Given by Geoffrey Fox at MRA Workshop on Network Based Education on June 26 98 Datemod;June 26 98. Foils prepared
Outside Index
Summary of Material
We describe how the original "train the trainers" model has evolved into "learn from them best teacher/expert" and has combined lessons from NSF and DoD projects |
We give initial plans for the summer with samplers in four levels of education |
We suggest this could grow into a broad based Collaborative University and describe examples including classic computational science and Internetics |
We list some next steps |
Outside Index Summary of Material
June 26-27 1998 San Diego MRA Meeting |
http://www.npac.syr.edu/users/gcf/mrajune98/mraintrojune98 |
http://www.npac.syr.edu/tango |
Geoffrey Fox |
Syracuse University |
NPAC |
111 College Place Syracuse NY 13244 4100 |
3154432163 |
We describe how the original "train the trainers" model has evolved into "learn from them best teacher/expert" and has combined lessons from NSF and DoD projects |
We give initial plans for the summer with samplers in four levels of education |
We suggest this could grow into a broad based Collaborative University and describe examples including classic computational science and Internetics |
We list some next steps |
The MRA collaboration originally was aimed at train the trainers with the best experts in HPCC so we could disseminate broadly the results of research programs |
Experiments in electronic delivery evolved this model into one in which we supply in cascade fashion the best teacher and/or expert in the field.
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We also suggest broadening educational fields involved to include all levels and to include both training and education |
We will give some sample 1 to 3 hour classes at 4 levels with a variety of lecturers |
K-12: Java Academy -- Introduction to Java programming with emphasis on graphics (NPAC) |
Undergraduate: Introduction to Parallel Programming (Boston University) |
Graduate: An Introduction to Networking (NCSU) |
Training: Advanced HPCC Topics
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The courses will use a selection of delivery technologies and lecturers who are both experienced in and new to technologies. |
The audiences should include both teachers/trainers and students |
The summer offerings will be complete for graduate training examples but will be "overviews" in other cases which can be followed by longer (semester) offerings |
Need help in many areas:
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Distance learning attractive for many reasons
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Education or Training (more focused material typically without university credit)
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Asynchronous (access to web based material) or Synchronous (teacher interacting with students in real time) or both
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Suggest sustaining model for activities started by MRA |
Not for Profit Collaboration pioneering world wide distance education |
Targeting Curricula not typically available in most Universities and Training Programs
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Will need all approaches as no one model |
Professors |
Students |
Common Shared Books and Such Resources |
Done separately for each class at each university |
Professor from Univ. 1) |
Outside |
Students |
Common Shared Books Web based Lecture Material |
and Similar Resources |
Each University teaches a given class to all Students Universities divide classes up among themselves |
Local Students |
INTERNET |
Class I is |
given by |
University 1) |
to students |
at 1,2,3) |
3) |
2) |
Can offer "Certificates in Internetics (4-6 Semester classes) or Computational Science" (2 semester classes) |
Taught two semesters from Syracuse over Internet using Tango a Senior Undergraduate Class in Java for web applications at Jackson State Mississippi using Tango collaboration system |
This fall will use a local CDROM to teach computational science at Jackson State and other HBCU's |
Collaboration with Peking University to set up ICWU or "International Collaborative Web University" with initial focus on Internetics |
So depending on the source, one finds a shortage of 100,000 to 300,000 workers in Information Technology today -- this is forecast to grow with 1 million more jobs created by industry by year 2004 |
Note a lot of IT opportunities are in applications -- more than "basic systems" |
So Internetics is natural skill set to address IT worker shortage and certificates offer interesting possibility of linking this with other educational fields
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Emerging field centered on technologies services and applications enabling and enabled by world wide communication and computing grids |
The contents come from Computer Communication and Information science fields but with an applied flavor so forms critical knowledge needed by many application fields such as scientific computing, telemedicine, electronic commerce, digital journalism and education |
Students with an interdisciplinary background will be encouraged |
The applied focus with many totally new and rapidly evolving technologies makes Internetics unique |
K-12 aimed at Middle and High School Students |
These 2 courses must be passed to obtain Certificate
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See NPAC's Java Academy at http://www.npac.syr.edu/projects/k12javaspring98/ |
These 4 courses must be passed to obtain Certificate
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Obviously can place out of classes as appropriate |
Graduate and Continuing Education have same curriculum with 4 core and 2 electives needed for certificate |
Core Courses (total 4 courses) |
(There will also be a "booster course" offered to students who have taken the Undergraduate certificate so they can "place out" of graduate core course)
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Need to take 2 electives chosen from: |
Computer Science Electives
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Application Electives:
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