S.T.E.P. thru S.T.E.M. Program Secondary Teacher Education Preparation thru Science, Technology, Eng - PowerPoint PPT Presentation

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S.T.E.P. thru S.T.E.M. Program Secondary Teacher Education Preparation thru Science, Technology, Eng

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Title: S.T.E.P. thru S.T.E.M. Program Secondary Teacher Education Preparation thru Science, Technology, Eng


1
S.T.E.P. thru S.T.E.M. Program Secondary
Teacher Education Preparationthru Science,
Technology, Engineering and MathematicsA
COMMUNITY OF SCHOLARS AT WORK
  • Peter Sheppard, Ph.D.
  • Coordinator, STEP thru STEM
  • pshepp_at_lsu.edu

2
S.T.E.P. thru S.T.E.M.
  • In response to the critical shortage of
    qualified STEM teachers, LSU faculty from math,
    the sciences, and education collaborated to
    create a unique 4-year undergraduate program that
    allows participants to obtain both a bachelors
    degree in a STEM discipline as well as complete
    all the necessary secondary teacher certification
    requirements.
  • This program, now referred to as S.T.E.P. thru
    S.T.E.M., represents unprecedented collaboration
    among STEM faculty, education faculty and East
    Baton Rouge Parish School System, among others.

3
Program Goal
  • Goal
  • Produce 80 highly qualified graduates with
    teacher certification in a STEM content area.

4
Program Objectives
  • Objectives
  • Recruit and retain students for the new program
  • Provide scholarships for students
  • Enhance communication among university and school
    personnel involved in designing, teaching and
    operating the program as well as teachers and
    students impacted by the program
  • Recruit, train and support mentor teachers.
  • Develop and implement a permanent evaluation
    system for the program
  • Train an "induction specialist" whose
    responsibilities will be to monitor and solve
    problems for graduates during their first two
    years.

5
What Makes STEP thru STEM Unique for Students?
  • Students earn degrees in Math or a Science Field
    and earn certification with secondary ed.
    concentration within 128 hours.
  • Students visit high school classrooms in 1st SEM.
    of junior year for field experiences.
  • Students are under the guidance of accomplished
    mentor teachers.
  • Students can be offered teacher certification as
    secondary career option.
  • Scholarship Opportunities

6
Course Requirements
  • The first course, EDCI 2001, can also be used as
    a general education social science elective.
  • This three credit hour course is an introduction
    to contemporary educational issues, especially as
    these are situated historically, culturally,
    socially, and politically topics include
    history, theory, and politics of education,
    especially as related to gender, race, class, and
    technology.
  • This course is ideally taken in the 2nd semester
    of students sophomore year.

7
Course Requirements
  • EDCI 3001 BIOL 3001
  • EDCI 3002 BIOL 3002
  • EDCI 4003 BIOL 4003
  • EDCI 4005 (Student Teaching)
  • EDCI 4004 BIOL 4004

8
STEP thru STEM Scholarship Awards thru 2006
9
What Makes STEP thru STEM Unique for Mentor
Teachers ?
  • Mentor Teachers are recruited based on their
    ability to embrace reform based teaching.
  • Mentor Teachers are compensated for hosting early
    field experiences.
  • Mentor Teachers engage in the process of
    designing field experiences.
  • Lead Mentor Teachers train and recruit future
    mentor teachers.

10
Mentor Teachers
  • Mentor teachers are expected to be model
    educators, facilitators, content specialist, and
    critical friends to our pre-service teachers.
  • Mentor teacher have an increased responsibility
    in the preparation and training of pre-service
    teachers because of the field-intensive design
    of this program.
  • Seven Lead Mentors are currently in the program
    eventually an additional 44 cooperating mentor
    teachers will be hired.

11
What Makes S.T.E.P. thru S.T.E.M. Unique for the
University?
  • Faculty from Education, Math, Chemistry, Physics,
    and Biological Sciences take responsibility in
    training future teachers.
  • Faculty in math and science departments interact
    with high school science and mathematics
    teachers.
  • Low faculty to student ratio in 1 hour subject
    matter seminars (a.k.a. STEP Courses).

12
On Campus Recruiting
  • Target Audience Future Educators and Traditional
    Math, Biology, Chemistry, and Physics Majors.
  • Identify and Isolate Core Courses in math and
    science fields-specifically sophomore level
    courses.
  • Presentations/Brief Survey
  • Data Collection through Self Reported Survey
    Responses.

13
Recruiting
  • Sophomore Level STEM Courses are our target
    courses.
  • Faculty of these courses are contacted in order
    to obtain endorsement to present information to
    their students.
  • Brief presentations are made to the classes,
    highlighting the major features of the program
  • Surveys are distributed in order to obtain
    self-reported demographic information and
    general interest in the program.
  • Gathered data leads to follow-up contact with all
    interested students.

14
Student Reflections
  • I wanted to be a teacher but my parents wanted
    me to get a real degree that I could do
    something with if I decided not to teach later in
    life. This was the perfect solution to the
    problem.
  • My first semester in this program, I was
    assigned to an inner-city middle school. My
    first day, I thought Its going to be a long
    semester. Now, after completing the semester, I
    think I would rather a middle school.
  • I thought going out to the different high
    schools around the parish was great. It provided
    me with on-the-job training with a safety net.
    I was able to observe different teaching methods
    and the ways in which teachers handled disruptive
    students. Then, I was able to discuss my
    feelings with the teacher which was a big plus

15
Reflections from Mentor Teachers
  • I think of a teacher-candidate as an apprentice.
    If I were an apprentice I would want to work with
    the best, I would not want to work with someone
    who is below average. People who are interested
    in sports like to observe, learn, and admire the
    best athletes they certainly do not try to
    imitate the mediocre ones. I want to model myself
    as after the best.
  • It is also important that they see things from a
    teaching perspective because they are so used to
    seeing from a student perspective. As a student
    you do not really think of all things and ways a
    teacher tries to get all of the students to
    learn. You mostly concentrate on how you learn.
    It allows them to get a bigger picture from the
    teachers perspective.

16
Points of Pride
  • The Secondary Education Concentration is the
    largest concentration among Mathematics Majors.
  • We currently have ninety-seven science and
    mathematics majors enrolled in the secondary
    education concentration. That is more enrollees
    than the UTEACH (UT-Austin) program had at this
    stage in its development.
  • The average ACT score for the science and
    mathematics students pursuing the secondary
    education concentration is 25.02 which is higher
    than the university average for enrolled students
    which is 24.0.
  • Among our cadre of outstanding students are
  • A mathematics major who became a University
    Medalist for maintaining a 4.0 his entire career.
  • A biological sciences major who completed the
    program and was accepted into medical school.
  • A biological sciences major who scored a perfect
    score of 36 on the ACT.
  • At least two students earned the ETS Recognition
    of Excellence award for scoring among the top 15
    of students nationwide taking the Praxis II
    subject matter and Pedagogy segment of the exam.
  • A biological sciences majors received the College
    of Basic Sciences Outstanding Sophomore Student
    Award .
  • A mathematics major received a summer internship
    with the Chicago Public Schools.
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