likes: educating the next generation of knowledge society builders authors: wingyan chung, edward a....
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LIKES: Educating the Next Generation of Knowledge Society Builders
Authors: Wingyan Chung, Edward A. Fox, Steven D. Sheetz, Seungwon Yang
Presenter: Wingyan Chung
August 7, 2009
Work supported by the NSF under Grant Nos. CCF 0722259, 0722276, 0722289 and 0752865. Findings, conclusions, or recommendations expressed are those of the authors and do not necessarily reflect NSF’s views.
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Computing and IT education
Facing tremendous challenges despite intensive use of computing and IT in human lives Student enrollment Lack of representation from women and minorities Bias in perception (study, career prospect, etc.) Lack of interdisciplinary collaboration
Strengthening the connection between computing and other fields could help Living in the KnowlEdge Society (LIKES) project
Computing Curricula Computing: CS, CE, IS, IT (by ACM)
Address various problems and issues From pure theoretical development to application
deployment ACM and the IEEE-CS published “Computing
Curricula 2001” Information management part not enough
“Model Curriculum and Guidelines for Undergraduate Degree Programs in Information Systems” (2002, 2006) The focus lies solely on filling industry requirements Need to equip college graduates with the knowledge and
skills to build the Knowledge Society
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Use of Computing Concepts in Other Fields
Core curricula in typical colleges Most are not up-to-date to provide adequate
exposure and training The notion of “IT as a tool” is not capable of
leveraging the intellectual capabilities of today’s students
Providing them with the knowledge of computing and IT concepts has the potential to transform their thinking about what they are capable of doing
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Examples Using quantitative analysis (enabled by software packages)
to support qualitative judgment in the study of history Computer-aided design in the study of architecture Analysis and visualization of spatial data in the field of
geographic information systems Roles of program design and programming language in
digital music composition (music technology curriculum at the University of Northern Colorado, http://www.arts.unco.edu/musictech/)
Understanding of data structures and information visualization in biology
Analyzing demographic and poll data in political science
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These examples illustrate the potential for integrating computing concepts in different fields
The LIKES Project Led by 4 sites: VT, Villanova, NC
A&T, SCU Goals
To collaborate with a broad range of disciplines to identify key problem areas and applicable computing concepts
To define the problem-centered pedagogy most appropriate for teaching the computing concepts
To transforming computing education by developing and testing course modules and tools
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Knowledge Society
HCI
Visualization
Knowledge Management
Systems Analysis & Design
Programming
Database
Algorithms
Architecture
Net-Centricity
Intelligent Systems
Social & Ethical
Library Information Science
Economics
Simulation
Chemistry
Biology
Communi-
cations
Healthcare
Art
Music
Marketing
Finance
Modeling
Engineering
Sociology
Psychology
Physics
Architecture
History
Political Science
Geography
Knowledge Society
HCI
Visualization
Knowledge
Systems Analysis & Design
Database
Algorithms
Intelligent Systems
Social & Ethical
Library & Information Science
Economics
Simulation
Chemistry
Biology
Healthcare
Art
Music
Marketing
Finance
Engineering
Sociology
Psychology
Physics
Architecture
History
Political Science
Geography
English
Meeting the needs of the Knowledge Society of
today and the future are at the center of our needs as a nation and global society
Project Outcomes
Four workshops held (as of today) SCU – Defining problems and applications (Dec.
2007), 34 participants NC A&T – Identifying concepts and paradigms
(Apr. 2008) VT – Learning in Knowledge Society (Nov. 2008) Villanova – Building the Knowledge Society (Mar.
2009)
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Perceptions of Computing Concepts in UG Studies
Curriculum Step 1 Curriculum Step 2 Curriculum Step 3 Curriculum Step 4Social Theme (required)
Networking IP,Privacy,Civil Lib Social ContextProblem Solving Theme
Basic logic Programming Algorithms/Prob. Computer LiteracyData/Knowledge Theme
HCI Database Knowledge Rep Modeling/Sim.
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Integrating Computing and IT into Other Curricula GIS
System development methodology Process modeling Social Computing, Privacy, IP, Ethics
Physics, Statistics, Biology Algorithm development skills Computational models, animation and visualization, error analysis and correction
Music Using a tool (such as a programming language or a software) to produce and
record music Creating electronic music devices Machine learning in advanced signal processing
History Assessing information obtained from the Internet Incorporating computational thinking into historical analysis Increasing collaboration Teach students to develop customized tools for data analysis
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New Courses and Programs
VT “Intro to LIKES” LIKES themed core courses in VT’s Curriculum for
Liberal Education (CLE) NC A&T
New program: “Web Engineering” SCU
“Science, IT, Business, and Society” Villanova
“The Laptop Instrument”
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Additional Work
Joint work with Rebooting Summit, Jan. 2009 VT Workshop, to be held in Nov. 2009 NSF Proposal on Curricular Guideline
development (Pending)
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Summary
The LIKES Community Building Project aims to build a community to define the way to make systemic changes in how computing and IT concepts are taught and applied in both computing and other fields New communities are built New courses and programs are introduced or being
developed at participating sites Paving the way toward a revitalized
undergraduate computing education18