Improving Student Engagement Through Instructional Design ...
Improving student engagement and mathematical understanding
description
Transcript of Improving student engagement and mathematical understanding
Improving Student Engagement and Mathematical Understanding
Suzette NielsonAmanda Tame
ECU 521
Target Question
Can we improve student engagement and mathematical understanding through the use of varied instructional strategies and student reflection?
cmoe.com
Research
• Instructional Strategies:– Complex Instruction
• Structured groups• Group-worthy tasks• Assigned roles• Student responsibility• Group empathy• Teacher as facilitator instead of expert
• Student Reflection– Meta-cognition of learning process– Creating learning goals– Recognition of growth over time– Personal accountability
cartoonstock.com
yaffo.usac.gov
Pre-Intervention Data
• Previous chapter test score• Overall grade• Student checklist of classroom
behavior• Teacher observations• Other Algebra 1 teachers’ comments• Current teaching practices
– Lack of group-worthy tasks– Lack of student reflection
Examples of pre-intervention data
Teacher observation list of “Student C”
Examples of pre-intervention data
Classroom behavior and attitude reflections
Examples of pre-intervention data
Other teachers’ comments on shared students behavior and attitudes
• Student B:“Last year, even in the midst of a chaotic class, he
would sit up straight in his chair and tell me that he was listening.”
• Student C:“Last year, he couldn’t sit still in his seat and was
always disrupting other students.”“This year, after 2 months, he was kicked out of the
math support class.”
Action Plan• Create:
– Group-worthy task – Rubric– Student self-assessment of group participation– Classroom behavior/attitude reflection– Task reflection of mathematical understanding
• Intervention Implementation:– Assign task– Timeline:
• 2 days: work on problem• 1 day: make poster• 1 day: presentations• 1 day: self-assessment and reflections• 1 day: summative assessment (chapter test)
Post-Intervention Data
• Task grade by teacher• Self-assessment of group
participation• Classroom behavior/attitude
reflection• Task reflection of mathematical
understanding• Teacher observation• Chapter test• Cumulative grade
Examples of post-intervention data
Poster – Student C
Examples of post-intervention data
Poster – Student B
Examples of post-intervention data
Poster – Student A
Examples of post-intervention data
Classroom behavior and attitude reflections
Examples of post-intervention data
Table of pre and post scores
Item Student A Student B Student C
PRE
Chapter 6 Test 88% 76% 57%
Overall Grade A (99%) B (85%) D (61%)
POST
Task score (teacher)
100% 92% 100%
Task participation (student)
100% 94% 81%
Chapter 7 Test 104% 93% 46% (DNF)
Overall Grade A (102%) B (88%) D+ (67%)
Summary
• Question: Can we improve student engagement and mathematical understanding through the use of varied instructional strategies and student reflection?
• Answer: Yes.
Next Steps…
• Further definition of roles within groups
• Clearer questions in checklist and task reflection
• Separation of pre and post assessments
• Student involvement in rubrics• Clearer expectations with regards to
poster presentation