SWE INTERNET
ACTIVITY CENTER
Executive
Summary:
The
SWE Internet Activity Center contains web-based educational materials and an
infrastructure to enhance SWE’s resources through its Internet site
(www.swe.org). Web-based engineering
lessons and hands-on student activities have been developed in the areas of
aeronautical, aerospace, and mechanical engineering. Designed for young women (grades 5-8 or higher), the materials
meet the National Science Standards. In
addition, an on-line guide book has been designed to advise professionals how
to share engineering with young students
and how to develop “kid-safe” activities from readily available,
inexpensive materials. Additional
prototype web pages have been created to provide the infrastructure to support
future sections such as: the history of women in engineering, interviews with
women engineers and other Society members, and web chats.
Narrative Description:
The
SWE Internet Activity Center contains web-based educational materials and an infrastructure
to enhance SWE’s resources through its Internet site (www.swe.org). Web-based engineering lessons and hands-on
student activities have been developed in the areas of aeronautical, aerospace,
and mechanical engineering. Designed
for young women (grades 5-8 or higher), the materials meet the National Science
Standards. In addition, an on-line
guide book has been designed to advise professionals how to share engineering
with young students and how to develop
“kid-safe” activities from readily available, inexpensive materials. Additional prototype web pages have been
created to provide the infrastructure to support future sections such as: the
history of women in engineering, interviews with women engineers and other
Society members, and web chats.
The
engineering educational materials and Internet presence supports the Society’s
education, visibility, diversity and resource strategic priorities. Specifically:
• Education: The student materials are designed to teach
young women prerequisite and basic
engineering skills in an exciting, supportive and challenging manner. The Engineer’s Guide provides Society
members and other web visitors instructions and examples on developing hands-on activities to support the recruitment of
future women engineers.
• Diversity
- The educational materials showcase individuals of diverse ethnic backgrounds
as models.
• Resources
- The educational materials created through this funding increase the tangible
resources (products) available to the Society to meet its education and
diversity goals. Web-based resources
provide a scaleable means of access and distribution.
• Visibility
- The Internet-based materials and presence provide a scaleable solution
(one-time cost), supporting exposure and accessibility of the Society’s work to
members, the technical community, and the general public world-wide.
Measured Results:
A
statistical package was to have been added to the web site as part of the
original project plan. Currently, there
is some difficulty in applying some sort of package or counter to the existing
pages. As soon as the difficulty can be
overcome, an analysis of the site’s popularity will be available.
Publicity:
An
announcement about the Internet Activity Center will be made on the SWE home
page. In addition, an article about the
site will be published in the MAL newsletter.
Keywords such as engineering, women, experiments, aerodynamics,
mechanical, aerospace, education, activities, lesson, plans, science, and guide
have been added to HotBot, Yahoo, Lycos, Excite, Alta Vista, Infoseek, Northern
Lights, AOL Netfind and WEBCRAWLER search engines to connect with the IAC main
page.
Description of Deliverables:
Supported by an ExxonMobile Education Foundation
grant, web-based engineering lessons and hands-on activities are available for
students, SWE members, parents, educators, scout-leaders or anyone with a
desire to interest girls in engineering.
Currently focused on aeronautical, aerospace and mechanical engineering,
the lessons (http://www.swe.org/iac/LP) are designed for young women (grades
5-8 and above) and adhere to National Science Standards. Basic engineering skills (drafting, usage of
tools, deductive skills and the scientific method) are embedded in these
educational materials. Armed with a
computer connection, anyone can access the materials!
Each activity includes: grade appropriate background material on the science or
engineering subject, a list of materials, instructions for the activity,
graphics (such as patterns to be cut-out, photos or animations demonstrating
the experiment or final product), the National Science Standard the activity
supports and new vocabulary. Each
lesson plan can be downloaded for classroom or lab use, or it can be accessed
by a class or group on-line. Materials
requires for demonstrations are common, everyday objects that are easy to
acquire.
If the lesson is being accessed on-line, a fun
interactive activity or quiz checks the student’s knowledge of the
subject. Can you calculate the thrust
to launch a virtual rocket? If you
weigh 100 pounds on Mars how much will you weigh on Saturn? Learn to use the “mechanical advantage” of a
pulley to lift weights. “If at first
you don’t succeed, try again” is a common motto - some activities randomly
create new math problems for students to solve.
In addition, an on-line guide book
(http://www.swe.org/iac/EG) advises professionals on how to share engineering
with young students and develop “kid-safe” activities from readily available,
inexpensive materials. To help you plan
your classroom presentation the guide book outlines student dexterity skills,
math abilities and science knowledge by grade.
A section addressing questions older students might ask about
engineering and college programs is also included.
Prototype
pages have also been designed for possible expansion of the activity center
(http://www.swe.org/iac/PP - not available to the public). These pages could include: the history of
women in engineering, web chats with SWE members, and biographies of women
engineers.
Lessons Learned:
No
real problems or changes to the original project plan were encountered, except
for the difficulty with the statistical package. Since SWE is undergoing a remodeling of their web site, this did
cause some timing difficulties with page development and the statistics
package.
Budget and Actuals:
Cislunar
Aerospace, Inc.:
(Non-SWE)
Pallis
Development - 120 hours @ 50/hour 6,000
C.
Okamoto Graphics - 163.75 hours @ 40/hour 6,550
K.
Okamoto Animations - 23 hours @ 37.5/hour 863
Chattot Graphics -
1 Hour @ 34/hour
34
Peterson
HTML support - 4 Hours @
13.75/hour 55
Total 13,502
Plus
44% Overhead 5,941
Software
Adobe Photoshop 5.5 180
Total 19,623
SWE 9,000
Cislunar Contr. 10,623
SWE
Member:
Dougherty Administration - 20 hours @ 50/hour 1,000
Development - 60 hours @
50/hour 3,000
Total 4,000
SWE 0
SWE
member Contr. 4,000
Project Title: SWE Internet Activity Center Date: May
16, 2000
Project
Manager: F. Carroll Dougherty Section:
MAL - Region D
Email: doughert@jaguar1.usouthal.edu Phone:
(334) 460-7458
Deliverables: Indicate type (i.e. document, web page, brochure, etc.), title,
and media (hard copy, email file, disk, etc.)
web
pages: www.swe.org/iac
Select the one
primary Strategic Priorty this project addressed:
Education
SWE Committees to which this report and
deliverables would be of interest:
Career Guidance
Continuing Devel.
Public Relations
Project
Audience
(age, sex, diversity) Female: X
Male:
Age Group
Middle
School
High School
SWE Volunteers
(No.) 1_ Estimated
Total Hours: 80
Non-SWE
Volunteers (No.) 5 Estimated Total Hours: 89