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Technology-Based Math Curriculum with Real-World Applications Dr. Beth Bos Dr. Joey Offer Mina Benjamin Texas State University CAMT 2008

On-Line Learning H. S

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Technology-Based Math Curriculumwith Real-World Applications

Dr. Beth BosDr. Joey OfferMina Benjamin

Texas State UniversityCAMT 2008

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Common Theoretical Themes •Real-World Problems•Group Work•Safe Environment•Practice

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Common Theoretical Theme: Real-World Problems

•increase intrinsic motivation•increase recall and transfer skills

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Common Theoretical Theme: Real-World Problems

•students see relevance and builds on foundation of prior knowledge•provides for natural dialogue•estimate reasonableness of solutions

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Common Theoretical Theme: Group Work

•models student collaboration•students can work in small groups

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Common Theoretical Theme: Group Work

•allow students to share their ideas and strategies•provide feedback

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Common Theoretical Theme: Safe Environment

Students have the opportunity to work through problems and receive feedback without concerns about their ability.

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Common Theoretical Theme: Safe Environment

•flashy graphics are nice, but a short-term hook•real value is in that technology allows students to try and they can be wrong without negative feedback

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Common Theoretical Theme: Practice

Different opportunities for practice: •Open-ended (guided and teacher graded)•Unlimited•Multiple-choice format (including TAKS-like questions)

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Common Theoretical Theme: Practice

Example: Unlimited Practice

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Theory Into Practice: Real World Problems

Are they relevant to our students?

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Theory Into Practice: Group Work

Are there teacher support materials in the curriculum?

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Theory Into Practice: Safe Environment

How do we keep it “safe,” but provide enough structure?

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Theory Into Practice: Practice

How do we provide adequate feedback online in a reasonable amount of time?

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Other Findings:

Quasi-Experimental Design

Population: 9 teachers, 4 schools, 4 groups (treatment LEAP, treatment non-LEAP, Control non-LEAP)

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Other Findings

Our data shows enrollment in LEAP, a gifted and talented Our data shows enrollment in LEAP, a gifted and talented program, has a significant effect on performance on the test of program, has a significant effect on performance on the test of everyday reasoning, deductive reasoning, and one’s ability to everyday reasoning, deductive reasoning, and one’s ability to make inferences.make inferences.

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Other Findings

The means for the Tests show a notable difference.The means for the Tests show a notable difference.

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Test of Everyday Reasoning

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Analyze Test Sub-Score at Time TwoAnalyze Test Sub-Score at Time Two

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Conclusion

Teachers have to be ready for transition from theory to practice and administration must support the teachers.