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Science Teaching Beliefs II

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*Results and discussion*
A.  TPPI Survey    B. CLES Survey

The Science-related Profile of Faculty and Students with Respect to Classroom Environment and Science Teaching Beliefs
by
Chin-Tang Liu
Becky Baker
Farella Shaka
Larry Banks
Michelle Norgren
College of Natural and Applied Sciences  
and College of Education
A final paper submitted to Salish Research Project II in 1998

*Abstract*
*Introduction
*Purposes of the Study*
*Methodology*
*
Results and discussion*

*Implications of this Study*
*Conclusions*
*
References*

A.  TPPI Survey

(Multiple answers were allowed, so percentages may not equal 100): 

  1. What are facts?
    40%--something observable
    30%--things we accept
    25%--facts are consistent
    5%--facts are tentative/changeable

  2. How are facts arrived at?
    80%--through observation and experiments that are considered scientific

  3. What is the difference between facts, laws and theories?
    45%--facts are observable
    25%--laws are rules and regulations that always hold
    30%--theories explain and predict natural phenomenon

  4. What is science?
    85%--science seeks to understand the natural world (5% gave an applied definition while 45% provided a basic one).

  5. In what ways do you learn science best?
    35%--hands-on activities and the use of questioning
    Only 5%--through social interaction

  6. Is there a difference between how you learn history and how you learn science?
    40%--yes there is a difference
    10%--no difference

  7. What are the founding principles of science?
    50%--science is founded on the systematic development of observations into theories which eventually may become laws
    15%--the founding principle is its dynamic/changing nature

  8. What are values?
    50%--values are based on beliefs
    35%--just that they are important to a person

  9. How do you arrive at values?
    30%--family background
    30%--life experiences
    25%--society/environment

  10. What do you value most about science?
    45%--intellectual and/or cognitive growth
    5%--practical application, personal aspect and everyday use and application

WB01568_.gif (208 bytes)  Areas of concern: 
a) A divergent science terminology is attributed to diverse backgrounds in science, education and culture.
    b) This lack of communication among various groups of faculty to discuss views on science and science education, in order to build a cohesive foundation of science education for students, is attributed to a weakness of the teacher preparation program.
    c) There is a lack of alignment within and between the science and education courses designed for education majors with a science emphasis that needs to be addressed.

B. CLES Survey

The scores ranged from 7, meaning totally teacher-centered, to 35.  So higher scores are student-centered.   The interpretations of the scores are as follows:

  1. Students scored lower than teachers, particularly in Scientific Uncertainty and Shared Control.  Teachers perceive themselves sharing more control of the learning environment than their students do.

  2. Education majors rated their classes as being considerably higher in Student Negotiation than did their pre-professional science counterparts.  The Research Team believes that the education majors have more verbal interaction because 60% of respondents were in elementary education with inquiry-based courses on earth science and physics whereas the science majors were taking the usual lecture/lab courses.

    The Research Team suggests that education majors perceive less
    Shared Control because they tend to resist the expectation of inquiry-based courses to reconstruct their own understanding of the natural world through the inquiry process.

  3. Although faculty and students scores do not agree in value, they do tend to agree in direction--as one goes up or down, the other follows, although not to the same extent.  The one small exception is for the science majors on the Attitude scale, where their values converged somewhat with the others.  Their Attitude scores were still lower than those of any other group.

  4. All students perceived less Critical Voice and Shared Control than the teachers, which is consistent with the Salish I study.  They state that:  "Students were much more likely to believe they could express their opinions about classroom instruction than to believe they could actually play a role in the decision making about that instruction."  [The University of Iowa.  1997b). p. ix]

  5. All groups leaned toward the student-centered end of the scale in every category except that of Shared Control. The teachers perceived their classes as being more student-centered than students did.    The low score for students is consistent with findings for the Salish I report for secondary school students.  [The University of Iowa.  (1997b). p. 17] The question is whether or not faculty would like to change this perception of students.  There is disagreement within the Research Team as to where these scores should be.  The entire Goals 2000 Team will carefully consider this result and engage in a dialogue about what can be done to improve student's perceptions.

  6. While scores in Scientific Uncertainty were above the mean of 21 for all groups, the Research Team is concerned that the results may be too low.  This question will be taken to the full Goals 2000 Team for discussion.  Again, team members will need to have further discussions on the extent to which they should promote science as a human endeavor in their courses.

    CLES areas:

  1. Personal Relevance--students relate university science to real world science

  2. Scientific Uncertainty--students' awareness that science is uncertain and evolving

  3. Critical Voice--students exert a voice in quality of learning environment

  4. Shared Control--students share control of the classroom learning environment

  5. Student Negotiation--students verbally interact in the learning process

  6. Attitude--students have good attitudes toward learning activities

Implications of this Study

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