Introducing the EC/CSE and building assessment into the curriculum

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Introducing the EC/CSE and building assessment into the curriculum

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enVision quarterly science magazine, especially June2000 'Why the Future May Very Well Need Us' ... Subscribe to the Online Magazine and Envision Quarterly ... –

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Title: Introducing the EC/CSE and building assessment into the curriculum


1
Introducing the EC/CSEand building assessment
into the curriculum
  • Kris Stewart
  • San Diego State University
  • NPACI/CSU Ed Center on CSE
  • stewart_at_sdsu.edu
  • www.edcenter.sdsu.edu

2
What is Computational Science?

Science Discipline Biology, Physics, Chemistry,
etc.
Applied Mathematics Numerical Analysis, Modeling,
Simulation
Computer Science Hardware/Software
3
What is Computational Science?

Teamwork and Collaboration
Science Discipline Biology, Physics, Chemistry,
etc.
Computer Science Hardware/Software
Applied Mathematics Numerical Analysis, Modeling,
Simulation
4
EOT PACI
4
  • The mission of EOT-PACI is to develop human
    resources through the innovative use of emerging
    information technologies in order to understand
    and solve problems in education, science,
    business, government, and society. Please take a
    Button.
  • http//www.eot.org/

5
Education
5
Goal Support a national level systemic impact
on CSE education (k-12, undergrad,
grad/training, informal science)
6
Education some remarkable projects
6
  • Chickscope chickscope.beckman.uiuc.edu/
  • students watch embryo maturing using magnetic
    resonance imaging (MRI) over the Web
  • Chemviz chemviz.ncsa.uiuc.edu/
  • visualization tools and curriculum for
    computational chemistry (quantum chemistry
    computations, web crystallographic databases,
    etc.)
  • The Why Files whyfiles.news.wisc.edu
  • explanation of science behind the news (NISE)
  • Biology Workbench workbench.sdsc.edu
  • collection of computational biology tools and
    databases
  • Maryland Virtual High School mvhs1.mbhs.edu
  • Core models in the K12 classroom
  • Sociology Workbench edcenter.sdsu.edu
  • Online tools for survey data analysis, e.g.
    student evaluations

7
Learning Technologies
7
Goal Develop, apply, and assess computational
tools that enhance learning
www-fp.mcs.anl.gov/fl/accessgrid/
ncsa.webex.com/webex/
Juna Snow will give demo
8
Access Inclusion
8
Goal Increase participation and success of
women, minorities and people with disabilities
in CSE and in PACI
9
Education Center on Computational Science
Engineering
9
Mission
  • Foster the incorporation of high performance
    research
  • tools for scientific investigation into the
    undergraduate
  • curriculum to better prepare learners for
    post-Baccalaureate
  • activities where
  • Collaborative, interdisciplinary teams,
  • Sophisticated computer tools and
  • Effective communication among the team members
    and with others
  • are used in research and problem solving.

10
Computational Science Curricula Evaluation and
Assessment
10
  • User-Friendly Handbook for Project Evaluation
    Science, Mathematics, Engineering and Technology
    Education, NSF 93-152 www.ehr.nsf.gov/EHR/RED/EVAL
    /handbook/handbook.htm
  • Learning through Evaluation, Adaptation and
    Dissemination, U. Wisconsin NPACI partner
  • Template for a Group-Work Paradigm in an
    Undergraduate Supercomputing Course,
    www.edcenter.sdsu.edu/projects/hpcu/kris_hpcu.pdf

11
Updates for CS 575 SupercomputingSpring 2001
Based on Blue Horizon Workshop, will incorporate
MPI and OpenMP into curriculum
http//www.npaci.edu/enVision/v16.1/
12
Evaluation and Assessment of Classroom Practice
  • Student Surveys - Need a compatible tool for
    instructor to examine results with
  • Sociology WorkBench (SWB) developed by team of
    undergraduate computer science majors employed by
    the EC/CSE

13
SWB Convenient Tool to Learn from Student Survey
Data
  • Online tool for standard public data sets or
    your own data set http//edcenter.sdsu.edu
  • Small Sample, therefore only useful as feedback
    for the instructor
  • Can be used with forms interface directly into
    SWB format

14
SWB as Analysis ToolView Student Comments (text)

15
SWB as Analysis ToolIsolate on Specific Survey
Response

16
What do I want to Explain with SWB?

Course had an initial, individual computational
experimentand a group computational experiment
later in the semester. More than half the
students indicated they learned more in the
laterproject. I wanted to explore the
characteristics (If A) of thosewho recognized
they learned more in a group.
17
SWB as Analysis ToolExplain the Response on
Learning with enjoy groups

Dont like it but learned more
18
SWB as Analysis ToolExplain learning with
active participation
Not surprising
19
Advancing the Computational Infrastructure
  • Resources -- Todays Digital Laboratory
  • High-performance computing available today to the
    academic community
  • Develop and Deploy
  • Technology and application collaborations to push
    the capabilities of tomorrows digital laboratory
  • Use and Apply
  • Computational scientists applying enhanced
    capabilities to achieve new scientific results
  • Disseminate and Incorporate
  • Incorporating technologies into the digital
    laboratory and disseminating them for use in new
    communities

20
NPACI Sources of Information
NPACI Sources of Information
NPACI Partnership Report enVision quarterly
science magazine, especially June2000Why the
Future May Very Well Need Us www.npaci.edu/enVisi
on/v16.2/director.html Online biweekly
electronic publication, www.npaci.edu/online/ ww
w.npaci.edu
21
Subscribe to the Online Magazine and Envision
Quarterly
22
San Diego Supercomputer Ctr (SDSC) NPACI
Biological Resources
  • Biological Data Representation and QueryResearch
    and software for analyzing structural biology
    data. Phil Bourne NPACI Molec.
    Sci.http//www.sdsc.edu/pb
  • NBCR http//nbcr.sdsc.edu/ The National
    Biomedical Computation Resource (NBCR) makes
    software tools available to the biomedical
    community
  • Molecular Interactive Collaboration
    Environmenthttp//mice.sdsc.edu

23
Whats Next?
  • For CSU Faculty, the Ed Center will sponsor a
    Computational Science Olympics competition
    encouraging and rewarding undergraduate projects
    which demonstrate clever uses of computing in
    computational science. Deadline March 2001 and
    we request faculty involvement and encourage of
    your students.
  • For the national Computational Science community,
    SIAMs CSE 2000 (Washington D.C.) and SC2000
    (Dallas, TX) Sept and Nov resp

24
Your thoughts?Your suggestions?
Available http//www.stewart.cs.sdsu.edu/PPT/BW_2
9july00_kris.ppt
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