Call for Project
Ideas, Coaches, and Partners
I am contacting you to solicit student
project ideas for assistive technology courses at Stanford University this
coming academic year.
The third season of Perspectives in
Assistive Technology (ENGR110/210) will be offered in the Winter Quarter,
starting in January. This class explores the engineering, medical, technical,
and psychosocial challenges of implementing technology solutions for people
with disabilities through lectures by experts in the fields of assistive
technology and rehabilitation. In addition, teams of students work with project
partners, coaches, and individuals with disability to identify assistive
technology needs and formulate design solutions that they will then build in a
senior design course in the Spring.
ME113 is the capstone course for
undergraduate mechanical engineering senior students enrolled in the
three-quarter design sequence. In this course, student teams design, fabricate,
and test a working model. (Not all ME113 projects involve assistive
technology.) Course instructors, coaches with industrial design experience, and
persons with disabilities advise student teams with projects that benefit
individuals with disabilities.
In the past several years, many projects
involving assistive technology have been undertaken. For example, previous
years' ENGR110/210 projects were:
-
2008 |
Device to Press Elevator
Buttons |
|
Liquid Metal Cane |
|
Mobility Motivation
Device |
|
|
2007 |
Accessible Fishing Pole |
|
Aid for Donning an Artificial
Leg |
|
Device to Facilitate Moving Elderly
People around Their Home |
|
Rain Protector for Wheelchair
Users |
|
|
2006 |
Affordable Electric Page Turner for
Individuals with ALS |
|
Standing Aid for Children with
Cerebral Palsy |
|
Wheelchair Lift |
The best projects typically win national
design awards, even when competing against year-long design courses at other
schools.
At this time, I would like to solicit your
project ideas for these courses. Projects must be of an appropriate scale so
that they can be completed in 20-weeks (10-weeks each for Winter and Spring
Quarters). The students in these courses have backgrounds in mechanical
engineering and some may also have considerable computer hardware and software
experience. In addition, the cost of any parts or fabrication must be modest,
no more than a few thousand dollars. Projects must represent real-word problems
inadequately addressed by commercial products.
-
Please send any project ideas you have to
me so I can present them to the students in the first class session. The
students will consider all the offerings and choose projects that most interest
them.
-
To best convey your project ideas, I
suggest that you formulate them into three short paragraphs: Problem, Aim, and
Specifications. In the first paragraph, briefly describe the problem or unmet
need for the device you have in mind. The second paragraph should describe what
it should do. And the third should list the operational features and
characteristics of the device.
This is an excellent opportunity to have
bright students work on a project that solves a long-standing problem
experienced by people with disabilities.
Your assistance is also sought for the names
of local individuals who would benefit from the finished product as well as
experts who would be able to coach the students on their projects. The experts
would be expected to provide advice and expertise in the specific area
addressed by the project and be available by phone and/or email.
Finally support for these projects is needed.
A fee of $5000 per project supports approved project expenses and helps defray
administrative costs. Contributions of lesser amounts will also be
considered.
Please contact me if you have any questions
about the courses and thank you for your project suggestions.
- David L. Jaffe, MS
- Stanford University
- Terman Engineering Center
- 380 Panama Mall, Room 567
- Stanford,
CA 94305-4021
- 650/892-4464
- dljaffe -at- stanford.edu
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