The Science of Information Technology An introduction to

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The Science of Information Technology An introduction to the processes allowing and limiting information

The Science of Information Technology An introduction to the processes allowing and limiting information systems

Contributors to Sc. IT Phil Casabella b Karen Cummings b Michael Danchak b Ivar

Contributors to Sc. IT Phil Casabella b Karen Cummings b Michael Danchak b Ivar Giaever b Joe Haus b Arlen Johnson b Dave Joiner b Toh-Ming Lu b Jim Napolitano b Peter Persans b Wayne Roberge b Leo Schowalter b John Schroeder b Tom Shannon b DJ Wagner b Gwo-Ching Wang b

What is Sc. IT? b The Science of Information Technology b New, innovative introductory

What is Sc. IT? b The Science of Information Technology b New, innovative introductory course in Rensselaer’s Physics Department b An opportunity for students not taking traditional physics courses to learn about laws governing technology b A course drawing upon expertise of university researchers

Chronology of Sc. IT b October, 1998: Committee meeting yields concept b October-December, 1998:

Chronology of Sc. IT b October, 1998: Committee meeting yields concept b October-December, 1998: Content discussed, decided b January, 1999: Course begins with 33 students b January, 1999: Web. CT account given; instructor starts to learn how to use

Challenges in Developing Sc. IT b No textbook b No canon of activities or

Challenges in Developing Sc. IT b No textbook b No canon of activities or homework upon which to draw b Diverse audience: • 13 EMAC (electronic media) students, 7 CS students, 9 Engineering students, 3 others • Physics experience ranging from none to upperlevel courses • 10 freshmen, 9 sophomores, 6 juniors, and 7 seniors

Web. CT and Sc. IT b Implemented only those tools which were necessary and

Web. CT and Sc. IT b Implemented only those tools which were necessary and easily managed: • • On-Line Quizzes and Survey Calendar Contents Video streaming

Contents b Provided students ready access to lecture notes, homework, and solutions b Allowed

Contents b Provided students ready access to lecture notes, homework, and solutions b Allowed professor to post homework between class meetings as it was developed, giving students extra time to work on it b Accessed by students an average of 100 times during semester

Calendar b Provided students with information on due dates and tests b Provided ready

Calendar b Provided students with information on due dates and tests b Provided ready access to class announcements and changes b Allowed flexibility in pilot offering of new course - not tied to syllabus handed out first day of class

Video Streaming b Allowed access to videos of guest lectures by researchers, an integral

Video Streaming b Allowed access to videos of guest lectures by researchers, an integral (and popular) part of Sc. IT • Most guests didn’t have notes in same format as professor for easy posting to web • Most material covered by guests not available in reading assignments • Not all students able to make class for guest lecture

On-Line Quizzes b Ensured reading done before class b Students given 2 tries to

On-Line Quizzes b Ensured reading done before class b Students given 2 tries to encourage review of missed materials b Only 5% of course grade, but high participation b Scored on survey as most useful aspect of course b Provided feedback on reading sources

On-Line Quizzes b Over 93% completion • vs. 87% of in-class activities • vs.

On-Line Quizzes b Over 93% completion • vs. 87% of in-class activities • vs. 86% of homework b 23 of 32 students completed all quizzes • vs. 12 completed all in-class activities • vs. 15 completed all homework (incl. late papers) b Only 2 of 32 missed more than 2 quizzes b Average rating of 7. 6 for “usefulness” • vs. 7. 2 for guest lectures, 7. 0 for homework, below 7 for other aspects

On-Line Survey b 30 of 32 submitted (for extra credit) b Allowed anonymous response

On-Line Survey b 30 of 32 submitted (for extra credit) b Allowed anonymous response while providing record of participation b Provided statistics useful in improving course b Complete record with statistics available

Web. CT data from Survey On a scale of 1 to 10, with 10

Web. CT data from Survey On a scale of 1 to 10, with 10 being highest, rate average usefulness of. . . The use of Web. CT in the course. . .

Course Data from Survey I would recommend this course to my peers. . .

Course Data from Survey I would recommend this course to my peers. . . The best aspect of the course is. . .

Lessons from Pilot Class b Web. CT used extensively by all students • 112

Lessons from Pilot Class b Web. CT used extensively by all students • 112 to 411 hits per student, average of 210 b 23 out of 30 thought Web. CT positive • 5 neutral, 2 thought it complicated things b Students participate in on-line quizzes more than in written assignments

The Future - Pilot II b Increase • • use of Web. CT in

The Future - Pilot II b Increase • • use of Web. CT in course More on-line reading assignments Glossary Self-Test Use Quiz tool for homework where applicable • Use Chat Room for on-line office hours

The Future - Reaching the Working Professional b Develop graduate version of Sc. IT

The Future - Reaching the Working Professional b Develop graduate version of Sc. IT b Distance course: 80% asynchronous b Web. CT can provide • lesson modules with evaluation quizzes • video streaming of guest lectures • security to address copyright and confidentiality issues • Bulletin Board to enable collaboration between sites

Conclusions b Web. CT enhanced development of innovative course with no text or syllabus

Conclusions b Web. CT enhanced development of innovative course with no text or syllabus by instructor ignorant of html b Glitches occurred, but negative was offset by increased learning opportunities (except for 2 disgruntled students) b Web. CT “necessary” for distance graduate version of course