a technological systematic analysis of intern teaching performance

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A Technological A Technological Systematic Analysis of Systematic Analysis of Intern Teaching Intern Teaching Performance Performance James L. DePaepe James L. DePaepe Kirk E. Mathias Kirk E. Mathias Central Washington Central Washington University University

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A Technological Systematic Analysis of Intern Teaching Performance. James L. DePaepe Kirk E. Mathias Central Washington University. Problem. Vague and subjective feedback Relationship between teacher and student behavior not the focus Triad relationship is ineffective - PowerPoint PPT Presentation

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Page 1: A Technological Systematic Analysis of Intern Teaching Performance

A Technological Systematic A Technological Systematic Analysis of Intern Teaching Analysis of Intern Teaching

PerformancePerformance

James L. DePaepe James L. DePaepe

Kirk E. MathiasKirk E. Mathias

Central Washington Central Washington UniversityUniversity

Page 2: A Technological Systematic Analysis of Intern Teaching Performance

ProblemProblem

Vague and subjective feedbackVague and subjective feedback Relationship between teacher and Relationship between teacher and

student behavior not the focusstudent behavior not the focus Triad relationship is ineffectiveTriad relationship is ineffective Preservice experiences provide Preservice experiences provide

limited practical experienceslimited practical experiences

Page 3: A Technological Systematic Analysis of Intern Teaching Performance

PurposePurpose

Increase technological proficiency of Increase technological proficiency of student interns.student interns.

Increase technological proficiency of Increase technological proficiency of faculty.faculty.

Impact curricular redesign.Impact curricular redesign. Provide an internal evaluation of the Provide an internal evaluation of the

impact on student learning.impact on student learning.

Page 4: A Technological Systematic Analysis of Intern Teaching Performance

Technologically Proficient Student Technologically Proficient Student InternsInterns

Increased focus on teaching with Increased focus on teaching with technologytechnology

Created technological instrument that Created technological instrument that changed the focal point from subjectivity changed the focal point from subjectivity to objectivityto objectivity

Focused development on technical aspects Focused development on technical aspects of teaching. of teaching.

Page 5: A Technological Systematic Analysis of Intern Teaching Performance

Technologically Proficient FacultyTechnologically Proficient Faculty

Faculty increased their use of data based Faculty increased their use of data based coding. coding.

Methods and content faculty increased Methods and content faculty increased their comprehension of technical teaching their comprehension of technical teaching skills.skills.

Faculty were encouraged to include the Faculty were encouraged to include the use of technology in their preservice use of technology in their preservice teacher training.teacher training.

Increased technology skills in technology Increased technology skills in technology driven systematic assessment.driven systematic assessment.

Page 6: A Technological Systematic Analysis of Intern Teaching Performance

Impact on Curricular DesignImpact on Curricular Design

Involve content faculty in supervision.Involve content faculty in supervision. Increased understanding of active verses Increased understanding of active verses

passive engagement in learning. passive engagement in learning. Reflective statements will be incorporated Reflective statements will be incorporated

into e-portfolios.into e-portfolios. Inclusion of more context specific Inclusion of more context specific

experiences prior to student teaching.experiences prior to student teaching. Supervision process under evaluation.Supervision process under evaluation.

Page 7: A Technological Systematic Analysis of Intern Teaching Performance

Computerized Management SystemComputerized Management System

clinical facultyclinical faculty measuresmeasures

– durationduration active engaged time active engaged time

– eventevent technologytechnology

reflective teaching based on objective datareflective teaching based on objective data– active engaged time was 5% active engaged time was 5% – behavior management was 12%behavior management was 12%

Are these numbers appropriate for the lesson? Are these numbers appropriate for the lesson? If active engaged time was increased would behavior management If active engaged time was increased would behavior management

have decreased?have decreased? objective goal developmentobjective goal development

– Increase active engaged time to 8%Increase active engaged time to 8% instructional strategy developmentinstructional strategy development

– How can the lesson be changed to result in an increase in active How can the lesson be changed to result in an increase in active engaged time? engaged time?

Page 8: A Technological Systematic Analysis of Intern Teaching Performance
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Page 15: A Technological Systematic Analysis of Intern Teaching Performance

Internal evaluation Internal evaluation

Impact on teacher candidates?Impact on teacher candidates? Impact on student learning?Impact on student learning?

Page 16: A Technological Systematic Analysis of Intern Teaching Performance

End showEnd show

Page 17: A Technological Systematic Analysis of Intern Teaching Performance

Expert Teacher

Preservice Stage Student Teaching Stage Induction Stage Veteran Teacher

Established Beliefs

University Program Influences

Gaining Technical Skills

Desirous of Experimentation

Applying Technical Skills to Real Setting

Establishing own Environment

Set in ways

Developmental Stages of Teaching

Page 18: A Technological Systematic Analysis of Intern Teaching Performance

“ “ . . . findings sadly suggest that the . . . findings sadly suggest that the most important and fragile phase of most important and fragile phase of a teacher’s career, the a teacher’s career, the transitiontransition from aspiring novice to beginning from aspiring novice to beginning professional, is often professional, is often seriously seriously neglectedneglected.” (Pajak, 2001).” (Pajak, 2001)

Page 19: A Technological Systematic Analysis of Intern Teaching Performance

CTL-ATPCTL-ATP

standards drivenstandards driven evolved into the CTL-ATPevolved into the CTL-ATP

Initial Instrument Creators: UniversJames DePaepe, Martha Kurtz, Steve Wagner, Mark Oursland, Andrea Sledge, Kirk Mathias, Ken Briggs, Jan Bowers, Barbara Phillips, Shari Stoddard, and Mary Lochrie

Page 20: A Technological Systematic Analysis of Intern Teaching Performance

ProceduresProcedures

trained university mentorstrained university mentors trained cooperating teachers (clinical trained cooperating teachers (clinical

supervisors)supervisors) year-long interns videotaped weeklyyear-long interns videotaped weekly set objective goalsset objective goals developed instructional strategiesdeveloped instructional strategies completed weeklycompleted weekly

Page 21: A Technological Systematic Analysis of Intern Teaching Performance

Data AnalysisData Analysis

Data were Data were

Page 22: A Technological Systematic Analysis of Intern Teaching Performance

We Know . . . We Know . . .

Novice teachersNovice teachers– lack experience in the real life context lack experience in the real life context – teaching effectiveness unknownteaching effectiveness unknown– receive vague and incomplete feedback receive vague and incomplete feedback

(Kauffman, 1992)(Kauffman, 1992) Barriers to impacting student teaching Barriers to impacting student teaching

(Kauffman, 1992 and Tannehill & (Kauffman, 1992 and Tannehill & Zakrajsek, 1989)Zakrajsek, 1989)

Must meet standards established by the Must meet standards established by the state and the university which may violate state and the university which may violate relationships. (Pajak, 2001)relationships. (Pajak, 2001)

Page 23: A Technological Systematic Analysis of Intern Teaching Performance

ObjectivesObjectives

need for the technologyneed for the technology standards driven standards driven

developmentdevelopment technological applicationtechnological application

technology appliedtechnology applied