Integrating Technology-Enhanced Instruction to Narrow the Academic Achievement Gap

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    Integrating Technology-Enhanced Instruction to Narrow the Academic Achievement Gap - Presentation Transcript

    1. Integrating Technology-Enhanced Instruction to Narrow the Academic Achievement Gap James M. Thompson, PhD Lancaster County School District The State of the African American Male Conference Third Annual Fall Conference – November 6, 2009 Closing the Achievement Gap: Student Achievement and Success University of South Carolina Lancaster
    2. Agenda
      • Background
      • Policy and Social Implication
      • Research Studies
      • Technology Exposure
      • Technology Integration Strategies
      • Q/A Session
    3. Background
      • Not a universal approach or “one size fits all” approach to teaching all students
      • No Child Left Behind (2001) - higher accountability and standardized testing
      • Equality means for ALL and not some
      • Differentiated learning instructional strategies
    4. Policy Implications
      • No excuses for failing students
      • Global market and increasing competition
      • Reduce the number of illiterate students deprived of a quality education
      • Everybody must be involved
    5. Social Implications
      • Direct affect on African American
        • Higher unemployment rate
        • Cannot afford health insurance
        • Substandard housing developments
      • Criminal lifestyles to support living
        • African American males (11%) of population and almost half of incarcerated males (US Department of Justice, 2007)
    6. Who’s Problem Is It?
      • A Black problem
      • A White problem
      • A lower class problem
      • A middle class problem
      • An upper class problem
      • A school system problem
      • … or everyone’s problem!
    7. Academic Achievement Gap
      • Not starting on a level “playing field”
      • Parents who failed public school
      • Lack of zeal for learning
      • High rate of absenteeism
      • Overcrowded classrooms
      • Regardless, someone is still responsible!
    8. According to Research…
      • Teachers failing to provide differentiated instructional strategies (Winther and Volk, 1994)
      • Instructional strategies should be modified to accommodate every student’s learning styles (Ornstein & Levine, 2006)
      • Incorporating culturally responsive instructional strategies for African American students yielded higher success (Ware, 2006)
    9. Multiple Intelligences
      • Verbal/Linguistic
        • Report, interview, listen to tape, read, application
      • Musical/Rhythmic
        • Compose a song, listen to music, write a poem, make a cheer, connect learning to music
      • Naturalist
        • Conduct experiment, categorize, look for ideas in nature, investigate
      • Bodily/Kinesthetic
        • Role-play, construct a model
    10. Multiple Intelligences (cont.)
      • Interpersonal
        • Work in a group to dialogue and solve problems, class debates, peer mentoring
      • Logical/Mathematical
        • Create a pattern, analyze a situation, interpret evidence, critical thinking skills
      • Visual/Spatial
        • Draw a picture or poster, create a diagram
      • Intrapersonal
        • Think about a plan, write in a journal, connect the new with the old, student-centered and ownership
    11. According to the Research on Technology…
      • African American students who were exposed to computer-enhanced instruction were quite successful (Ware, 2006)
      • Student-centered learning and ownership of the learning process
      • True learning takes place when students are able to teach one another.
      • Students continued using technology beyond the classroom.
    12. Technology Exposure
      • Another gap??? Technology exposure among African American students (Hess & Leal, 1999)
      • School districts with higher number of African American students were less likely to expose these students to technology.
      • Some students who were exposed to computers for basic skills level concepts or remediation.
    13. Does It Work?
      • African American students are generally underperformers in mathematics; hence, they do not enter into professions dealing with math.
      • 90% of students enrolled in Detroit Area Pre-College Engineering Program (DAPCEP) were highly successful in math and entered college.
        • Started in 1976 to increase the number of African American students taking more rigorous courses in math and science
        • Today, the program teaches 10,000 African American students with an annual operation budget of $4 million.
    14. Does It Work? (cont.)
      • DAPCEP expose students to technology and computer-enhanced instructions (Mercer, 2002).
      • Students are exposed to civil engineering, geometry, and robotics.
      • These students embrace learning and are accepting of being intelligent
    15. Ways to Integrate Technology
      • Reinforcement and remediation of learning and to teach higher-order thinking skills (North Central Regional Educational Laboratory)
      • Drill-and-practice activities in moderation for lower achieving students
      • Class Web site to house
        • Class assignments
        • Homework problems and solutions
        • Students’ finished products
    16. Ways to Integrate Technology (cont.)
      • Student-centered projects
        • PowerPoint followed by an oral presentation
        • Persuasive paper
        • Write professional letters
        • Electronic journal or scrapbook
        • WebQuest - http://sites.google.com/site/jamesmthompsonwebquest/home
    17. Where to Go From Here?
      • If you are an administrator, you may consider to
        • Establish a technology culture
        • Provide technology professional development workshops for teachers
        • Provide opportunities for after hour visits to the computer lab
        • Designate a technology coach
        • Encourage students to enroll into more rigorous courses in mathematics and science that utilize technology-enhanced instruction
    18. Where to Go From Here?
      • If you are a teacher, you may consider to
        • Getting over your fear
        • Stepping out of the box
        • Being creative
        • Must be technology proficient
        • Professional development workshops in technology
        • Seek technical support from the central office
        • Help students gain cognitive and critical thinking skills (less time on remediation activities to avoid adverse affects)
    19. References
      • Hess, F., & Leal, D. (1999). Computer-assisted learning in urban classrooms: The impact of politics, race, and class. Urban Education , 34 (3), 370.
      • Mercer, T. (2002, January 1). Providing students the tools to excel. Black Issues in Higher Education , 19 (10), 18.
      • North Central Regional Educational Laboratory (2004). Case studies of high-performing, high-technology schools: Final research report on schools with predominantly low-income, African-American, or Latino student populations. Naperville, IL: Learning Point Associates.
      • Ornstein, A. C., & Levine, D. U. (2006). Foundations of education (9th ed.). Boston: Houghton Mifflin.
    20. References (cont.)
      • US Department of Justice: Office of Justice Program. (2007). Prison and jail inmates at midyear 2006 (NCJ Publication No. 217675). Washington, DC: Author.
      • Ware, F. (2006). Warm demander pedagogy: Culturally responsive teaching that supports a culture of achievement for African American students. Urban Education , 41 (4), 427-456.
      • Winther, A. A., & Volk, T. L. (1994). Comparing achievement of inner-city high school students in traditional versus STS-based chemistry courses. Journal of Chemical Education , 71 (6), 501-505.
    21. Question and Answer Session
      • Contact Information
      • Dr. James M. Thompson
      • Email: jamathompson@hotmail.com
      • Web Site: jamathompson.googlepages.com

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