject to change. Students will be notified of all changes.
Course Schedule:
Week 1 – Jan 29th: Introduction to the Course/Explore Design Paradigms
Learning Objectives & Outcomes
Students will understand the general expectations of the class.
Students will understand the rationale for studying design paradigms.
In class Homework: The $2 challenge
Lecture: What will we be learning this
semester?
Lecture: Explore Design Paradigms/Historical
and Cultural Context of Design Paradigms
Activity: Chopsticks and forks: what we use
every day can tell us about ourselves.
Find an intriguing object that costs no more than $2 to
bring to class next week to discuss. This object must
represent a common paradigm, but has to also be
interesting in some ways. Example: a light bulb.
(Modeled after Franco Clivio’s assignment at the Zurich
University of the Arts)
Week 2 – Feb 5th: Explore Design Paradigms
Learning Objectives & Outcomes
Students will start to learn to observe their environment more keenly and critically to identify common
design paradigms.
Students will learn how we have modeled nature in many design paradigms. The concept of Biomimicry,
organic design, kinetic sculpture will be explored.
Issues of sustainable design will be discussed in brief, focusing on materials and life cycle analysis.
In class Project I (Launch/Conceptualization)
Discussion: The $2 Challenge; (I will also bring
in several common every day objects.)
Activities: We are going to dissect a few
kitchen utensils to understand their paradigms
and materials (see object analysis sheet)
Lecture: Explore Design Paradigms/Nature
Does it Best
TED talk: Theo Jansen, Ross Lovegrove
Studio demo: Foredom shaft sculpting tool,
band saw, sanders.
Develop a minimum of 10 different ideas for the first
stage of your design. Format the drawings on 11 x 17
sheets oriented landscape (horizontal). Drawings should
be loose freehand sketches utilizing orthographic and
perspective processes.
This syllabus is subject to change. Students will be notified of all changes.
Week 3 – Feb 12th: Explore Design Paradigms
Learning Objectives & Outcomes
Students will learn the simple shape paradigms such as cube, cone, sphere, and dome, etc. We will focus
on objects that are made of one single material. Case studies include: bulb syringe, measuring
spoons/cups, etc.
Students will learn the basic techniques of vacuum forming
In class Project I (Prototyping)
Review & Critique: Progress of Project I
Lecture: Explore Design Paradigms/Simple
shapes
Lecture: what you should be considering
when making your buck for vacuum forming.
Lecture: How do you present your research
data
Shop Demo: Vacuum forming.
Develop three draft models for the design
Week 4 – Feb 19th: Explore Design Paradigms
Learning Objectives & Outcomes
Students will learn paradigms such as nesting, folding, collapsible, and flat packed objects, etc. Case
studies include Joseph & Joseph Multi-color nesting bowl set, OnelessDesk by Heckler Design, etc.
In class Project I (Refinement)
Review & Critique: Progress of Project I
Lecture: Explore Design
Paradigms/Enclosures/Objects within Objects
Lecture: Basics of creating a digital
presentation (layouts, scanning sketches,
typography, photographing models, etc)
11AM: Photo booth demo
Prepare your presentation for next week by scanning
your sketches and rendering, photograph your models,
and create a digital presentation.
Week 5 – Feb 26th: Explore Design Paradigms
Learning Objectives & Outcomes
Students will learn paradigms of connections, mechanical connections such as fasteners, plug & socket,
hinge, etc; easy to attach or detach connections such as zippers, Velcro, magnet, knots, etc.
This syllabus is subject to change. Students will be notified of all changes.
In class Project I (Presentation)
Lecture: Explore Design
Paradigms/Connections/Bring Parts together
Presentation: Project I
9:30AM: Red demo
Reflection: what did you learn from this project?
Week 6 – Mar 5th: Analyze Design Paradigms
Learning Objectives & Outcomes
Students will learn how some objects could offer multiple functions without getting overly complicated or
incomprehensible. Case studies include: IPhone,
Students will be able to apply various basic research methods in analyzing the paradigms.
In class Project II (Research/Conceptualization)
Lecture: Analyze Design
Paradigms/Multitalented
Lecture: Analyze Design Paradigms/Methods
Lecture: Basic research data collection and
how to quickly organize them
Conduct research about the Spotter by Quirky
Week 7 – Mar 12th: Analyze Design Paradigms
Learning Objectives & Outcomes
Students will be able to understand more complex relations between objects through the study of
multiple objects relations. Issues such as standardization, modularity, life cycle of products, digital
communication technology will be discussed.
Students will be exposed to the systematic approach of the design process. Issues such as visual brand
language (Industrial Design Guidelines) will be discussed. Case studies will include Ziba Design’s
Kitchenaid, Scott Wilson/IDEO’s 3Com, and Radioflyer.
In class Project II (Presentation)
Lecture: Analyze Design Paradigms/Eco-
system of objects (physical)
Review & Critique: Presentation of Project II;
This will be done analogously. Organize all your
research data in a coherent manner.
This syllabus is subject to change. Students will be notified of all changes.
Week 8 – Mar 19th: Analyze Design Paradigms
Learning Objectives & Outcomes
Students will learn about basics of service design by integrating physical and digital products into a
coherent system. This continues the practice of the PD I App project. Case studies include Quirky’s series
of digital detectors, Square register, Smart Things (Kickstarter project), etc.
In class Project III (Launch/Conceptualization)
Lecture: Analyze Design Paradigms/Eco-
system of objects (physical + digital)
Work in class: Project III
Week 9 – Mar 26th
Spring Break, no class
Week 10 – Apr 2nd: Analyze Design Paradigms
Learning Objectives & Outcomes
Students will learn about basics of presentation flow, graphic layouts and other techniques (including
verbal presentation techniques)
In class Project III (Prototyping)
Lecture: How to make a killer presentation
(advanced techniques such as composing a
sketch page, drawing user scenarios in
Illustrator, etc.)
Review & Critique: Progress of Project III
Week 11 – Apr 9th: Analyze Design Paradigms
Learning Objectives & Outcomes
Students will learn the 10 types of innovation.
In class Project III (Iteration)
Lecture: 10 Types of Innovation
Review & Critique: Progress of Project III
This syllabus is subject to change. Students will be notified of all changes.
Week 12 – Apr 16th: Innovate with Design Paradigms
In class Project III (Presentation)
Presentation of Project III
Week 13 – Apr 23rd: Innovate with Design Paradigms
Learning Objectives & Outcomes
Students will learn about the basic methods for creating disruptive innovations. Several paradigm
breaking cases will be discussed, including Miss Mismatch, Nest thermometer and smoke detector, Leap
motion controller, etc.
Students will learn to frame problems based on research results and existing design paradigms
Students will be exposed to the disruptive innovation methods to break the current paradigms. Case
studies include Target’s medicine bottle, Segway, Jawbone earphones, Craftsman Nextec Hammerhead
Auto Hammer, etc.
In class Project IV (Launch/Conceptualization)
Lecture: Innovate with Design
Paradigms/Disruptive innovation methods
Work in class: Project IV
Week 14 – Apr 30th: Innovate with Design Paradigms
Learning Objectives & Outcomes
Students will learn to use digital tools to aid their presentation of their design solutions. CAD skills taught
in the Intro to CAD class will be required for the final project.
In class Project IV (Refinement)
Demo: how to use your 3D models in your
presentation?
Review & Critique: Progress of Project IV
Week 15 – May 7th: Innovate with Design Paradigms
In class Project IV (Iteration)
Work on the final project and presentation PREPARE FOR FINAL PRESENTATION
This syllabus is subject to change. Students will be notified of all changes.
Week 16 – May 14th: Innovate with Design Paradigms
Final presentation and wrap up