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Teacher/Faculty Surveys

Instrument 8: STEP Course Revision Faculty Report

Project: Systemic Teacher Excellence Preparation (STEP)
Montana State University

Funding Source: NSF: Collaboratives for Excellence in Teacher Preparation (DUE)

Purpose: To assess faculty team interactions and the degree to which course curriculum has been revised in education, mathematics, and sciences

Administered To: Participating faculty in course reforms

Topics Covered:

  • Impact on Outcomes: knowledge
  • Impact Variables: project involvement
  • Implementation Activities: activities, assessment, collaboration, content, curriculum/materials development, methods use, technology applications
  • Perceptions (Teacher/Faculty): collaboration, implementation, student engagement, student impact, student participation
  • Plans & Expectations (Teacher/Faculty): continue project involvement
  • Background Characteristics & Activities (Teacher/Faculty): collaborative activities, project involvement

Format/Length: 10 questions, 9 open-ended and 1 checklist of course changes


Name of Faculty Team Leader

Name &Number of Course Being Revised

Name of University

 

STEP Course Revision Faculty Report

Spring Semester 1995

Course Revision Team

Revision Team Leader

_________________________________

_________________________________

K-12 Teacher Consultant(s):

_________________________________

_________________________________

Other Faculty:

_________________________________

_________________________________

_________________________________

Other Consultant(s):

_________________________________

_________________________________

_________________________________

Graduate/Undergraduate TAs and RAs:

_________________________________

_________________________________

Guest(s):

_________________________________

_________________________________


We appreciate your answers to each of the following questions to provide a synopsis of revision efforts this semester. Skip any questions that are not relevant to your plans. Complete questions in the space provided or on an attached sheet if you prefer using a computer.

  1. How would you characterize your team interactions? (frequency of meetings, K-12 teacher involvement, barriers, successes)

     

     

     

     

     

  2. As a result of course changes, what have you learned? Please mention any notable insights, ideas, or events that took place this semester.

     

     

     

     

     

  3. What evidence do you have to gauge the impact of course changes? (This could be formal, like a survey/interview, or informal such as instructor observation or student comments.)

     

     

     

     

     

  4. Do you think the implemented changes increased participation and/or interest level of students (especially minorities and/or females)? What evidence do you have?

     

     

     

     

     

  5. What is the current timetable or plan for continuing work on this course revision?

     

     

     

     

     

  6. Thank you for course descriptions. We also want to give your opinions based on these predetermined categories:

    a. course or curriculum content

     

     

     

     

    b. instructional methods

     

     

     

    c. use of technology

     

     

     

    d. methods for student assessment

     

     

 

Please check any items that relate to changes you made this semester

 

Content

Changed

Instructional Methods

Changed

Integration of mathematics and science

Inquiry/discovery approach

Integration with other disciplines

Use of manipulatives

Use of thematic approaches

Student presentations/demonstrations

Emphasis on real world applications

Instructor demonstrations

Course Material

 

Team teaching

Textbook

Mathematics modeling

Lab manual

Interactive lectures (students participate)

Instructor/team developed materials

Projects:

  Group class work

  Issues-based units

  Open-ended problems

 

Course Structure

 

Student centered activities

Lecture time

Involvement of role models

Discussion/interaction

Cooperative learning

Laboratory time

Cultural awareness activities

Computer lab time

Self-esteem enhancement strategies

Block scheduling with other courses

Content-cultural integration

Field experiences

Assessment and Testing

 

Instructor/student ratio

Notebooks/journals

Training for TAs, other staff

Portfolios

Help sessions

Laboratory

Schedule

Projects

Use of Technology

 

Placement/Pre-tests

Graphing calculators

Essay questions

Computer:

  Spreadsheets, graphing, database

  Enhanced presentations

  Multi-media software

  Modeling

  CD ROM

 

Problem solving test items

Laboratory interface probes, systems

Open-ended questions

Videodisk

Peer assessment

Telecommunications:

  Computer bulletin boards

  Student e-mail

 

Concept mapping

 

 

Use of scoring rubrics

 

 

Attitude assessment

 

 

Course/activity/instructor evaluation

 

Please feel free to add to this list and/or give examples of other changes made!