Design, Technology , and Engineering benefitting individuals
with disabilities and older adults in the local community |
March 3, 2021 |
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Perspectives is the newsletter of the
Stanford course, Perspectives in Assistive Technology.
Virtual Field Trips
This issue announces the remaining class
sessions.
Perspectives in Assistive
Technology is a Winter Quarter Stanford course - entering its
fifteenth year - that explores the design, development, and use of
assistive technology that benefits people with disabilities and older adults.
It consists of semi-weekly online discussions; lectures by
notable professionals, clinicians, and assistive technology users; virtual
tours of local medical, clinical, and engineering facilities; student
project presentations and demonstrations; and a Virtual Assistive Technology
Faire. |
Course
News
Course Statistics -
Forty-three students have enrolled in the course, four students are auditing,
ten vendors plan to participate in the Virtual Assistive Technology Faire, and
twenty-six students have chosen to work on nineteen projects, ten suggested by
six community members. |
Next class session -
Thursday, March 4th at 4:30pm PST via
Zoom
![photo of Olenka Villrreal](OlenkaVillarreal.jpg) |
Virtual Field Trip
to the Magical Bridge Playground Olenka Villarreal Founder and CEO of
the Magical Bridge Playground |
Abstract: Despite the 1990 Americans with
Disabilities Act (ADA), it is astounding that most playground designs still
fail to consider the 1 in every 4 of us living with a visible or invisible
disability today. A park outing with her whole family was behind Olenka's
vision to create a new kind of playground, so she could play with both her
daughters who had very different needs. The urgent need to create playgrounds
that would (far) surpass ADA standards was the drive behind the creation of the
Magical Bridge playground whose goal was to bridge the gap between those with
and without disabilities in a most magical way! Olenka and a team of volunteers
raised over $4M to make the first Magical Bridge Playground a reality in
Palo Alto's Mitchell Park. After opening in June 2015, it received worldwide
recognition as the "nation's most innovative inclusive playground" and was even
featured at the 2019 Davos World Economic Forum. Due to demand for more like
it, Magical Bridge Foundation was created in 2016 and there are now 12 Magical
Bridge destination playgrounds under way locally and around the world. In
addition to the magical spaces they create, the foundation provides truly
inclusive multigenerational programs for every "body" to enjoy - both on and
off the playgrounds.
Biosketch: With an undergraduate degree from
Pomona College and MBA from Golden Gate University, Olenka Villarreal
spent 18 years working with start-up and technology companies in Silicon
Valley. When her second daughter was born with disabilities in 2003, she turned
her focus on improving the quality of life of those with disabilities. Olenka
serves on various boards, including for AbilityPath and
Life Services Alternatives. Olenka has
received recognition and awards for her pioneering work on Magical Bridge and
holds a few design patents for inclusive playground equipment.
![photo of Graham Creasey](GrahamCreasey-2018.jpg) |
Virtual Field Trip
to the VA Palo Alto Health Care System - SCI
Graham H. Creasey, MD, FRCSEd
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Abstract: Breaking your neck can affect nearly
every part of your life. Physically, you may be paralyzed from the neck down,
with no feeling in the body, unable to control your bladder or bowel or sexual
function. Obviously, this affects you emotionally and socially - your
education, work, house, travel, and relationships. What can assistive
technology do to change this?
The industrial revolution gave us new tools, special
beds, mattresses, wheelchairs and cushions, catheters, implants, and many other
gadgets. The microelectronic industry has revolutionized communication and
control of equipment in the environment; if you can control a computer, you can
control many other things. What about controlling paralyzed muscles? What about
curing paralysis?
Biosketch: Graham Creasey was formerly the
Chief of the Spinal Cord Injury Service at the VA Palo Alto Health Care System
and Paralyzed Veterans of America Professor of Spinal Cord Injury Medicine at
Stanford University. He attended the University of Edinburgh Medical School in
Scotland and completed specialty and sub-specialty training and accreditation
in Surgery and Spinal Injuries at the Royal College of Surgeons of Edinburgh.
He continues to be actively engaged in research, mainly on the restoration of
bladder, bowel and sexual function using electrical stimulation.
Zoom Attendance
This class session will not
be open to community attendance - This decision has been made
due to the loss of audio quality during the first class session - mostly likely
due to the large number of attendees and a poor WiFi connection. For these
reasons, I must restrict Zoom attendance to enrolled students. Individuals
affiliated with Stanford can request to be invited to the class session.
However, I will provide the link to this recorded video session to anyone who
requests it. |
Upcoming class sessions:
Other
Email
questions, comments, or suggestions - Please
email me if you have general
questions, comments, corncerns, or suggestions regarding the course. Thank you
again for your interest.
Dave
![5 rows of images of course presenters and community members](2020-bottom.jpg)
To unsubscribe from this newsletter, please email
Dave. |
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