Blah Blah - University of South Florida
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A case study
CSE Volunteers: A Service Learning Program to Provide
IT Support to the Hillsborough County School District
Ken Christensen
Dewey Rundus
Graciela Perera
Computer Science and Engineering
University of South Florida
Tampa, FL 33620
{christen, rundus, gpererao}@cse.usf.edu
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Sharon Zulli
Technology Call Center
School District of Hillsborough County
Tampa, FL 33601
[email protected]
SIGCSE 2006 – March 3, 2006
03/01/06
Acknowledgement
The following students are to be thanked for their contributions to
the community through the CSE Volunteers program
• Long Ngo
• Jennifer Gatza
• Kenneth Shelton
• Camilo Brand
• Oscar Melendez
• Priya Pupala
• Naveen Jayachandran
• Saar Carmel
• Bradford Everett
• Alex Pinzon
• David Kuczynski
• Robert Ivey
• Diana Arteaga
• Nguyen Nguyen
• Duong Tien
• Hung Tran
• Abdullah Aldousari
• Anwar Ghadhanfari
• Patrick Hyatt
• Pat Law
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• David Ware
• James Parker
• Scott Grafton
• Kanesh Patel
• Alan Nelson
• Anhtuan Dang
• Brandy N. Hall
• Adrian Orozco
• Thuha Phan
• Jason Chang
• Paola Gonzalez
• Matt Small
• Johnny Nguyen
• Tim Gould
• Jimmy Jean-Louis
• James Wilson
• John Wiggins
• Andy Wells
• Jaromir Rivera
• Alessandro Buchala
• Anthony Mejia
• Johnathon Pavan
• David Dunn
• Brian Norris
• Charles Gossage
• David Montalvo
• William Klerk
• Eliezel Tellado
• Apostle Barboutis
• Melissa Winfield
• Dhaval Patel
• Tani Abraham
• Esteban Francisco
• Amanda Carrel
• Daniel Lopez
• Cesar Baena
Over 7% of our students
Topics
Introduction
The school district
Program description
Lessons learned
Related work
Conclusions
New since the paper
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Introduction
Service Learning
Service learning = community service + active learning
Students put concepts into practice for the service of community
Students engage their learning process
Has been applied successfully to many universities
Duke University 75% of students involved in community service
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Introduction continued
Our motivations
Opportunity for students to get hands-on experience
Both hard and soft skills
Reach out to the community
It is our responsibility to serve the community
Become familiar with “in the field” computing technology
To improve our teaching
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Introduction continued
Who we are
University of South Florida
Founded in Tampa in 1956
Have 11 colleges and schools
Enrollment of 42,500
Department of Computer Science and Engineering
Founded in 1980
CS and CpE programs are ABET accredited
Enrollment of 255 BS, 88 MS, and 62 PhD students
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The school district
School District of Hillsborough County (SDHC)
Nation’s ninth largest school system
208 schools and centers
Total annual budget of $2.1 billion
43,000 workstations, 500 servers, and 3500 switches
Technical support for all schools is a monumental task
Over 37,000 calls for assistance made in 2004
50% of schools have full-time technical support staff
Initiatives include upgrades and data migrations
CSE Volunteers serve in schools w/out technology support units
Or, in schools with otherwise great need for additional tech support
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Program description
CSE Volunteers provide IT support to SDHC schools
Goals
1) Provide a community service opportunity to our students
2) Give students meaningful real-world CS-related experience
Requirements
Be a student in good standing
Expected time commitment is four hours per week in a semester
Credit earned
Earn one hour of independent study credit
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Program description continued
Summary statistics of the volunteers
Fall 2004
Spring 2005
Number of schools
6
9
Number of students
14
20
about 7
14
Women
3
4
Men
11
16
Undergraduate students
11
12
Graduate students
3
1
NA
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Students earning credit
Repeat students
Larger percentage of women
than in the department
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Program description continued
Organization
Recruiting
Flyers on bulletin boards
Emails to students
Kick-off meeting
All interested students and SDHC staff
Outline expectations
“Sign-up” schools, times, students
Students are assigned in pairs
Maintain a website
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Program description continued
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Program description continued
Assignments and tasks
Starts with first-day orientation at the school
Introductions to key people
Overview of “IT landscape”
General work is “care and feeding” of Windows computers
Set-up of new machines
Refurbishments of old machines
Installation of new software
Installation of updates
Trouble tickets with printers, viruses, etc.
Increasing focus on image servers
Altiris servers to download images to PCs
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Program description continued
Student performance
Students establish their own schedules
If going to miss a week, must email school and us
Students send status emails every Friday to entire group
Informal and chatty, but helpful
We visit students at their schools
To learn about student performance and school IT needs
We talk to teachers and tech support staff
How are our students doing?
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Program description continued
Student comments
“Overall this has been a great learning
experience for Jen and I as we discover where
educational knowledge meets real world
experience. Perhaps most importantly, we have
had the opportunity to work with all kinds of
people with different skill levels,
backgrounds, and personalities.”
- Long and Jen
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Program description continued
Student comments continued
“In the future, along with the usual tech
requests we might tune-up the Clark web
homepage or enable more TVs to become computer
displays.”
- David and Robert
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Program description continued
Student comments continued
“Also we created 10 presentation carts which
each contain a digital camera, a Ken-a-vision
Video Flex (which can be used in conjunction
with LCD to function as an overhead), an LCD
projector, a DVD/VCR player, and a computer.
These machines will be shared among the
teachers and used to help facilitate material
in the classrooms.”
- Kenneth, Camilo, and Oscar
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Lessons learned
Benefits to students
Opportunity to experience a real IT environment
Could feel good about contribution made
Able to add this experience to their resumes
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Lessons learned continued
Benefits to school system
Improved the school environment
Freed-up paid staff for other work
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Lessons learned continued
Future directions
Need a more formal quantitative assessment
Of both learning and service contribution
Use surveys?
Seeking outside financial support to “scale-up”
Hire a part-time staff or TA
Support transportation costs
Purchase IT supplies as needed (e.g., CD-ROM drives)
Expand complexity and duration of projects
Explore use of CSE Volunteers as a recruiting/retention tool
Attract students with a community focus to the major
Pair-up senior students with “newbie” (freshmen?) students
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Related work
We are not the first to experiment with service learning
EPICS in Purdue is the “model program”
Started in 1995 (NSF funded)
Engineering teams support community needs
Has been ported to other universities
Smaller colleges also have service learning and CS
Franklin and Marshall teach CS1 to prisoners
Saint Anselm College teach CS application to citizens
Southwest Missouri State work with social service agencies
All program have different models for credit and evaluation
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Conclusions
A success in the first year…
Met goals of providing a service learning experience
Work was often unchallenging, but was of value to the schools
Students very happy with response they got (liked feeling wanted)
Possible future directions in using service learning for
recruitment and retention
School districts throughput the country are under-resourced
Thus, this program can probably port very well
Need funds/time/partners to do the porting
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New since the paper
We now have two more semesters of experience
Our student numbers…
Fall 2004 Spring 2005
Fall 2005
Spring 2006
Number of schools
6
9
7
10
Number of students
14
20
12
18
Women
3
4
1
3
Men
11
16
11
15
In two years have provided 1.8 person years of service
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New since the paper continued
Seeking new challenges and scalability
Now have a special focus on East Tampa
A very poor inner-city neighborhood
• Schools see our volunteers as male role models!
Actively seeking external funding
To fund a TA to allow for scale-up
• More volunteers and more schools
Idea to use CSE Volunteers for recruiting to the profession
Pairing-up freshmen (non-CSE) with senior CSE students
Broaden scope beyond just our majors
Thinking about how to port this to other universities
Want to experiment with pilot programs elsewhere
Any interest here?
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