Mathematics Education at Appalachian State University
Historically,
Appalachian State University
has produced many of North
Carolina's mathematics teachers at all levels including elementary,
middle and secondary. The
Department of Mathematical Sciences
offers both an
undergraduate
and
master of arts
major in mathematics for secondary education and an undergraduate
concentration for middle and elementary majors. In preparing our
future teachers, we believe that strong content knowledge is of
paramount importance. Hence, we require calculus, algebra, geometry,
analysis, computing, probability and statistics. Individual programs
are designed to meet the needs of the student in consultation with
one of the mathematics education advisors, all faculty with
advanced degrees in mathematics education.
In addition to the strong content preparation, we also expect our
majors to have practical experience and to become involved in
professional activity. Prospective teachers are required to work as
instructional assistants in a variety of courses. The department runs
a tutoring lab and receives requests from elementary, middle, and high
schools for tutorial assistance. All prospective teachers experience
a full semester of supervised student teaching.
Professional development is also an integral part of the program. We
have an organization called the
Prospective Teachers of Mathematics Association
for our students. Program topics for the club include
services of the State Department, professional meetings and
organizations, reflections of practicing teachers, searching for a
teaching position, perspectives on the student teaching experience,
and timely mathematics and methodological issues.
Bachelor of Science in Mathematics Education
The mathematics education option is chosen
by undergraduates who wish to prepare for teaching at the
secondary level (9 through 12). The program of study
requires the student to build a firm foundation in geometry, algebra
and analysis, and then provides classroom experience in a variety of
ways.
Program of Study
The program of study for the Bachelor of Science in Mathematics - Secondary Education
consists of a minimum of
- 34 hours of core and elective courses in mathematical sciences
- 14 hours of related course work in physics and in pedagogy.
- 24 hours of professional education core.
- A well-written statement of objectives
- Finally, the core curriculum must be completed and
the total number of hours from ALL undergraduate courses
must be at least 122, with a GPA of at least 2.0.
- The designator requirements
must be met and the Certificate
of Proficiency in Communication must be filled out.
Students are encouraged to make their course decisions in concert with
a department advisor. No student can graduate without a
course of study form signed by both an advisor and the department
chair. If you do not yet have an advisor within the
department, see Lois Stewart (341 Walker Hall) for an assignment.
* Two of the three courses, (3110, 3220, & 3610), must have been succesfully completed earning a
C or better for department approval for student teaching. The third course may be in progress,
but must be completed before student teaching.
The math education program offers flexibility in choice of electives,
allowing a student to take a cross-section of subjects or to
concentrate on one area for in-depth study. Here are some guidelines:
- First and foremost: A department advisor must approve ALL electives!
- The total credit hours of electives must be at least 6.
- At least 5 hours must be in "mathematics content courses" at the 4000 level or above (excluding 4015,
4910, 4930).
- Courses numbered under 2000 in MAT are not approved.
- Honors courses and special topics (MAT 4010) courses offered
each Spring are especially encouraged.
- Exceptional students may want to consider enrolling in 5000-level
courses as electives during their senior years. The requirements for
this privilege are: (1) senior standing (2) GPA > 3.0 (3) completed
permission form.
| Course Number |
Course Title |
Hours |
| PHY 1150 |
Analytical Physics I |
4 |
| PHY 1151 |
Analytical Physics II |
4 |
| CI 3080 |
Teaching Secondary Mathematics |
2 |
| RE 4630 |
Reading in the Content Area |
2 |
| Course Number |
Course Title |
Hours |
| CI/SPE 2800 |
Teachers, Schools and Learners |
3 |
| CI/FDM/RE 3850 |
Literacy, Technology and Instruction |
3 |
| FDN 3800 |
Foundations of American Education |
3 |
| PSY 3000 |
Educational Psychology |
3 |
| CI 4900 |
Student Teaching |
12 |
Students must have two courses designated as writing intensive (W)
and one course
designated as speaking intensive (S) in their major program of study.
For applied mathematics majors, MAT 3110 and MAT 3220 satisfy the W
designator. MAT 4015 satisfies the S designator.
A Certificate of Proficiency in
Communication must also be filled out and on file prior to
graduation.
Note: Instructors sign these forms only if the
student performs satisfactorily on the W and/or S components of
the course. It is the student's responsibility to request that
an instructor sign the form.
Every student must complete a Course of Study form with a
statement of objectives attached, preferably at least two semesters
prior to graduation. The forms are available from department
advisors.
The Statement of Objectives must be typed and professional looking,
and discuss
- Future plans and their relation to the major
- Rationale for choice of electives
Typical statements have the following format:
Statement of Objectives
of
Name
Department of Mathematical Sciences
Candidate for the Bachelor of Science in Mathematics - Secondary Education
Semester, Year
One paragraph for each of the above points.
|
Course of Study forms will not be accepted unless accompanied by
a well-written (gramatically correct and professionally formatted)
statement.
Back to:
Mathematical Science
s
Last Modified: Thursday, 01-Nov-2007 12:54:18 EDT
|