
A 43-credit program leading to
a master of science degree, Adult Fitness/Cardiac Rehabilitation
provides the necessary theoretical, laboratory, research, and
clinical experiences for employment in adult fitness, corporate
fitness, and cardiopulmonary rehabilitation settings. Each year's
class (15 students) entering the four semester program -- summer,
fall, spring, summer -- receives practical, hands-on experience in
cooperation with area hospitals and clinics. In addition, students
also participate in the La Crosse Exercise and Health Program (LEHP)
which provides adult fitness, Phase III and IV cardiac rehabilitation
programming, and health and nutrition services to over 300 patients
each week. Phase I and II cardiac rehabilitation experiences are
attained in area hospitals. The required internship -- three months
during the last semester -- presents opportunities for further
experience in a student's area of choice. The completion of a thesis
project is required before the student is allowed to begin the
internship.
Degree candidates
typically have an undergraduate degree in physical education,
fitness, exercise science, or other allied health related fields such
as biology, health education, nursing, or physical therapy. A minimum
undergraduate grade point average of 3.00 is required for admission.
Application deadline is February 1 of each year.
Graduates are prepared to:
-- conduct graded
exercise tests
-- design exercise
programs for healthy and diseased populations
-- organize and
administer adult fitness, corporate fitness, and cardiopulmonary
rehabilitation programs
Graduates are employed in:
-- colleges and universities
-- adult fitness centers
(public, private, and corporate)
-- clinic, hospital, and
"free standing" rehabilitation facilities
-- sports medicine centers
Prerequisites or their equivalent for
admission into the program are:
Credits
| ESS | 205 | Human Anatomy | 3 |
| ESS | 206 | Human Physiology | 3 |
| ESS | 281 | Prevention and Care of Athletic Injuries | 2 |
| ESS | 302 | Physiology of Exercise | 2 |
Category A -- Research
(12 credits)
Credits
| EFN | 730 | Introduction to Research | 3 |
| EFN | 735 | Interpretation of Statistical Data | 3 |
| ESS | 799 | Research: Thesis | 6 |
Category B -- Core Requirements
(31
credits) Credits
| ESS | 744 | Laboratory Techniques for Adult Fitness/Cardiac
Rehabilitation | 3 |
| ESS | 770 | Physiology of
Activity | 3 |
| ESS | 774 | Clinical Practicum in Cardio-Pulmonary
Rehabilitation | 2 |
| ESS | 775 | Practicum in AF | 2 |
| ESS | 776 | Practicum in Phase III/IV Cardiac
Rehabilitation | 3 |
| ESS | 780 | Philosophy and Organization of Preventive and Rehabilitative
Programs | 2 |
| ESS | 781 | Program Leadership in Adult Fitness/Cardiac
Rehabilitation | 1 |
| ESS | 782 | Electrocardiography | 3 |
| ESS | 783 | Graded Exercise Testing/Exercise Prescription | 3 |
| ESS | 784 | Advanced Cardiovascular Physiology | 3 |
| ESS | 785 | Internship: Adult Fitness/Cardiac
Rehabilitation | 5 |
| ESS | 786 | Advanced Cardiac Life Support | 1 |

The Master of Science in
Biology program is a multi-disciplinary program that allows students
advanced study in several traditional and non-traditional areas of
biology. Students have the option of a general M.S. degree in biology
or may obtain an M.S. degree in biology with a formal concentration
in aquatic science, cellular and molecular biology, clinical
microbiology, micro-biology, nurse anesthesia, or physiology.
Admission to the program is based, in part, on scores on the GRE
general exam, undergraduate grade point average (G.P.A.), letters of
recommendation, and on individually prescribed undergraduate course
work to meet prerequisite requirements for each concentration. Each
student will choose a major adviser and an advisory committee during
the first semester of residence. This committee will assist the
student in drafting the student's plan of study, which will dictate
the student's curriculum for the ensuing semesters. All students
complete a capstone experience. Students obtaining the M.S. Biology
or M.S. Biology: Concentration in Clinical Microbiology complete a
thesis or seminar paper. Students obtaining the M.S. Biology:
Concentration in Aquatic Science, Concentration in Cellular and
Molecular Biology, Concentration in Microbiology, or Concentration in
Physiology complete a thesis. Students obtaining the M.S. Biology:
Concentration in Nurse Anesthesia complete extensive clinical
training.
Biology Graduate Student Requirements
All graduate students in
biology must meet the following requirements:
1. Prior to registration
each semester, the student must consult with the major adviser.
2. Submit a written
thesis or seminar paper proposal to the advisory committee prior to
the midterm of the second semester of residence. CRNA students are
exempt from this requirement and are not required to complete a
thesis or seminar paper as part of the degree program.
3. Enroll in BIO 751 or
MIC 751, Graduate Seminar, during the first four semesters of
residence. Two of the semesters must be taken for one credit each;
the other two semesters will be taken on an audit (no credit) basis.
CRNA students are exempt from this requirement.
4. Students who are on
campus, utilizing university staff and/or facilities must enroll for
a minimum of two credit hours per term, including fall or spring
semester, and summer sessions.
5. Students are
encouraged to complete an appropriate graduate course (numbers 500
and above) from outside the Department of Biology and Department of
Microbiology. Upon approval of a student's advisory committee, a
student may be permitted to take a maximum of 10 graduate credits in
other departments.
6. Graduate assistants
are required to enroll as full-time students during the first two
semesters of residence.
7. Pass a preliminary
oral examination covering the student's area of specialty and
advanced course work.
8. Complete at least 15
credits of 700-level course work.
9. Consult this catalog
and the departments' graduate student guidelines for additional
policies pertaining to graduate students in a biology program.
This traditional master's
degree program is designed to provide the most beneficial learning
opportunities based on career goals and the student's area of focus.
Intended for students who do not plan to obtain one of the formal
concentrations within the M.S. Biology program. Students are required
to (1) complete a thesis or seminar paper in an area of biology, (2)
pass an oral comprehensive exam, and (3) complete 30 credits
selected by the student and the advisory committee.
This concentration requires
(1) completion of a research thesis in an area of aquatic science,
(2) passing an oral comprehensive exam, and (3) completion of 30
credits with at least 15 credits from the following list; remaining
credits are to be selected by the student and the advisory
committee.
Credits
| BIO | 505 | Aquatic Vascular Plants | 2 |
| BIO | 514 | Freshwater Invertebrate Zoology | 3 |
| BIO | 519 | Quantitative Methods in Ecology | 3 |
| BIO | 522 | Ichthyology | 3 |
| BIO | 523 | Fisheries Management | 3 |
| MIC | 534 | Aquatic Microbial Ecology | 3 |
| BIO | 538 | Physics and Chemistry of Surface Ground Water | 3 |
| BIO | 547 | Standard Methods and Quality Assurance of Water
Analyses | 3 |
| BIO | 548 | Aquatic Toxicology | 4 |
| BIO | 563 | Aquatic Animal Health | 3 |
| BIO | 564 | Stream Ecology | 3 |
| BIO | 711 | Aquatic Contaminants | 2 |
| BIO | 799 | Research: Master's |
| | Thesis | 1-6 |
Total Credits 30
With the approval of the
student's advisory committee, other courses may be substituted for
those listed.
This concentration requires
(1) completion of a research thesis in an area of cellular or
molecular biology, (2) passing an oral comprehensive exam, and (3)
completion of 30 credits with at least 15 credits from the following
list; remaining credits are to be selected by the student and the
advisory committee.
Credits
| MIC | 516 | Microbial Genetics | 5 |
| BIO | 532 | Biology of Cancer | 2 |
| BIO | 535 | Molecular Biology | 3 |
| BIO | 536 | Molecular Biology Lab | 1 |
| BIO | 537 | Plant Growth and Development | 3 |
| BIO | 543 | Molecular Mechanisms of Disease | 3 |
| BIO | 563 | Aquatic Animal Health | 3 |
| BIO | 714 | Advanced Genetics | 3 |
| BIO | 799 | Research: Master's |
| | Thesis | 1-6 |
Total Credits 30
With the approval of the
student's advisory committee, other courses may be substituted for
those listed.
This concentration is offered
by the Department of Biology and Department of Microbiology,
Gundersen Lutheran Medical Center, Marshfield Laboratories/St.
Joseph's Hospital/Marshfield Clinic, and the Wisconsin State
Laboratory of Hygiene. This program involves on-campus didactic
training, nine full-time weeks of clinical rotations at Gundersen
Lutheran Medical Center, six full-time weeks in clinical laboratories
at Marshfield Laboratories/St. Joseph's Hospital/ Marshfield Clinic,
and two full-time weeks at the Wisconsin Laboratory of Hygiene.
Students who complete the Concentration in Clinical Microbiology are
eligible to secure Specialist Microbiologist (SM-AAM) certification
of the American Academy of Microbiology. The combination of classroom
education, clinical rotations and research experience will prepare
students for a variety of employment opportunities including: (1)
supervisory positions in medical centers and public health and
private reference laboratories, (2) research, marketing, and sales in
select industries, and
(3) basic research. This
concentration requires (1) completion of a research thesis (Plan
A--Thesis) or seminar paper (Plan B--Non-Thesis) in an area of
clinical microbiology, (2) passing an oral comprehensive exam, and
(3) completion of the core curriculum of a minimum of 31 credits
(Plan A) or 33 credits (Plan B).
Admission Requirements
1. Individuals accepted
into the Clinical Microbiology program must hold a Bachelor of
Science Degree or equivalent in Microbiology, Biology, or a related
field with competency in Microbiology. Graduates with a Medical
Technology Degree from a program accredited by the National
Accrediting Agency for Clinical Laboratory Sciences are also
eligible.
Minimum prerequisites
for admission to the program are MIC 230 (Fundamentals of
Microbiology), MIC 406/506 (Immunology), MIC 407/507 (Pathogenic
Bacteriology), or comparable courses. A strong chemistry background
including Biochemistry is strongly recommended. Students lacking
prerequisites may be conditionally admitted to the concentration contingent
on remediation of prerequisites. Remediated prerequisite courses do
not count toward the MS degree.
2. Cumulative
undergraduate grade point average (GPA) of not less than 2.85.
3. Completion of the
Graduate Record Examination (GRE). A score of 1500 for the total
general test scores for verbal, qualitative, and analytical measures
is strongly recommended.
4. Students must complete
an "Application for Admission to Graduate Study" form. Students
requesting financial aid must also complete the "Application for
Graduate Assistantship" form.
5. Three current letters
of recommendation (forms provided with admission application).
6. An application letter
which details:
-- academic and
professional goals
-- previous relevant
experiences
-- reasons for selecting
program
7. Completed application
forms, letters of recommendation, and applicant letter must be
returned to the Admissions Office by February 1. A review committee
will assess all submitted materials and a letter of decision will be
sent to the applicant. An interview may be required in some
instances. Acceptance or non-acceptance is based upon a comprehensive
review of all elements of the completed application.
Core Curriculum
Plan A -- Thesis Credits
| MIC
500 | Orientation
to Clinical Microbiology | 1 |
| MIC
554 | Mechanisms
of Microbial Pathogenicity | 2 |
| MIC
751 | Graduate
Seminar | 2 |
| MIC
753 | Epidemiology of Infectious Diseases | 2 |
| MIC
755 | Advanced
Immunology | 2 |
| MIC
770 | Clinical
Microbiology-Practicum I | 5 |
| MIC
780 | Clinical
Microbiology-Practicum II | 4 |
| MIC
790 | Clinical
Microbiology-Practicum III | 2 |
| MIC
799 | Research:
Masters Thesis | 6 |
Minimum elective credits 5
Total Credits 31
Core Curriculum
Plan B -- Non-Thesis Credits
| MIC
500 | Orientation
to Clinical Microbiology | 1 |
| MLS
530 | Medical
Laboratory Management and Education | 2 |
| MIC
554 | Mechanisms
of Microbial Pathogenicity | 2 |
| MIC
751 | Graduate
Seminar | 2 |
| MIC
753 | Epidemiology of Infectious Diseases | 2 |
| MIC
755 | Advanced
Immunology | 2 |
| MIC
761 | Research
Paper | 2 |
| MIC
770 | Clinical
Microbiology-Practicum I | 5 |
| MIC
780 | Clinical
Microbiology-Practicum II | 4 |
| MIC
790 | Clinical
Microbiology-Practicum III | 2 |
Minimum elective credits 9
Total Credits 33
Electives
Elective courses to complement
the career goals of the student or to make up academic deficiencies
will be agreed upon by the student and the student's advisory
committee. Students may be required to take additional elective
courses based on recommendations of their committee.
Credits
| MIC | 516 | Microbial Genetics | 5 |
| MIC | 520 | Virology | 3 |
| MIC | 521 | Virology Lab | 2 |
| MIC | 525 | Bacterial Physiology | 4 |
| MIC | 526 | Food
Microbiology | 4 |
| MIC | 540 | Bioinformatics | 2 |
| BIO |
506 | Parasitology | 4 |
| BIO |
512 | Mycology | 3 |
| BIO | 513 | Medical Mycology | 3 |
| BIO | 535 | Molecular Biology | 3 |
| BIO | 536 | Molecular Biology Laboratory | 1 |
| BIO | 701 | Communication in theBiological Sciences | 4 |
| CHM | 517 | Biochemistry I | 3 |
| CHM | 518 | Biochemistry II | 3 |
| MLS | 525 | Molecular Pathology | 3 |
| MLS | 530 | Medical Laboratory Management & Education | 2 |
| HED
755 | Epidemiology and Public Health Issues | 3 |
Admission to the microbiology
concentration requires a minimum of one introductory microbiology
course --Fundamentals of Microbiology (MIC 230 or equivalent).
Students lacking an introductory microbiology course may be
conditionally admitted to the concentration contingent on remediation
of this prerequisite. This concentration requires completion of a
research thesis (MIC 799, 2-6 credits) in an area of microbiology,
passing an oral comprehensive exam and completion of 30 credits of
graduate course work with at least 20 credits from the following
list. The remaining credits are selected by the student and the
advisory committee.
Credits
| MIC | 506 | Immunology | 4 |
| MIC | 507 | Pathogenic Bacteriology | 4 |
| BIO | 506 | Parasitology | 4 |
| BIO | 512 | Mycology | 4 |
| BIO | 513 | Medical Mycology | 3 |
| MIC | 516 | Microbial
Genetics | 5 |
| MIC |
520 | Introductory Virology | 3 |
| MIC | 521 | Virology Lab | 2 |
| MIC | 525 | Bacterial Physiology | 5 |
| MIC | 526 | Food
Microbiology | 4 |
| MIC | 527 | Industrial and Fermentation Microbiology | 3 |
| MIC | 528 | Fermentation
Microbiology Laboratory | 2 |
| MIC | 534 | Aquatic Microbial Ecology | 3 |
| BIO | 535 | Molecular Biology | 3 |
| BIO |
536 | Molecular
Biology Laboratory | 1 |
| MIC | 540 | Bioinformatics | 2 |
| MIC | 554 | Mechanisms of Microbial Pathogenicity | 2 |
| MIC |
714 | Advanced
Genetics | 3 |
| MIC | 721 | Directed Studies | 1-2 |
| MIC | 730 | Biodegradation and Bioremediation | 2 |
| MIC | 755 | Advanced Immunology | 2 |
| MIC | 799 | Research: Master's Thesis | 1-6 |
Total Credits 30
This concentration is jointly
offered by the Department of Biology and Franciscan Skemp Healthcare,
La Crosse, Wisconsin. Students simultaneously complete requirements
for the master of science degree in biology and educational
requirements to become a Certified Registered Nurse Anesthetist (CRNA). Candidates for this concentration must apply separately and
be accepted into the Franciscan Skemp Healthcare School of
Anesthesia. This concentration requires (1) passing an oral
comprehensive exam and (2) completion of the core curriculum of 30
credits.
CRNA Core Curriculum Credits
| BIO | 501 | Human Gross Anatomy | 7 |
| BIO | 524 | Endocrinology | 3 |
| BIO | 713 | Physiology of Drug Action | 2 |
| BIO | 715 | Pathophysiology I | 3 |
| BIO | 717 | Pathophysiology II | 3 |
| BIO | 718 | Advanced HumanPhysiology I | 4 |
| BIO | 719 | Advanced Human Physiology II | 4 |
| CHM | 530 | Chemistry in Health Sciences | 4 |
Total Credits 30
This concentration requires
(1) completion of a research thesis in an area of animal physiology,
(2) passing an oral comprehensive exam, and (3) completion of 30
credits with at least 15 credits from the following list; remaining
credits are to be selected by the student and the advisory
committee.
Credits
| BIO | 517 | Animal Physiology | 4 |
| BIO | 524 | Endocrinology | 3 |
| BIO | 528 | Animal Metabolism, Nutrition and Disease | 3 |
| BIO | 532 | Biology of Cancer | 2 |
| BIO | 535 | Molecular Biology | 3 |
| BIO | 536 | Molecular Biology Laboratory | 1 |
| BIO | 565 | Neurophysiology | 4 |
| BIO | 718 | Advanced Human Physiology I | 4 |
| BIO | 719 | Advance Human Physiology II | 4 |
| BIO | 799 | Research: Master's Thesis | 1-6 |
Total Credits 30
With the approval of the
student's advisory committee, other courses may be substituted for
those listed.

BUSINESS ADMINISTRATION
The College of Business
Administration is an institution of higher education dedicated to the
personal and professional development of its students. The college's
programs provide our students with an integrated business education
at the undergraduate and masters' levels that prepares them for
successful professional careers. Our graduates will be prepared to be
effective problem solvers, ethical decision-makers, and life-long
learners in a dynamic, diverse world
environment.
The University of
Wisconsin-La Crosse offers a program of evening and online courses in
business leading to the Master of Business Administration (MBA)
degree. The program, which is accredited by AACSB International --
The Association to Advance Collegiate Schools of Business, is
designed for qualified students, regardless of area of undergraduate
preparation.
The overall objective of
the program is to prepare graduates for positions of leadership in
business and public administration. The program has been designed to
develop the student's critical, analytical, problem solving and
decision-making capabilities and to provide basic knowledge useful in
the solution of management problems.
ADMISSION
Applicants for admission to
the program must apply through the University Admissions Office. In
order to be admitted in good standing, applicants must meet the
University requirements including a minimum grade point average (GPA)
of 2.85 (or 3.00 for the last half of undergraduate work) on a 4.00
scale and demonstrate the ability to successfully complete the MBA
program. Performance on the GMAT and prior academic work will be used
as indicators of ability. International students are required to take
the Test of English as a Foreign Language (TOEFL) and submit their
scores for evaluation. Applicants who meet the minimum standards may
be denied admission because of enrollment limitations.
Foundation
The MBA program has two phases
for qualified applicants with foundation course deficiencies. Such
applicants will be admitted to the program while they complete their
remaining foundation course work.
Foundation Courses
ECO 110 and ECO 120
or
ECO 703 and ECO 704
ACC 221 and ACC 222
or
ACC 703 and ACC 704
MKT 309 or MKT 700
FIN 355 or FIN 701
MGT 393 or MGT 702
MGT 308 or MGT 703
MGT 205
I-S 220
MTH 205
(A minimum grade of "C" is required in
all foundation courses completed pre- or
post-baccalaureate.)
Students completing foundation
courses must achieve a minimum grade point average of 3.00. Students
who earn less than a "C" grade in any foundation course will be
dropped from the program.
Some courses are offered
via the Internet in an accelerated format that may allow completion
of the foundation program in one calendar year.
Credit by exam (test
out) is available for several foundation courses. Information should
be obtained from the program director.
MBA
Qualified applicants who have
completed at least 80% of the foundation courses are admitted to the
graduate degree requirement phase. (Remaining foundation courses must
be completed within the first two semesters of graduate study.)
Course requirements for the degree are listed below:
Masters Degree Requirements:
Credits
| BUS | 730 | Decision Framing and Decision Making in Complex
Environments | 3 |
| BUS | 731 | Decision Making in Complex Environments | 3 |
| BUS | 735 | Business Decision-Making Methodology and
Research | 4 |
| BUS | 750 | Managing in an Environmentally and Socially Conscious
World | 3 |
| BUS | 755 | Managing in a Changing Technological
Environment | 3 |
| BUS | 760 | Managing in a Global Environment | 4 |
| BUS | 790 | Assessment | 1 |
| | Electives* | 9 |
| |
Minimum Credits | 30 |
*Elective credits must be
selected from course work approved by the MBA Program Director.
Several options are available for students to complete the elective
credit requirement. These options include:
--MBA elective course work
from UW-La Crosse or other institutions with the approval of the MBA
program director.
--Directed Internship
Experience (maximum 6 credits)
--Directed Independent Study
(maximum 3 credits)
--Research: Masters Thesis
(maximum 6 credits)
All students must complete at least six
elective credits at the 700 level.
SATISFACTORY PROGRESS
A 3.00 grade point average in
courses counting toward the MBA is required for graduation. Students
must be able to achieve this grade point average in, at most, 36
credits or they will be dropped from the program. A student earning a
"D" or "F" in a graduate level course, whether it has been taken on
this campus or at another university, will be dropped from the
program. A maximum of six credits of "C" may be applied to the
MBA.
RESTRICTIONS
Enrollment in MBA courses is
restricted to graduate students in the MBA program, unless given
special permission by the program director. Graduate students from
other programs could be permitted to take, at most, six credits of
500/600/700 level MBA courses.

The master's program in
College Student Development and Administration (CSDA) at the
University of Wisconsin-La Crosse is a graduate program that focuses
on educating and training professionals to work in post-secondary
institutions. The CSDA program utilizes a student development
emphasis as the theoretical basis of the program. The objective of
developing an appropriate theoretical background, complemented with
practical work experience, is designed to facilitate entry into a
variety of college student development and administration positions
and to provide current and relevant information through the use of
full-time practicing professionals who instruct the program. Some of
the many areas in which students may choose to specialize their
preparations or to seek positions upon graduation include: Residence
Life/Housing, Admissions/Registration, Financial Aid, Academic
Skills, Counseling/Testing, Placement/Career Advising, Student
Development, Student Life, Student Activities/Programs/Centers, or
similar support services.
ADMISSION
Admission to graduate study
does not constitute admission to the College Student Development and
Administration program. Procedures for admission to the program are
as follows:
1. Completion of the CSDA
Program Application and Personal Data Sheet.
2. Submission of three
letters of recommendation from recent supervisors and/or
undergraduate advisers
or
Submission of placement papers
(if available.)
3. Submission of a
personal writing
sample on a current
issue in higher education.
4. An interview either on
campus or by telephone with the Admissions Committee.
Graduate students in the CSDA
program have the following options from which to choose to complete
their course of study: thesis, seminar paper, or comprehensive
examination.
Enrollment in CSDA courses
is restricted to graduate students in the CSDA program, unless given
special permission by the program director.
PROGRAM REQUIREMENTS
(35--38 credits)
Credits
| SDA | 702 | Student Development Theory I | 4 |
| SDA | 703 | Advising and Helping Relationships | 2 |
| SDA | 705 | Higher Education and the Student Personnel
Function | 3 |
| SDA | 708 | Multicultural Groups, Special Populations and |
Environmental Interactions 3
| SDA | 710 | Administration in Higher Education | 2 |
| SDA | 715 | Student Development Theory II | 3 |
| SDA | 730 | Legal Issues in Student Affairs | 2 |
| SDA | 740 | Organization Theory and Behavior | 3 |
| SDA | 761 | Research and Evaluation* | 3-4* |
| SDA | 775 | Student Affairs Administrative Practicum. | 2** |
| SDA | 776 | Student Affairs Programming Practicum. | 2** |
| SDA | 781 | College Student Development and Administration
Internship | 3** |
| SDA | 790 | Capstone Seminar | 2 |
| SDA | 799 | Research: Master's Thesis 4
or
Electives (agreed upon by
student & adviser) | 3-4 |
| |
Total Required Credits | 35-38 |
| | | |
* Three credits for those
students who choose the thesis or comprehensive examination option;
four credits for those students who choose the seminar paper.
**Students with prior/current
experience in higher education may have one required experience
waived (775, 776, or 781) contingent upon submitting required
documentation and receiving program director's approval.
The Master of Education --
Professional Development (ME-PD) program in the School of Education
offers graduate degrees in two areas: 1) professional development,
which is designed for graduate students who want to develop
education-related competencies specifically for job needs and
professional growth, and 2) initial certification, which is designed
for students who wish to obtain a license to teach in early
childhood, elementary, middle level, and secondary classrooms.
Graduate students in the ME-PD program must complete a culminating
project chosen from the following options: thesis, seminar paper, or
comprehensive examination.
PROFESSIONAL DEVELOPMENT
The ME-PD non-certification
option has the flexibility to meet the individual, intellectual needs
and professional goals of many graduates with baccalaureate degrees.
Certified teachers seeking to meet desired professional advancement
goals or students wishing to pursue a master's degree for other
career goals may, with the assistance of an adviser, plan
individualized programs of study in coordination with a prescribed
set of core courses totaling 12 graduate credits (listed below).
Students typically choose two to three areas of concentration and
have the option of creating an interdisciplinary program of study.
Each program must contain a minimum of either a) 30 graduate semester
hours, including at least 15 credits at the 700-level and completion
of a seminar/thesis paper or b) 36 graduate semester hours, including
at least 18 credits at the 700-level and completion of the
comprehensive examination.
Required Core
(12 credits)
Credits
C-I 630 Understanding Diverse Learners 3
or
| EFN | 705 | Human Relations in School and Society | 3 |
| C-I | 752 | Principles & Problems of Curriculum
Development | 3 |
| EFN | 701 | The
Teacher and the Educational Community | 3 |
| EFN | 760 | Theory and Practice in Educational Research | 3 |
In addition to above courses,
each student must develop a study plan before obtaining 12 graduate
credits. This plan includes the following criteria and must be
personally presented to the ME-PD Board of Review for final
approval:
1. Written statement of
professional goals and objectives.
2. List of courses to be
completed that address the goals and objectives.
3. Indicate selection of
seminar paper/thesis or comprehensive examination option.
4. Have student's
graduate faculty adviser's signature indicating approval.
The ME-PD degree leading to
initial certification is for students possessing a baccalaureate
degree who wish to obtain licensure to teach early childhood through
middle childhood (birth to age 11), middle childhood through early
adolescence (ages 6-12/13), early adolescence though adolescence
(ages 10-21) or early childhood through adolescence (ages birth-21)
while simultaneously earning a master's degree. Students may, with
the assistance of an adviser, plan graduate programs that meet
licensure requirements in certifiable major and minor areas.
Admission to the ME-PD initial
certification program is competitive; students meeting the following
requirements are not guaranteed admission into the program.
Successful applicants are usually required to begin their programs
during the fall semester. Applications are accepted between January 1
and March 1. Minimum requirements for admissioninclude:
1. Have earned and
maintained a 3.00 cumulative grade point average in all college
course work and a 3.00 or better in any major and/or minor in which
certification is sought.
2. Have earned passing
scores on the
Pre-Professional Skills Test (Reading -- 175, Mathematics -- 173,
Writing -- 174). These scores must be submitted to the School of
Education directly through the PPST examination center.
3. Complete an
application for admission to the professional program in teacher
education.
4. Submit a 300-500 word
personal
statement per School of
Education guidelines.
5. Submit at least one
(1) letter of recommendation from someone who can best address your
potential as a future teacher.
6. Complete an
application for admission to Graduate Studies at UW-La Crosse.
The ME-PD Learning Community
option, designed for school professionals or educators, enables
students to develop values and standards for successful teaching and
learning while weaving research and reflection into a continuous
process that fosters the highest academic application. During the
first year of the program, participants develop learning standards
focused on the contemporary needs of elementary and secondary
classrooms. During the second year, growth/ improvement plans will be
written for each of these standards. This program is offered through
a partnership with the School of Education, Office of Continuing
Education and Extension, and Learning Quest, Inc. This unique program
is offered during the academic year beginning each fall semester.
Students come together as a community cohort one weekend each month
for two years (summers excluded). This integrated approach to
learning is made up of 30 credits that equal 480 hours of weekend
courses and time within one's classroom/ school. Students complete
the following four semester spiraled curriculum as well as a graduate
capstone project, which serves as their culminating activity:
Learning Community:
Credits
Year 1 -- Semester I
| C-I | 752 | Principles and Problems for Curriculum
Development | 3 |
| EFN | 715 | Issues and Trends in Education | 3 |
| EFN | 750 | Guided Learning | 3 |
Year 1 -- Semester II
| C-I | 590 | Teaching Thinking Skills | 3 |
| C-I | 751 | Teacher Inquiry: Assessing Classroom Practices | 3 |
| EFN | 630 | Understanding Diverse Learners | 2 |
Year 2 -- Semester I
| EDM | 602 | Instructional Technology | 3 |
| EFN | 750 | Guided Learning | 2 |
| EFN | 760 | Theory & Practice in Educational Research | 3 |
Year 2 -- Semester II
SPE 525 Psychological Principles of Teaching
Children with
Learning
& Behavioral Problems 3
| C-I | 761 | Seminar Paper | 2 |
| EFN | 750 | Guided Learning | 2 |
This option is designed for
students possessing a baccalaureate teaching degree who wish to
obtain licensure in Library Media. Courses are offered evenings,
weekends and summer sessions. Students who begin in the fall semester
can complete initial certification requirements in two semesters and
summer school.

The sport administration
program prepares professionals for managerial positions in the sport
industry such as athletics, sports/fitness centers, professional
sports, sport/athletic equipment merchandising, and
intramural/recreational sports. Students may select a thesis (36
credits) or non-thesis option (36 credits). Students choosing the
non-thesis option must successfully apply for and complete
comprehensive written exams in the Department of Exercise and Sport
Science.
The following prerequisites
must be
met for entry into this Master
of Science program:
1. A physical
education/kinesiology, sport/exercise science, or sport
administration/management degree from an accredited four-year
institution.
or
2. Documented course work
in:
--human anatomy (3 credits)
--human physiology (3 credits)
Category A -- Research
Thesis Option (12 credits)
Required Courses: Credits
| EFN | 730 | Introduction to
Research | 3 |
| EFN | 735 | Interpretation of Statistical Data | 3 |
| ESS | 799 | Research: Master's Thesis | 6 |
Non-thesis Option (6 credits)
Required Courses: Credits
| EFN | 730 | Introduction to Research | 3 |
| EFN | 735 | Interpretation of Statistical Data | 3 |
or
ESS 752 Assessment
of Physical Education and Athletics 3
Written Comprehensive Exam
Category B -- Core Requirements
(24 credits) Credits
| ESS | 545 | Planning Facilities in Physical Activity and
Sport | 3 |
| ESS | 702 | Sport Administration | 3 |
| ESS | 738 | Financial Management for Sport Programs | 3 |
| ESS | 739 | Current Issues in Sport Law | 3 |
| ESS | 754 | Sport Marketing | 3 |
| ESS | 788 | Internship in Sport Administration | 6 |
Select one of the following
three courses:
| ESS | 749 | Psychological Aspects of Sport | 3 |
| ESS | 760 | Problems in Athletics | 3 |
| ESS | 766 | Sports in American Culture | 3 |
Category C -- Electives
(non-thesis option only -- 6 credits)
Elective credits must be
related to the field of sport administration or teaching. All
electives must be approved by the program director or adviser prior
to course enrollment.
Up to three credits of ESS
560, Clinical Forum, will count toward this option.
The physical education
teaching program is designed as a practitioner-oriented program for
physical education teaching professionals seeking additional
qualifications and expertise in areas such as teaching methods and
styles, new and innovative curricular design, analysis of effective
teaching, and supervision. Students may also choose to complete one
of the following emphases as part of their program electives: 1)
adventure/outdoor pursuits; 2) special populations; or 3) health as a
lifestyle. Students must select either the thesis option (32 credits)
or non-thesis option (32 credits). Students choosing the non-thesis
option must successfully apply for and complete comprehensive written
exams in the Department of Exercise and Sport Science. The physical
education teaching program does not result in a K-12 teaching
certificate. Additional course work may be required based on
previously completed undergraduate course work.
Prerequisites or equivalents are:
1. Undergraduate
major/minor in physical education and/or sport science/management
from an accredited four-year institution.
2. Documented course work
in the following areas:
-- anatomy/physiology
-- measurement and
evaluation in physical education
-- adapted physical
education
-- motor
development/behavior/child development
Category A -- Research
(6-12 credits)
Thesis Option (12 credits)
Credits
| EFN | 730 | Introduction to Research | 3 |
| EFN | 735 | Interpretation of Statistical Data | 3 |
| ESS | 799 | Thesis | 6 |
Non-Thesis Option
(6-9 credits)
Credits
| EFN | 730 | Introduction to Research | 3 |
| ESS | 736 | Critical Analysis | 3 |
(special populations
only)
ESS 752 Assessment
in Physical Education and Athletics 3
Written comprehensive
examination
Category B -- Core Requirements
(10 credits)
Credits
| ESS | 737 | Curriculum Design in Physical Education | 3 |
| ESS | 759 | Analysis and Supervision of Physical Education | 3 |
| ESS | 771 | Current Issues in Physical Education | 2 |
| ESS | 725 | Diversity in the Physical Activity Setting | 2 |
Category C -- Electives
(Thesis option -- 10 credits)
(Non-Thesis option -- 16 elective
credits)
Elective courses must be
related to the field of teaching. A student may select one of the
concentrations or a variety of courses offered in exercise and sport
science, health education, and educational studies departments.
All electives must be
pre-approved by the program director. Up to six (6) credits of ESS 560, Clinical Forum, will count
toward this category.
CONCENTRATION OPTIONS
Adventure/Outdoor Pursuits:
(16 credits)
Credits
| ESS | 745 | Pedagogy of Outdoor Physical Education | 3 |
| ESS | 765 | Adventure Theory | 3 |
| ESS | 777 | Seminar in Adventure/Research | 2 |
| ESS | 778 | Practicum in Adventure/Outdoor Pursuits | 2 |
| Electives | Non-Thesis Option | 6 |
Special Populations:
(16 credits)
Credits
| ESS | 530 | Cause and Effect | 4 |
| ESS | 765 | Adventure Theory | 3 |
| ESS | 787 | Clinical Internship | 3 |
| ESS | 792 | Seminar: Special Physical Education | 3 |
| Electives | Non-Thesis Option | 3 |
Health as a Lifestyle:
(16 credits)
Credits
| SHE | 705 | Essentials of Health and Wellness | 4 |
| SHE | 715 | Health Education Curriculum and Pedagogy | 3 |
| SHE | 720 | Youth and Adolescent Issues | 3 |
| Electives | Non-Thesis Option | 6 |
ATHLETIC TRAINING CONCENTRATION
The Graduate Athletic Training
Concentration provides advanced study for Certified Athletic Trainer.
The concentration provides students the opportunity to expand their
knowledge and further develop their athletic training skills. The
concentration can be completed by
graduate students meeting the
following criteria:
-- unconditional
admission to a UW-L graduate program
-- successfully passed
the National Athletic Trainers' Association - Board of Certification
Examination
Graduates who have completed
the concentration are prepared to:
-- conduct applied
research in high school, university and clinical settings
-- pursue advanced
scholarly activities in athletic training
-- incorporate scientific
knowledge into professional practice
Graduates may be employed in:
-- colleges and universities
-- sports medicine centers
-- high schools
-- hospital,
rehabilitation and clinical settings
-- industrial and
corporate settings
-- professional sports
Concentration requirements:
Credits
| ESS | 730 | Athletic Activity Injury/ Illness Evaluation | 3 |
| ESS | 731 | Rehabilitation of Athletic Musculoskeletal | 3 |
| ESS | 732 | Advanced Athletic Activity Injury Management | 3 |
| ESS | 733 | Advanced Athletic Training Clinical | 4 |
| ESS | 773 | Physical Education in |
| | Higher Education | 3 |
TOTAL CREDITS 16
The Master of Science in
Exercise and Sport Science-Human Performance is a multi-disciplinary
program of advanced study designed to prepare graduates for a career
in one of the following areas: 1) fitness; 2) strength and
conditioning; or 3) research (exercise physiology or biomechanics).
Students will select one of these emphasis areas upon entry to the
degree program. A concentration in Athletic Training is also
available with the Human Performance program option.
Application deadline is
February 1 of each year for fall and summer semesters, October 1 for
spring semester.
Graduate Preparation Goals:
-- serve as fitness
professional in health club, fitness facility or corporate fitness
facility
-- serve as head or
assistant strength and conditioning coach for DI, DII or DIII
university sports or professional and semi-professional sports
-- pursue a doctoral
degree and a career as an exercise scientist (teaching and research
at the university level)
* Other courses may be
selected with the consent of the program director.
** Total combined credits
for all readings classes may be no greater than three.
FITNESS EMPHASIS
(Thesis or Non Thesis):
At least one-half of the
credits must be earned at the 700 level. Students choosing the
non-thesis option must successfully complete written comprehensive
examinations at the end of the program.
Prerequisite Courses (or equivalent) and Requirements for Admission:
Credits
GRE Scores
| ESS | 205 | Human Anatomy | 3 |
| ESS | 206 | Human Physiology | 3 |
| ESS | 302 | Physiology of Exercise | 2 |
| ESS | 303 | Biomechanics | 2 |
Course Requirements:
Category A --Research
Thesis Option (12 credits)
Credits
| EFN | 730 | Introduction to Research | 3 |
| EFN | 735 | Interpretation of Statistical Data | 3 |
| ESS | 799 | Research: Master's |
Thesis 6
Non-Thesis Option (6 credits)
Credits
EFN 730 Introduction
to Research 3
and
EFN 735 Interpretation of Statistical
Data 3
or
ESS 752 Assessment
of Physical Education and Athletics 3
Category B -- Core Requirements
(13-15 credits)
Credits
| ESS | 749 | Psychological Aspects of Sport | 3 |
| ESS | 750 | Mechanics and Analysis of Movement | 3 |
| ESS | 751 | Advanced Biomechanics | 3 |
| ESS | 761 | Laboratory Techniques in Human Performance --
Biomechanics | 2 |
| ESS | 762 | Laboratory Techniques in Human Performance -- Exercise
Physiology | 3 |
| ESS | 763 | Laboratory Techniques in Human Performance -- Motor
Learning | 2 |
| ESS | 768 | Psychomotor Bases of Skilled Performance | 3 |
| ESS | 770 | Physiology of Activity | 3 |
Category C -- Electives*
Thesis Option (7-9 credits)
Non-Thesis Option (13-15 credits)
Credits
| ESS | 545 | Planning Facilities in Physical Activity and
Sport | 3 |
| ESS | 560 | Clinical Forum Appropriate Topics | 3 |
| ESS | 680 | Injury Prevention, Management andRehabilitation
| 2 |
| ESS | 730 | Athletic Activity Injury/Illness
Evaluation | 3 |
| ESS | 731 | Rehabilitation of Athletic Musculoskeletal | 3 |
| ESS | 732 | Advanced AthleticActivity Injury Management | 3 |
| ESS | 733 | Advanced AthleticTraining Clinical | 2 |
(maximum of 4)
| ESS | 739 | Current Issues in Sport Law | | 3 |
| ESS | 742 | Perceptual Motor Development of Children | 3 |
| ESS | 766 | Sports in America Culture | 3 |
| ESS | 769 | Application of Muscle Physiology to Strength/ Power
Training | 3 |
| ESS | 780 | Organization and Administration of Adult Fitness and Cardiac
Rehabilitation Programs | 3 |
| ESS | 784 | Advanced Cardiovascular Physiology | 3 |
| ESS | 789 | Internship: Human Performance | 3 |
| **ESS | 794 | | Readings in Sports Psychology | 1-3 |
| ESS | 795 | | Independent Study |
credits) 1-3
maximum of 6)
| **ESS | 796 | Readings in Biomechanics | 1-3 |
| **ESS | 797 | Readings in Exercise Physiology | 1-3 |
| **ESS | 798 | Readings in Motor Learning | 1-3 |
| BIO | 524 | Endocrinology | 3 |
| BIO | 535 | Molecular Biology | 3 |
| BIO | 565 | Principles of Neurobiology | 3 |
| BIO | 718 | Advanced Human Physiology I | 4 |
| BIO | 719 | Advanced Human Physiology II | 4 |
STRENGTH AND CONDITIONING EMPHASIS
(Non Thesis only):
Prerequisite Courses (or equivalent) and Requirements for Admission:
Credits
GRE Scores
| ESS | 205 | Human Anatomy | 3 |
| ESS | 206 | Human Physiology | 3 |
| ESS | 302 | Physiology of Exercise | 2 |
| ESS | 303 | Biomechanics | 2 |
| ESS | 368 | Strength Training Theory and Techniques | 2 |
Two Letters of Recommendation
CSCS Preferred
Course Requirements:
Category A --Research (6 credits)
Credits
| EFN | 730 | Introduction to Research | 3 |
| ESS | 752 | Assessment of Physical Education &
Athletics | 3 |
Category B --Core Requirements (24
credits)
Credits
| ESS | 545 | Planning Facilities in Physical Activity and
Sport | 3 |
| ESS | 702 | Sport Administration | 3 |
| ESS | 738 | Financial Management for Sport Programs | 3 |
| ESS | 749 | Psychological Aspects of Sport | 3 |
| ESS | 750 | Mechanics and Analysis of Movement | 3 |
| ESS | 769 | Application of MusclePhysiology to Strength/Power
Training | 3 |
| ESS | 770 | Physiology of Activity | 3 |
| ESS | 789 | Internship: HumanPerformance | 3 |
Category C --Electives
(2 credits minimum)
Credits
| ESS | 739 | Current Issues in Sport Law | 3 |
| ESS | 754 | Sport Marketing | 3 |
| ESS | 760 | Problems in Athletics | 3 |
| ESS | 766 | Sports in American Culture | 3 |
| ESS | 768 | Psychomotor Bases of Skilled Performance | 3 |
| ESS | 795 | Independent Study | 1-3 |
(maximum of 6)
RESEARCH EMPHASIS
(Thesis only):
EXERCISE PHYSIOLOGY
Prerequisite Courses (or equivalent) and Requirements for Admission:
Credits
GRE Scores
| ESS | 205 | Human Anatomy | 3 |
| ESS | 206 | Human Physiology | 3 |
| ESS | 302 | Physiology of Exercise | 2 |
| ESS | 303 | Biomechanics | 2 |
| BIO | 315 | Cell
Biology | 4 |
| CHM | 103 | General Chemistry I | 5 |
| CHM | 104 | General Chemistry II | 5 |
| CHM | 303 | Organic Chemistry Theory I | 3 |
Two Letters of Recommendation
Graduate Faculty (UW-L) Letter
of Intent for Mentorship
Course Requirements (39 credits)
Category A -- Research
(12 credits) Credits
| EFN | 730 | Introduction to Research | 3 |
| EFN | 735 | Interpretation of Statistical Data | 3 |
| ESS | 799 | Research: Master's Thesis | 6 |
Category B -- Core Requirements (20
credits)
Credits
| ESS | 762 | Lab Techniques in Human Performance - Exercise
Physiology | 3 |
| ESS | 769 | Application of Muscle Physiology to Strength/ Power
Training | 3 |
| ESS | 770 | Physiology of Activity | 3 |
| *ESS | 789 | Internship: Human Performance | 3 |
(minimum of 120 hours)
| BIO | 718 | Advanced HumanPhysiology I | 4 |
| BIO | 719 | Advanced Human Physiology II | 4 |
*Internship must be in
approved external research facility.
Category C -- Related Requirements (7
credits)
Credits
| BIO | 524 | Endocrinology | 3 |
| BIO | 535 | Molecular Biology | 3 |
| BIO | 536 | Molecular BiologyLaboratory | 1 |
RESEARCH EMPHASIS
(Thesis only):
BIOMECHANICS
Prerequisite Courses (or equivalent) and Requirements for Admission:
Credits
GRE Scores
| ESS | 205 | Human Anatomy | 3 |
| ESS | 303 | Biomechanics | 2 |
| CHM | 103 | General Chemistry I | 5 |
| CHM | 104 | General Chemistry II | 5 |
| MTH | 207 | Calculus I | 5 |
| PHY | 103 | Fundamental Physics I | 4 |
| PHY | 104 | Fundamental Physics II | 4 |
Two Letters of Recommendation
Graduate Faculty (UW-L) Letter
of Intent for Mentorship
Course Requirements (40 credits)
Category A --Research
(12 credits) Credits
| EFN | 730 | Introduction to Research | 3 |
| EFN | 735 | Interpretation of Statistical Data | 3 |
| ESS | 799 | Research: Master's Thesis | 6 |
Category B -- Core Requirements (17
credits) Credits
| ESS | 560 | Clinical Forum Appropriate Topics | 3 |
| ESS | 750 | Mechanics & Analysis of Movement | 3 |
| ESS | 751 | Advanced Biomechanics | 3 |
| ESS | 761 | Lab
Techniques in Human Performance - Biomechanics | 2 |
| *ESS | 789 | Internship: Human Performance | 3 |
(minimum of 120 hours)
ESS 796 Readings in
Biomechanics 3
*Internship must be in
approved external research facility.
Category C --Related Requirements (11
credits)
Credits
| ESS | 763 | Lab
Techniques in Human Performance -Motor Learning | 2 |
| ESS | 768 | Psychomotor Bases of Skilled Performance | 3 |
| ESS | 769 | Application of Muscle Physiology to Strength/Power
Training | 3 |
| BIO | 565 | Principles of Neurobiology | 3 |
Graduate programs leading to a
master of science degree are available in two areas of concentration
in health education:
(1) Community Health Education (non-thesis only) which is designed to prepare
individuals for employment in community health agencies, and
(2) School Health Education (thesis and non-thesis options), which is designed to
prepare certified public school personnel for teaching,
administration, and/or curriculum coordination of school health
programs.
For each program,
students must complete individually prescribed undergraduate course
work to meet prerequisite requirements. Graduate students from other
programs are not allowed to enroll in health education graduate
courses unless departmental approval has been given.
ADMISSIONS REQUIREMENTS
The following requirements
must be satisfied in order to be admitted into the master of science
degree program in health education and health promotion.
I. Students must receive
acceptance to graduate study in health education and health promotion
from the Graduate Admissions Office. The letter of acceptance from
the Graduate Admissions Office may include an evaluation of previous
academic work including deficiencies and/or specific prerequisite
program requirements.
II. Applicants must be
granted unconditional admission to graduate study (a 2.85 GPA or
above will satisfy grade point requirement), or must be admitted "on
probation" to graduate study.
III. Students must
complete deficiencies as determined by the health education and
health promotion graduate faculty.
Note:
All deficiencies and/or
special prerequisites must be satisfied before the student has
accumulated 12 graduate credits. Students have the option of
completing these requirements prior to attending the university or
prior to the accumulation of 12 graduate credits.
Appeals of admission denied:
Any student denied admission
into the master's program may request a program admission review. A
written request for review must be submitted to the health education
and health promotion department chair. This request will be forwarded
to an appeals committee for the review of the admission status.
Note: Graduate credit will not be awarded for any course in
which undergraduate credit was received. This applies to all graduate
programs offered in the College of Health, Physical Education,
Recreation, and Teacher Education.
COMMUNITY HEALTH EDUCATION CONCENTRATION
Non-thesis Option (43 Credits)
Required Courses: Credits
| CHE | 598 | Community Health Education Preceptorship | 5 |
| HED | 703 | Health Education Foundations | 3 |
| HED | 706 | Research Tools and Processes | 6 |
| HED | 798 | Graduate Project in Health Education | 4 |
Required Credits 18
Each student will develop a
program of study through advisement to meet individual needs and meet
university requirements. The individualized program will include
courses from each of the following core areas. A minimum of six
credits will be taken in each area.
A. Administration and Program
Development Core*
CHE 566, HED 577, 720, 790,
ESS 780
B. Health Education Processes
and Concepts Core*
HED 567, 701, 755, 770, SHE 560
C. Health Content and Skills Core*
CHE 541, 553, 565, HED 509,
539, 569, 572, 573, 574 586, 707.
Minimum Core Credits 18
Electives Minimum 7
* Special Requests
(e.g.CHE/SHE 575, 595; HED 725; courses from other departments and
campuses) may be approved for inclusion.
SCHOOL HEALTH EDUCATION CONCENTRATION
The master of science in
school health education prepares professionals for positions in
schools as licensed health education teachers and coordinators.
Graduates gain an overview of the content areas of health and an
in-depth understanding of behavior change, leadership styles and
strategies, learning theories, instructional methods and materials,
and curriculum design.
Graduates are prepared to:
-- provide leadership in
establishing and maintaining a healthy school environment
-- understand public
policy related to school health programs
-- demonstrate effective
public relations and leadership methods
-- understand functions
of community agencies
-- assist other teachers
in upgrading skills and knowledge
-- evaluate the
teaching-learning process to determine health needs and interests,
students' progress, and school health education success
-- conduct research and
interpret the results of health-related research
Graduates are employed in:
-- public and private
schools
-- regional education
agencies
-- state education agencies
-- public and private
agencies
-- and/or pursue further
graduate education
Thesis Option (32 Credits)
Required courses:
Research Core Credits
| HED | 706 | Research Tools and Processes | 6 |
| HED | 799 | Research: Master's Thesis | 3 |
Total Credits 9
Health Core**: Credits
| SHE | 710 | Leadership in Health Education | 3 |
| SHE | 715 | Health | 3 |
| SHE | 720 | Adolescent and Youth Health Issues | 3 |
Total Credits 9
Minimum Required
Credits **18 (22)
Elective Courses
With an adviser's approval,
elective courses are selected to develop a health education emphasis
(i.e., curriculum content, health as a lifestyle, administration, or
adventure education). A maximum of twelve credits may be taken
outside the Health Education and Health Promotion Department.
Students who are seeking state health education certification can
select elective courses to meet Wisconsin Department of Public
Instruction (DPI) requirements.
Minimum Elective
Credits **14 (10)
Non-thesis Option (32 Credits)
Required Courses:
Research Core Credits
| HED | 706 | Research Tools and Processes | 3 |
| HED | 798 | Graduate Project in Health Education | 3 |
Total Credits 6
Health Core**: Credits
| SHE | 710 | Leadership in Health Education | 3 |
| SHE | 715 | Health | 3 |
| SHE | 720 | Adolescent and Youth Health Issues | 3 |
Total Credits 9
Minimum Required
Credits **15 (19)
Elective Courses
With an adviser's approval,
elective courses are selected to develop a health education emphasis
(i.e., curriculum content, health as a lifestyle, administration, or
adventure education). A maximum of twelve credits may be taken
outside the Health Education and Health Promotion Department.
Students who are seeking state health education certification can
select elective courses to meet Wisconsin Department of Public
Instruction (DPI) requirements.
Minimum Elective
Credits **17 (13)
Adventure Emphasis (10 Credits)
| ESS | 745 | Pedagogy -- Outdoor Education | 3 |
| ESS | 765 | Adventure Education | 3 |
| ESS | 777 | Seminar in Adventure/Outdoor Physical Education | 2 |
| ESS | 778 | Practicum in Adventure Education | 2 |
Additional Electives
** Students who do not
have an undergraduate degree in Health Education will also be
required to test out of or take SHE 705, Essentials of Health and
Wellness.
The Master of Public Health in
Community Health Education (MPHCHE) prepares health and human
service professionals to serve in various settings where community
health education approaches are employed to improve health and well
being. This practitioner-oriented program addresses behavioral
theory, communication and motivational processes, community
intervention strategies, and evaluation procedures for community
health promotion and primary prevention. As a culminating experience,
students complete a thesis or graduate project in health education."
One of two options is selected by the candidate: Plan A, which
includes a master's thesis, or Plan B, the non-thesis option. Each
option requires the same core courses. Graduate students from other
programs are not allowed to enroll in health education graduate
courses unless departmental approval has been given.
The only degree of its kind in
the UW System, the MPH-CHE is accredited by the Council on Education
for Public Health.
Graduates are prepared to:
-- assess individual and
community health needs
-- plan effective health
education and health promotion programs
-- implement and evaluate
educational experiences
-- coordinate and manage
the provisions of health education services
-- serve as resource
people in health education
-- communicate health and
health education needs, concerns, and resources
-- conduct health
education and promotion research
-- apply research
principles and strategies in health education
-- manage and supervise
health education programs in various settings
Graduates are employed in:
-- public health agencies
-- volunteer and private
agencies
-- hospitals and other
health care settings
-- local, state, and
national governmental agencies
-- business and
industrial settings
ADMISSION REQUIREMENTS
1. Students must complete
an "Application for Admission to Graduate Study" form and specific
MPH-CHE admission materials to be returned to the Admissions Office
by February 15. Following review of the admissions materials by the
departmental review committee, a letter of decision will be sent to
the applicant.
2. Cumulative
undergraduate grade point average (GPA) of not less than 3.00 based
on a minimum of 60 final semester credits or a cumulative
post-baccalaureate GPA of not less than 3.00 based on not less than
nine semester credits as determined by the graduate program director
in the Department of Health Education and Health Promotion.
3. A minimum Graduate
Record Examination (GRE) score of 1500 for the total general test
scores for verbal, qualitative, and analytical measures is strongly
recommended.
4. Three current (within
one year) letters of recommendation on the forms provided.
5. One letter of
application and intent which details your:
-- academic goals within
the MPH program
-- professional goals
-- previous professional
experiences
-- reasons for selecting
an MPH degree program (vs. MS or other master's degree)
-- reasons for wanting to
be a community health educator
-- special interests
within the field of community health education
6. A minimum of one year
of voluntary or salaried post-baccalaureate work experience in one or
more health or social service settings is strongly recommended.
7. A departmental review
committee will assess all submitted materials, to include an
interview when necessary. It is important to note that one's
acceptance or non-acceptance is based upon a comprehensive review of
the above items, and is not based solely on any particular
element.
Prerequisite competency areas:
Chemistry (CHM 100 or 103), Biology (BIO 312-313 or ESS 205 and 206),
Sociology (SOC 110 or 120 or 334), Health Statistics/ Research Design
(CHE 350 or MTH 205), Community Health Education Foundations (CHE 240
or public health education experience), Epidemiology (CHE 340),
Health related experience (one year, or CHE 498 -- 12 credits).
Plan A: Thesis Option (41 Credits)
Required Courses: Credits
| CHE | 598 | Community Health Education Preceptorship | 5 |
| HED | 701 | Contemporary Issues in Health Education | 3 |
| HED | 703 | Health Education Foundations | 3 |
| HED | 706 | Research Tools and Processes | 6 |
| HED | 707 | Environmental Health | 3 |
| HED | 720 | Program Assessment, Planning and Evaluationin Health
Promotion | 3 |
| HED | 755 | Epidemiology and Public Health Issues | 3 |
| HED | 770 | Health Counseling | 3 |
| HED | 790 | Public Health Administration and Organization | 3 |
| HED | 799 | Research: Master's Thesis | 4 |
Electives 5
Total Credits 41
Plan B: Non-thesis Option
(45 Credits)
The Plan B option would
include the 32 required course and preceptorship credits, along with
HED 798, Graduate Project in Health Education, for three credits,
plus 10 credits of electives. The elective credits provide a wide
range of options in the areas of health education concepts and
processes, program development, and skill development. These elective
experiences would be established following discussions with the
community health education graduate studies director in the
Department of Health Education and Health Promotion.
Physical therapists play a
critical role in the delivery of comprehensive health care in today's
society. Upon completion of all curricular requirements, students are
awarded a Master of Science degree in Physical Therapy (MSPT). The
UW-La Crosse Physical Therapy department currently offers two levels
of graduate education. The Level I (or entry-level) program prepares
students to enter the profession of physical therapy. The Level II
program is designed for students who are currently licensed as
physical therapists and are seeking advanced training in clinical
skills, clinical/academic teaching, or research.
The Department of Physical
Therapy at the University of Wisconsin-La Crosse is committed to
educating entry-level Master's degree physical therapists who are
prepared to meet the health care needs of western Wisconsin by
providing services throughout the continuum of health care. Program
graduates are prepared to assume leadership roles in the health care
delivery system as well as community and professional organizations.
Finally, graduates are ready to assume other professional roles:
consultation, education, critical inquiry, administration, and
direction and supervision of personnel.
LEVEL I GRADUATE PROGRAM
The Level I program in
Physical Therapy is designed to train therapists who can enter the
profession as generalists. Program graduates are able to competently
evaluate patients/clients, critically analyze new information, solve
complex patient problems and have developed the skills to be
life-long learners.
Admission Criteria
The criteria for admission to
the Level I program are:
1. An earned
baccalaureate degree (or will earn a baccalaureate degree by the May
following the February 1st application deadline). Pre-professional
core courses must be completed by the February 1st application
deadline. The required pre-professional core courses are:
Credits
General Biology 4
Human Anatomy/Physiology
at 300 level or
equivalent 8
Chemistry 8
Physics 8
Algebra/Trigonometry or
Calculus 3-5
Statistics 3-4
Psychology 6
2. A minimum grade point
average of 3.2 for all undergraduate study
3. Evidence of two
20-hour periods of clinical experience supervised by a physical
therapist
4. Complete application
for admission to the Level I professional program in physical
therapy. Applicants must also apply to UW-La Crosse for graduate
admission.
Selection Process
A student's Level I program
application must be received in the department office by February 1st
to be considered for the next year's class of entering professional
students. The professional program begins in the summer of each
academic year. Students will receive notification of the selection
committee's decision by April 15.
Admission to the Level I
program is competitive. Each year 30 students are selected based on
their undergraduate grade point average (which includes the
pre-professional core requirements), their clinical experience, a
writing sample (which is part of the application form) and their
performance in interviews with members of the selection
committee.
The top 70 Level I applicants,
ranked by grade point average, will be invited for interviews by two
review teams comprised of physical therapy faculty and practicing
clinicians. The review teams will judge the applicants on the basis
of the material in their application file and their performance in
the interviews. Interview questions will be designed to assess the
applicant's understanding of the physical therapy profession,
leadership skills, communication skills, and self-perception.
Applicants should be aware that
admission to the professional program is competitive and not all who
apply can be accommodated. Exceptions may be made in order to achieve
social and cultural diversity to which the University and UW System
are committed.
Level I Program Overview
(97 - 105 credits)
The Level I graduate program
in physical therapy is eight semesters (30 months) long with clinical
experiences dispersed throughout. These experiences include three
8-week internships; two of the 8-week internships are scheduled
during the last semester.
Upon completion of the
first year of the Level I program, students must declare either a
thesis option or advanced clinical skills option. Students will
pursue advanced study in their selected area during the last 18
months of the program. Students electing the thesis option will not
enroll in the third 8-week internship (P-T 776) but will remain on
campus and continue enrollment in
P-T 799 in order to complete
the thesis. Students declaring the advanced clinical skills option
may pursue course work in either:
* Clinical biomechanics
* Neuromuscular
rehabilitation
* Musculoskeletal -
spine emphasis
* Sports physical therapy
Students in the program should
expect to incur additional expenses for books, lab fees, housing and
travel during clinical internships and field trips for course
work.
Level I MSPT Professional Curriculum:
Students declare either a
thesis or advanced clinical elective option during the spring
semester of their first year in the program. Students in both options
take similar course work until the fall semester of their second
year.
Year I -- Summer Session Credits
| PT | 521 | Human Anatomy (10 weeks) | 7 |
| PT | 522 | Physiology | 3 |
| PT | 561 | Applied Anatomical Assessment | 3 |
Total 13
Year I -- Fall Semester Credits
| P-T | 523 | Kinesiology and Biomechanics of Normal and Abnormal
Movement | 3 |
| PT | 524 | Physiological Regulation of Exertion and
Disease | 3 |
| PT | 525 | Neuroanatomy | 3 |
| PT | 531 | Basic Handling in Patient Care | 2 |
| PT | 532 | Physical Agents I | 3 |
| P-T | 541 | Communication and Interpersonal Skills | 1 |
| P-T | 549 | PT
Practice | 1 |
| PT | 562 | Scientific and Clinical Foundation for Evaluation and
Treatment of Musculoskeletal Conditions |
| | | 2 |
| PT | 646 | Professional Ethics | 1 |
Total 19
Year I -- J-Term
PT 571 Clinical Fieldwork I (ECF -2
weeks) 1
Total 1
Year I -- Spring Semester Credits
| PT | 526 | Pathophysiology | 2 |
| PT | 527 | Life
Span Motor Development | 3 |
| PT | 533 | Cardiopulmonary -- |
Evaluation and
Treatment 3
| PT | 534 | Physical Agents II | 3 |
| P-T | 644 | Psychological & Social Issues of Disability | 2 |
| PT | 664 | Musculoskeletal Evaluation and Treatment: Upper
Extremity | 3 |
| P-T | 682 | Statistical Methods | 2 |
Total 18
Year II -- Summer Session Credits
| PT | 551 | Neural Basis of Movement I | 3 |
| PT | 672 | Clinical Fieldwork II (Rural care - 4 weeks) | 2 |
| PT | 681 | Research Methods | 3 |
| PT | 683 | Instrumentation | 2 |
Total 10
Thesis Option
Year II -- Fall Semester Credits
| PT | 563 | Musculoskeletal Evaluation and Treatment:Lower
Extremity | 3 |
| PT | 642 |
Clinical Teaching | 1 |
| PT | 652 | Neural Basis of Movement II | 4 |
| PT | 665 | Musculoskeletal Evaluation and Treatment: Spine | 3 |
| PT | 799 | Research: Master's Thesis | 2 |
Total 13
Year II -- J-Term
PT 673 Clinical Fieldwork III (Ortho - 4
weeks) 2
Total 2
Year II --Spring Semester Credits
| P-T | 635 | Prosthetics | 1 |
| P-T | 643 | Health Care Systems | 2 |
| PT | 645 | Advanced Seminar I | 1 |
| PT | 653 | Neural Basis of Movement III | 4 |
| PT | 748 | Practice Issues | 1 |
| PT | 799 | Research: Master's Thesis | 2 |
Total 11
Year III --Summer Session Credits
PT 774 Clinical Fieldwork (Rehab - 8
weeks) 4
Total 4
Year III --Fall Semester Credits
| PT | 775 | Clinical Fieldwork V (Acute - 8 weeks) | 4 |
| P-T | 799 | Research: Master's Thesis | 2 |
Total 6
Total Credits
Thesis Option 97
Advanced Clinical Elective
Option
Year II -- Fall Semester Credits
| PT | 563 | Musculoskeletal Evaluation and Treatment: Lower
Extremity | 3 |
| P-T | 642 | Clinical Teaching | 1 |
| P-T | 652 | Neural Basis of Movement II | 4 |
| P-T | 665 | Musculoskeletal Evaluation and Treatment: Spine | 3 |
| P-T | | PT Advanced Elective (692, 696 or 697) | 2-3 |
| P-T | 699 | P-T Independent Study (required for neuro, sports, spine
options) | 1-2 |
Total 13-16
Year II --J-Term Credits
PT 673 Clinical Fieldwork III (Ortho - 4
weeks) 2
Total 2
Year II --Spring Semester
| P-T | 635 | Prosthetics | 1 |
| P-T | 643 | Health Care Systems | 2 |
| P-T | 645 | Advanced Seminar I | 1 |
| PT | 653 | Neural Basis of Movement III (12 weeks) | 4 |
| P-T | | PT Advanced Elective (690, 693, 698) | 3 |
| P-T | 699 | PT Independent Study (required for neuro, sports, spine and
biomechanics options) | 1-3 |
| P-T | 748 | Practice Issues | 1 |
Total 12-14
Year III --Summer Session Credits
PT 774 Clinical Fieldwork (Rehab -8
weeks) 4
Total 4
Year III --Fall Semester Credits
| PT | 775 | Clinical Fieldwork V (Acute - 8 weeks) | 4 |
| P-T | 776 | Clinical Fieldwork VI (Specialty - 8 weeks) | 4 |
Total 8
Total Credits Advanced
Clinical Elective Option 99-105
* Clinical Biomechanics Research Elective --
99 total credits
(2 cr. P-T 696 in fall
and 2 cr. P-T
699 in spring)
* Muscuoloskeletal (Spine Emphasis) Advanced Clinical Elective --
101 total credits
(2 cr. P-T 699 in fall,
1 cr. P-T 699
and 3 cr. P-T 690 in
spring)
* Neuromuscular Rehabilitation Advanced Clinical Elective --
103 total credits
(1 cr. P-T 699 and 3 cr.
P-T 697 in fall,
1 cr. P-T 699 and 3 cr.
P-T 698 in spring)
* Sports Physical Therapy Advanced Clinical Elective --
105 total credits
(2 cr. P-T 699 and 3 cr.
P-T 692 in fall,
2 cr. P-T 699 and 3 cr.
P-T 693 in spring)
Clinical Internships
The UW-L P-T program has
established clinical affiliations and internships in communities
throughout Wisconsin and the United States. Students will pay tuition
while on clinical internships. The remaining expenses -- such as
travel, room, and meals will vary depending on the specific
site.
Degree
Master of Science degree in
Physical Therapy (MSPT) will be awarded after successful completion
of the curriculum.
Grades below a "C" earned
in any required physical therapy course are unsatisfactory and cannot
be used toward a major in physical therapy. Students not meeting this
requirement will be asked to withdraw from the program. In addition,
all students in the professional PT program must maintain a minimum
grade point average of 3.00 (see page 20 of the graduate
catalog).
LEVEL II GRADUATE PROGRAM
The purpose of the Level II
graduate program in Physical Therapy is to provide advanced training
to licensed physical therapists who currently possess an entry-level
baccalaureate degree in physical therapy. Students may pursue study
in the following areas: advanced clinical skills, clinical/academic
teaching, and clinical research.
Admission Criteria
The criteria for admission
into the Level II program is as follows:
1. An entry-level degree
in physical therapy.
2. A license to practice
physical therapy and be eligible for licensure in the state of
Wisconsin.
3. Clinical experience as
a physical therapist (a minimum of two years is highly recommended
for acceptance).
Selection Process
Applicants must submit a
completed Level II application packet to the UW-L PT admissions
committee with a curriculum vita by March 1. Applicants must also
make formal application to the Office of Graduate Studies at UW-La
Crosse.
The PT admissions
committee will select candidates to interview. Interviews will be
scheduled around April 1st of each year with three faculty members
interviewing each candidate. Potential students will be notified of
their acceptance status no later than May 1st.
Level II Program Overview
(35 credits)
The Level II graduate program
in Physical Therapy is a 35-credit program. The majority of the
courses taken by Level II students will be shared with Level I
students. Level II students will have additional requirements in
these courses.
Curriculum Options
Level II graduate students
must select one of the following curriculum options:
Option A, Clinical Specialization
Students choosing Option A
must complete a graduate project which would demonstrate competencies
gained throughout the 35-credit course of study.
Option B, Clinical Research
Students choosing Option B
must complete a thesis as part of the 35-credit curriculum.
Curriculum Committee
An entering Level II student
must select a full-time PT graduate faculty member to serve as
his/her major adviser. In addition the student must select two
additional PT graduate faculty members who, along with the major
adviser, will comprise the student's curriculum committee. The
student's curriculum committee will guide the student in developing
an individualized curriculum plan. The second member of the committee
must also be a full-time PT faculty member while the third committee
member may be a full- or part-time PT faculty member, or an adjunct
faculty member.
Individualized Curriculum Plan
The curriculum plan should
clearly state the student's clinical or research focus and should
identify the student's goals related to each course listed in the
plan. The curriculum plan should be developed prior to commencing
course work. The plan ensures that the student and the advisers are
in clear agreement about the student's program of study. The
individualized curriculum plan must meet the following
guidelines:
1. Core of research
courses totaling at least 10 credits.
2. Core of basic science
courses totaling at least 3 credits.
3. Combination of
clinical and/or educational courses offered from within or outside
the department comprising the remaining credits. The total number of
credits in this category will vary depending on the number of credits
taken in the first two categories and the student's selection of
Option A or Option B.
4. Outline the expected
competencies and evaluation format for each course.
Summary of Course Work for the Level
II Graduate Program in Physical Therapy
All graduate students in the
Level II graduate program in physical therapy must select one of the
following curriculum options:
Plan A -- Clinical Specialization
Credits
Core Research Courses 9-10
Core Basic Science
Courses 3-7
Elective Courses 15-19
Graduate Project 3
Total 35
Plan B -- Clinical Research
Credits
Core Research Courses 9-10
Core Basic Science
Courses 3-7
Elective Courses 12-16
Master's Thesis 6
Total 35
Level II Graduate Curriculum Overview:
Basic Research Courses
Credits
| PT | 681 | Research Methods | 3 |
| PT | 781 | Scientific Inquiry | 2 |
| PT | 783 | Level II Instrumentation | 2 |
| MTH | 505 | Statistical Methods | 3 |
or
P-T 682 Statistical
Methods 2
Total 9-10
Basic Science Courses
Credits
| BIO | 715 | Pathophysiology I | 3 |
| BIO | 717 | Pathophysiology II | 3 |
| PT | 721 | Level II Human Anatomy | 7 |
| PT | 723 | Level II Biomechanics | 3 |
| PT | 725 | Level II Neuroanatomy | 3 |
| PT | 726 | Level II Pathophysiology | 2 |
Total 3-7
Clinical Science Electives
Suggested courses to complete
this category include:
Credits
| P-T | 641 | Communication and Interpersonal Skills | 1 |
| P-T | 642 | Clinical Teaching | 1 |
| P-T | 645 | Advanced Seminar I | 1 |
| P-T | 646 | Professional Ethics | 1 |
| P-T | 699 | Independent Study | 1-6 |
| P-T | 748 | Practice Issues | 1 |
| P-T | 762 | Level II Scientific and Clinical Foundation for Evaluation and
Treatment | 2 |
| P-T | 763 | Level II Musculoskeletal Evaluation and Treatment: Lower
Extremity | 3 |
| P-T | 764 | Level II Musculoskeletal Evaluation and Treatment: Upper
Extremity | 3 |
| P-T | 765 | Level II Musculokeletal Evaluation and Treatment:
Spine | 3 |
| P-T | 790 | Level II Clinical Skills Orthopedics I | 3 |
| P-T | 792 | Level II Clinical Skills: Sports Physical Therapy
I | 3 |
| P-T | 793 | Level II Clinical Skills: Sports Physical Therapy
II | 3 |
| P-T | 796 | Level II Biomechanics Research Emphasis | 2 |
| P-T | 797 | Level II Neuro Elective I | 3 |
| P-T | 798 | Level II Neuro Elective II | 3 |
Note:
Other graduate courses from
outside the department can be taken with the approval of the
student's curriculum committee. Students electing the clinical
specialization option may take a total of 12 credits outside of the
department, while students electing the thesis option may take a
total of nine credits outside of the department.
Degree
A Master of Science in
Physical Therapy (MSPT) will be awarded after successful completion
of the Level II academic program.
Graduate Assistantships
Graduate assistantships will
be available for Level II students and will depend upon funding
levels; application for a graduate assistantship is a separate
process from the Level II application process.
The graduate program in
reading is designed for classroom teachers seeking greater expertise
in the teaching of reading or wishing to qualify for reading teacher,
reading specialist, or reading coordinator positions. Certification
(or certifiability) to teach at either the elementary, middle, or
secondary level is required for entry into the program. To complete
degree requirements, students must elect one of the following program
options:
A. Thesis Option -- 30 semester credits including completion of a
Master's Thesis (RDG 799, Master's Thesis)
B. Seminar Paper -- 30 semester credits including completion of a
Seminar Paper (RDG 761, Seminar Paper)
C. Comprehensive Examination -- 36 semester credits and successful
completion of a
three-hour compre-hensive examination.
At least one-half of all
credits (Options AC) must be earned in 700-level courses.
Candidates selecting the thesis or seminar paper option must begin
work on their papers with an adviser at least two terms prior to the
term in which they expect to graduate. Candidates selecting the
36-credit option should schedule their comprehensive examination with
the program director for the term in which they expect to
graduate.
CONCENTRATIONS
Three instructional emphases
or concentrations are available in the graduate reading program.
Concentration I meets the requirements for Wisconsin's DPI 316
Reading Teacher license; Concentration II meets the requirements for
Wisconsin's DPI 317 Reading Specialist license; and Concentration III
is designed for classroom teachers uninterested in 316/317 licensure
but desiring greater expertise in developing literacy skills. All
candidates for licensure (Concentrations I and II) must meet
designated course requirements and must have two years of classroom
teaching experience. Since classroom teaching experience can be
interpreted in various ways, the program director should be consulted
if there are any questions.
Concentration I -- Reading Teacher
Required Courses Credits
(listed in preferred sequence)
| RDG | 741 | Reading in the Elementary School | 3 |
| *
RDG | 528 | Reading in the Content Areas | 3 |
| *
EDM | 510 | Children's Literature | 3 |
or
* EDM 515 Adolescent
Literature 3
or
| EDM | 773 | Current Trends in Literature for Children and Young
Adults | 3 |
| RDG | 730 | Assessment and Instruction of Students with Reading
Difficulties | 3 |
| RDG | 733 | Advanced Assessment and Evaluation of Reading
Difficulties | 3 |
| *
RDG | 747 | Reading Practicum | 3 |
| RDG | 762 | Reading Theory and Research | 3 |
| RDG | 761 | Seminar Paper |
(not required for Plan A or
C) 2
or
RDG 799 Master's
Thesis
(not required for Plan B or
C) 3-6
Concentration II --Reading Specialist
Required Courses Credits
(listed in preferred sequence)
| RDG | 741 | Reading in the Elementary School | 3 |
| *
RDG | 528 | Reading in the Content Areas | 3 |
| *
EDM | 510 | Children's Literature | 3 |
or
* EDM 515 Adolescent
Literature 3
or
| EDM | 773 | Current Trends in Literature for Children and Young
Adults | 3 |
| RDG | 730 | Assessment and Instruction of Students with Reading
Difficulties | 3 |
| RDG | 733 | Advanced Assessment and Evaluation of Reading
Difficulties | 3 |
| RDG | 739 | Guiding and Directing the K-12 Reading Program | 3 |
| *
RDG | 747 | Reading Practicum | 3 |
| RDG | 762 | Reading Theory and Research | 3 |
| RDG | 735 | Developing Content Area Reading Programs | 3 |
| RDG | 781 | Educational Supervision | 3 |
| RDG | 761 | Seminar Paper |
(not required for Plan A or
C) 2
or
RDG 799 Master's Thesis
(not required for Plan B or
C) 3-6
Concentration III -- Classroom
Teacher Emphasis
Required Courses Credits
(listed in preferred sequence)
| RDG | 741 | Reading in the Elementary School | 3 |
| *
RDG | 528 | Reading in the Content Areas | 3 |
| *
RDG | 520 | Emergent Literacy | 3 |
or
| RDG | 710 | Seminar: Reading and Language Arts
in the Middle School | 3 |
| EDM | 773 | Current Trends in Literature for Children and Young
Adults | 3 |
| RDG | 735 | Developing Content Reading Programs | 3 |
| RDG | 730 | Assessment and Instruction of Students with Reading
Difficulties | 3 |
| *
RDG | 747 | Reading Practicum | 3 |
| RDG | 762 | Reading Theory and Research | 3 |
| RDG | 761 | Seminar Paper |
(not required for Plan A or
C) 2
or
RDG 799 Master's Thesis
(not required for Plan B or
C) 3-6
*May be waived if comparable
courses were taken at the undergraduate level.
ELECTIVES
Elective credits to meet the
30 credit (plans A and B) or 36 credit (plan C) minimums must be
approved by the program director. Elective credits are to be taken
from courses that focus on reading/writing relationships, language
arts instruction, writing instruction, use of computers in
reading/language arts instruction and curriculum development.
Examples are:
| C-I | 752 | Principles and Problems of Curriculum
Development | 3 |
| C-I | 739 | Research and Practice in Improving Written Expression
| 3 |
| C-I | 406/606 | Teaching Basic Writing Skills | 1 |
| C-I | 407/607 | Uses of Computers and Software in Middle and Secondary
School Writing | 3 |
| C-I | 746 | Seminar in Teaching English Language Arts | 1-3 |
| RDG | 745 | Early Reading Empowerment I | 3 |
| RDG | 746 | Early Reading Empowerment II | 3 |
| RDG | 765 | Factors Related to Reading Performance | 2-3 |
| RDG | 450/650 | Reading and Writing Across the Curriculum: Learning to
Learn from Text | 3 |
| RDG | 770 | Symposium in Reading Education | 1-3 |
For description of C-I
courses, see Curriculum and Instruction, pp. 87-92.
CERTIFICATION REQUIREMENTS
Students must earn at minimum
a 3.00 grade point average in courses required for the 316 and/or 317
reading licenses in order to qualify for certification.
Non-Degree Students
(Candidates seeking licensure
only)
316 Reading Teacher Certification:
Eighteen semester credits of
which no more than six may be earned as part of an undergraduate
degree. Required courses are as follows: RDG 528, 730, 733, 741,
747, and EDM 510, 515 or 773.
317 Reading Specialist Certification:
Candidates must earn a
master's degree, meet requirements for the 316 license, and complete
RDG 735, 739, 762 and 781.
COURSE ROTATIONS
All required courses and
several electives are offered at least once every other year. The
rotation schedule is indicated in the course descriptions. Since
changes in enrollment patterns may require changes to this schedule,
students should always check the timetable before registering.
This program is designed to
provide students with individualized continuing education to develop
competencies specifically related to job needs or to professional
growth. The emphasis is on individualizing the student's program.
Each student will select a generalized format for this program
consisting of course work appropriate to the individual's needs.
Programs leading to a master of science degree are available in two
areas:
(1) Recreation Management
(2) Therapeutic Recreation
RECREATION MANAGEMENT
The master of science in
recreation management prepares students for positions in public,
private, and commercial recreation agencies. The curriculum consists
of learning experiences critical for assuming high level management
positions in the leisure service profession.
Graduates are prepared to:
-- plan, develop, and
manage recreation programs in public and private agencies; commercial
enterprises, and tourism business
-- use diverse community,
natural, institutional, and human service resources to enhance
programs
-- apply common and
innovative management techniques for budgets, service pricing, cost
analysis, business feasibility, market analysis, and promotions
-- use leadership
strategies to strengthen leisure experiences for all, including those
with special needs
-- apply evaluation,
survey, and research methods to ensure continued improvement in
leisure services
-- apply management
techniques for recruitment, selection, training, and evaluation of
staff and volunteers
Graduates are employed in:
-- local recreation and
park agencies; federal natural resource agencies
-- resorts, cruise ships,
ski resorts, private campgrounds, and hospitality and travel
industries
-- private corporations
and tourism agencies
-- health clubs and
recreational fitness centers
-- youth agencies
-- Boy Scouts, Girl
Scouts, YM/YWCA
-- condominium
developments, convention/visitor bureaus, ice arenas, marinas, golf
courses, and theme parks
I. Admission Requirements
The minimum undergraduate
prerequisite course requirements for admission to the master of
science degree program in recreation management are:
Credits
| REC | 100 | Foundations of Recreation | 3 |
| REC | 300 | Program Planning in Recreation | 3 |
or
| REC | 302 | Recreation Leadership and Supervision | 3 |
| REC | 401 | Management in Park and Recreation Resources | 3 |
| MTH | 205 | Elementary Statistics | 4 |
If all the above courses have
not been previously taken, the recreation graduate program director
will determine program deficiencies on an individual basis. The
review will be based on previously taken courses as well as prior
work experience. Students will be informed if there is an option to
"test out" for any existing course work deficiency. The graduate
program director will also determine which deficiency courses need to
be taken for credit (auditing of courses might also be
recommended.)
Students accepted into this
program come from a variety of backgrounds including:
-- Agronomy
-- Biology
-- Business Administration
-- Elementary/Secondary
Education
-- Forestry
-- Horticulture/Landscape
Architecture
-- Natural
Resources/Resource Management
-- Physical Education
-- Public Administration
-- Recreation Administration
-- Recreation Leadership
-- Therapeutic Recreation
II. Required Courses:
Degree requirements: 30
credits with a minimum of 15 credits at the graduate-only level.
Required courses include:
Credits
| REC | 520 | Commercial Recreation Management | 3 |
| REC | 701 | Philosophical Foundations of Leisure, Play, and
Recreation | 3 |
| REC | 704 | Current Issues and Problems | 3 |
| REC | 711 | Management of Leisure Services Organizations | 3 |
| MGT | 734 | Small Business Management | 3 |
(Prerequisite: REC
520)
III. Thesis, Graduate Project, or
Comprehensive Examination:
Students are allowed to choose
from three options upon being admitted to the program.
Option A -- Thesis
Credits
EFN 730 Introduction
to Research 3
or
| HED | 706 | Research Tools and Processes | 3-6 |
| REC | 799 | Research: Master's Thesis | 6 |
Option B -- Graduate Project
Credits
EFN 730 Introduction
to Research 3
or
HED 706 Research
Tools and Processes 3-6
or
| EFN | 736 | Interpretation of Current Research | 3 |
| REC | 761 | Graduate Project in Recreation | 3 |
Option C -- Comprehensive Examination
Course work includes all
required courses plus additional elective courses selected from
graduate program offerings to total 30 semester credits. A
comprehensive examination is written. The examination is developed
and graded by the graduate faculty. This option requires completion
of EFN 730 or HED 706.
IV. Elective Courses:
Recommended elective graduate
courses in the department of recreation management and therapeutic
recreation include:
Credits
| REC | 502 | Risk
Management in Leisure Service Organizations | 3 |
| REC | 700 | Internship in Guided Learning | 1-3 |
| REC | 706 | Public Education and Recreation | 2 |
| REC | 713 | Recreation Planning and Facility Development | 3 |
| REC | 740 | Outdoor Education | 1-3 |
| REC | 780 | A
comparative Approach to Leisure and Society | 3 |
| REC | 795 | Independent Study in Recreation Management | 1-3 |
| REC | 797 | Special Projects in Recreation Management | 1-3 |
| RTH | 562 | Inclusive Recreation Program
Administration | 2-3 |
| RTH | 570 | Facilitation Techniques in Therapeutic
Recreation | 4 |
THERAPEUTIC RECREATION
The master of science in
therapeutic recreation prepares students for certification as
Therapeutic Recreation Specialists. Students learn to develop and
implement treatment, leisure, education, and recreation programs for
individuals with special needs.
Graduates are prepared to:
-- assess the need for
therapeutic recreation intervention
-- plan and evaluate
individual and group treatment, leisure education and recreation
participation programs
-- supervise
interdisciplinary teams and human service providers
-- organize and manage
services
-- direct outreach,
advocacy, and public relations activities
-- assist individuals in
the development of life-long leisure independence
-- address therapeutic
recreation professionalization issues
-- take the national
examination to become a Certified Therapeutic Recreation
Specialist
-- use advanced knowledge
as a clinical administrator or consultant
Graduates are employed in:
-- hospitals and physical
rehabilitation facilities
-- county, state, and
national mental health treatment centers
-- residential settings
-- long-term care or
nursing home facilities
-- community-based
centers and human service agencies
-- recreation agencies,
including national associations for disabled sport competitors (i.e.,
Special Olympics)
-- human service areas
needing therapeutic recreation consultants
I. Admission Standards
Students without a previous
background in therapeutic recreation as well as those who are
certification eligible as a Certified Therapeutic Recreation
Specialist by the National Council for Therapeutic Recreation Certification
will be admitted into the program after fulfilling university
graduate school admission requirements. Deficiencies will be
determined based on the student's educational background and work
experience.
The minimum undergraduate
prerequisite course and competency requirements for admission to the
master of science degree program in recreation with a therapeutic
recreation emphasis are:
Undergraduate Prerequisite Course
Requirements
(or equivalent knowledge)
Credits
| RTH | 250 | Introduction to Therapeutic Recreation | 3-4 |
| RTH | 326 | Therapeutic Recreation Populations I | 3 |
or
| RTH | 327 | Therapeutic Recreation Populations II | 3 |
| MTH | 205 | Elementary Statistics | 3-4 |
| ESS | 205 | Human Anatomy and Physiology | 3 |
| PSY | 304 | Abnormal Psychology | 3 |
| PSY | 212 | Life
Span Development | 3 |
The above courses may be taken
at the University of Wisconsin-La Crosse during the first two
semesters of the graduate program.
Prerequisite Competency Requirement
Knowledge of and experience
with a disability group in a therapeutic recreation setting (minimum
50 documented hours of acceptable experience).
To become eligible to sit
for the National Council for Therapeutic Recreation Certification
(NCTRC) exam through the professional academic path, a total of 18
semester units or 27 quarter units of supportive course work must be
successfully completed with at least three hours in the content of
abnormal psychology, three hours in the content of anatomy and
physiology, and three hours in the content area of human growth and
development across the lifespan. The remaining semester hours or
quarter hours of course work must be fulfilled in the content of
"human services" as defined by NCTRC (human services is defined to
include courses supportive to the practice of Therapeutic Recreation
such as: psychology, sociology, related biological/ physical
sciences, adaptive physical education, special education, education,
ethics and other disciplines of study supportive to the practice of
therapeutic recreation. Students must fulfill the most current NCTRC
requirements for certification eligibility. Fulfilling the most
recent NCTRC requirements for eligibility is the responsibility of
the student.
II. Required Courses:
Credits
| REC | 701 | Philosophical Foundations of Leisure, Play, and
Recreation | 3 |
| REC | 704 | Current Issues and Problems | 3 |
| REC | 711 | Management of Leisure Services Organizations | 3 |
| RTH | 593 | Therapeutic Recreation Trends and Issues | 3 |
| RTH | 730 | Advanced Clinical Aspects in Therapeutic
Recreation | 3 |
III. Research Options: Thesis,
Graduate Project, or Comprehensive Examination
Students will select one of
three research options to this graduate program. All three options
require a minimum of 30 credits (37 credits minimum for those
students who entered the program without a previous background in
therapeutic recreation.)
Option A -- Thesis Credits
EFN 730 Introduction
to Research 3
or
| HED | 706 | Research Tools and Processes | 3-6 |
| REC | 799 | Research: Master's Thesis | 6 |
Option B -- Graduate Project
EFN 730 Introduction
to Research 3
or
EFN 736 Interpretation of Current
Research 3
or
| HED | 706 | Research Tools and Processes | 3-6 |
| REC | 761 | Graduate Projectin Recreation | 3 |
Option C -- Comprehensive Examination
Option C includes all required
courses, plus additional elective courses from graduate program
offerings to total 30 semester credits (37 credits for those entering
the program without a background in therapeutic recreation.) The
additional graduate courses beyond those required must be approved by
the graduate program director. A comprehensive examination is
written. The examination is developed and graded by the graduate
faculty in therapeutic recreation. This option requires completion of
EFN 730 or HED 706.
IV. Program of Study
Upon admission, the student
will be classified into one of two groups based upon previous
academic background, certification status, and professional
experience in the field of therapeutic recreation. The student will
be classified either as a student
without a previous background in therapeutic recreation or as a
student with a previous background (certification eligible) in
therapeutic recreation.
A. Program of study for a student without a previous background in
therapeutic recreation:
This program of study requires
a minimum of 37 credits. A program of study includes the required
graduate courses, therapeutic recreation core courses, one of three
research options, and electives. Additional credit(s) may be required
to fulfill the sitting requirements of the National Council for
Therapeutic Recreation Certification (NCTRC). A program of study will
be developed by the student and the graduate program director.
Therapeutic Recreation core
courses for the student without a previous background in therapeutic
recreation --
In addition to the required
courses, the following are required core courses for the student
without a previous back-ground in therapeutic recreation:
Credits
| RTH | 556 | Program Design and Administration of Therapeutic
Recreation | 3 |
| RTH | 570 | Facilitation Techniques in Therapeutic Recreation | 4 |
| RTH | 576 | Assessment and Treatment Planning in Therapeutic
Recreation | 3 |
| RTH | 580 | Leisure Education | 3 |
| RTH | 700 | Internship in Therapeutic Recreation | 6 |
(Required only if NCTRC field
placement requirements are not met)
At the discretion of the
graduate program director, previously taken equivalent undergraduate
courses (therapeutic recreation core courses) may not have to be
repeated on the graduate level.
B. Program of Study for a student with a background
(certification eligible) in therapeutic recreation:
The program of study involves
a minimum of 30 credits. A program of study includes the required
courses, one of three research options, and electives. The program of
study will be jointly developed by the student and the graduate
program director.
V. Elective Courses:
Additional elective courses
may be required to fulfill the minimum (30-37) number of credits to
graduate. The elective course(s) will be determined jointly by the
student and the graduate program director.
The UW-La Crosse graduate
program in School Psychology offers an Education Specialist in School
Psychology degree. The degree requires two years of full-time study,
one summer of study, a one-year internship during the third year,
completion of an Education Specialist thesis, and the passing of
either the national School Psychology test or UW-L comprehensive
examinations. Successful completion of all requirements for the 60
semester credit hour program leads to full licensure as a School
Psychologist in Wisconsin and most other states. Students earn a 30
credit hour Master of Science in Education degree before completing
the remaining Education Specialist degree requirements.
The UW-La Crosse School
Psychology program is part of the Psychology Department and the
College of Liberal Studies. The program is approved by the Wisconsin
Department of Public Instruction, is accredited by the National
Council for Accreditation of Teacher Education (NCATE), and has full
approval from the National Association of School Psychologists
(NASP). Upon completion of all program requirements, students are
eligible for certification as a Nationally Certified School
Psychologist (NCSP).
The School Psychology program
prepares graduate students for licensure as school psychologists
through academic course work, 700 hours of supervised school
practica, completion of a thesis and a one year, 1200 hour school
internship. The school psychology knowledge base includes areas of
professional school psychology, educational psychology, psychological
foundations, educational foundations, and mental health. To provide
psychological services in educational settings, graduates of the
School Psychology program must also have considerable knowledge of
curriculum, special education and pupil services. Graduates of the
program are employed in public schools or in educational agencies
that serve public schools.
The emphasis of this program
is to train school psychologists who are effective teacher, parent
and school consultants. The program also emphasizes a pupil services
model which addresses the educational and mental health needs of all
children, from early childhood through high school.
Graduate students are placed
in local schools as early and as intensively as possible. During
their second, third and fourth semesters, students spend two days per
week working in local schools under the direct supervision of
experienced school psychologists. During these school practica,
students develop professional skills in assessment, consultation,
intervention, counseling, case management, and pupil services. Many
of the core courses require projects that are completed in the
schools during practica.
An information can be obtained at http://www.uwlax.edu/Graduate/psychology/
and an application
packet can be obtained by writing the School Psychology program
director, Psychology Department, University of Wisconsin-La Crosse,
1725 State Street, La Crosse, WI 54601, or by sending an e-mail to dixon.robe@uwlax.edu. In addition to meeting all the requirements
established for general graduate admissions, students must also meet
School Psychology program requirements before admission to the
program. These additional requirements include: three letters of
recommendation, scores on the GRE general section (Verbal and
Quantitative), a writing sample, a resume of educational and work
experience, and a statement of purpose.
REQUIREMENTS FOR EDUCATION
SPECIALIST IN SCHOOL PSYCHOLOGY DEGREE
General Requirements:
A. Complete the following
requirements for a Master of Science in Education: School Psychology
degree.
1) Complete 30 graduate
credits.
2) A minimum of 15 of the
30 credits need to be completed at the 700 level.
3) Complete the following
courses: PSY 451/551, 420/520, 757, SPY 700, 752, 758, 762 and
775.
B. Complete a minimum of
60 graduate credits (includes credits completed for the Master of
Science in Education degree), with at least two thirds of these at
the 700 or 800 level.
C. Complete an Education
Specialist thesis within seven years of beginning the program.
D. Obtain a passing score (set
by the National Association of School Psychologists for NCSP
certification) on the National School Psychology Examination or a
passing score on the comprehensive examinations written by UW-L
Psychology and School Psychology faculty. The UW-L written
comprehensive examinations cover the same areas assessed by the
National School Psychologist examination. The areas are: assessment;
prevention and intervention; evaluation and research; professional
practice; applied psychological foundations; and applied educational
foundations. UW-L comprehensive examinations are offered during the
spring semester of each year. Students must pass either the National
School Psychology exam or the UW-L comprehensive exams before being
allowed to begin an internship, to obtain a school psychology
position, or to apply for initial school psychology licensure.
E. Complete a
professional portfolio that includes a variety of psychoeducational
assessment cases, consultation/ intervention cases, a needs
assessment, a pupil services project, and other requirements as
specified in the School Psychology Handbook.
Course Requirements:
A. Psychological Foundations
Complete at least two credits
in each of the following areas. Course work completed at the
undergraduate level need not be repeated. At least nine credits must
be completed at the graduate level:
Credits
Developmental Psychology
PSY 410/510 Advanced
Developmental Psychology 3
or
PSY 710 Educational
Psychology: Human Development 2-3
Cognitive Psychology
PSY 435/535 Cognitive Processes 3
Statistics
An undergraduate statistics
course 3
or
EFN 735 Interpretation of Statistical
Data 3
Childhood Behavior Disorders
PSY 717 Behavior
Disorders in Children 3
Research Methods
PSY 420/520 Research
Foundations in Psychology 3
Personality Theories
PSY 402/502 Personality Theories 3
Psychological Measurement
PSY 451/551 Psychological Measurement 3
Or electives approved by the School Psychology
program director.
B. Educational Foundations
Complete three credits in each
of the following areas. Course work completed at the undergraduate
level need not be repeated. At least six credits must be completed at
the graduate level.
Credits
Human Relations
EFN 705 Human
Relations in School and Community 3
Regular Education Methods of Curriculum
EFN 400/500 School
Curriculum Design 3
Special Education Methods
SPE 401/501 Learners
with Exceptional Needs and Abilities 3
SPE 416/516 Introduction to Cross Categorical
Special Education Characteristics 3
or
SPE 429/529 Inclusive Strategies for the
Classroom 3
Educational Foundations
SPE 716 Teachers and
the Law 3
Reading
RDG 320/520 Emergent
Literacy 3
or
RDG 730 Assessment
and Instruction of Students with ReadingDifficulties 3
Or electives approved by the
School Psychology program director.
C. Core Professional Training
Complete each of the following
courses. At least 45 credits must be completed in this area.
Credits
| SPY | 700 | School Psychology: Role and Function | 2 |
| SPY | 752 | Assessment and Remediation: Learning and Behavior Problems
| 3 |
| PSY | 754 | Concepts and Applications of Pupil Services | 2 |
| *PSY | 756 | Early Childhood Assessment | 3 |
| PSY | 757 | Intellectual Assessment: Theory and
Applications | 2 |
| *SPY | 758 | Individual Intellectual Assessment: Laboratory | 3 |
| *PSY | 759 | Personality Assessment | 3 |
| *SPY | 762 | Supervised Practicum I in School Psychology | 3 |
| *SPY | 763 | Supervised Practicum II in School Psychology | 3 |
| *SPY | 764 | Supervised Practicum III in School Psychology | 3 |
| PSY | 771 | Effective Interviewing | 1 |
| PSY | 772 | Counseling and Therapy Methods | 3 |
| SPY | 775 | Cognitive/Behavioral Interventions | 2 |
| PSY | 776 | Psychological Consultation in the Schools | 2-3 |
| SPY | 795 | Directed Studies | 1 |
| SPY | 797 | Internship in School Psychology | 6 |
| SPY | 800 | Thesis Proposal | 1-3 |
| SPY | 801 | Specialist Thesis | 3-6 |
Or electives approved by the
School Psychology program director.
* School Psychology
course fees are at least $25.
Licensure, Practicum, Internship, and
Thesis Requirements:
Provisional licensure in
Wisconsin is granted after completion of all Education Specialist
degree requirements, excepting the School Psychology Internship and
the Education Specialist thesis. Students are eligible for full
Wisconsin licensure upon completion of an internship and an Education
Specialist thesis. Students who complete only the Master's degree are
not eligible for licensure as a school psychologist.
Students must complete three
semesters of a supervised school psychology practicum. During
practicum experiences students develop school psychology professional
knowledge, skills, and behavior. Core professional skills, as well as
professional behavior, are critical to effective school psychology
functioning. Thus, only students who have successfully completed all
prerequisite course work (no incompletes) are allowed to enroll for
practica. In addition, appropriate professional behavior and personal
effectiveness are required for continued enrollment in
practica.
Students must have their
thesis proposals approved prior to starting their internships.
Students are aided in developing thesis proposals in SPY 800 starting
in the spring of their first year.
Internships must be in a
school setting, total 1200 hours, and be supervised by a certified
school psychologist and a UW-L School Psychology instructor. A site
visit from the University supervisor is required each semester. All
interns must pay all actual costs associated with each semester's
site visit, including travel, lodging, and meals.
Students must register for the
Specialist Thesis (SPY 801) no later than their final semester of
internship. Students working with a faculty member on their thesis in
the summer must be enrolled in a summer session of SPY 801. Because
the University has a continuous registration policy for students
completing a thesis, students must register for zero credits of GRC
799 and pay the special course fee of $100 for each semester
thereafter until the thesis receives final University approval.
Students will not be approved for a full Wisconsin license until they
have completed the Education Specialist thesis.
Note: For additional School Psychology Program policies,
students should refer to the School Psychology Graduate Student
Handbook available in the School Psychology office, 341 Graff Main
Hall.
The focus of the Master of
Software Engineering (MSE) program is to teach the advanced
state-of-the-art technologies in software development with hands-on
experience, and to apply the knowledge to some challenging real-world
problems. The program will guide the students to acquire both
technical skills and software project management skills that are
required to lead and to carry out software development projects.
Prerequisites for Admission
The students who wish to gain
admission into the MSE program should have taken courses on the
following topics or should have knowledge in these areas (evidence or
supporting materials required):
1) A modern
programming language such as Pascal, C, Modula, C++, Java, Smalltalk
(UW-L equivalents: C-S 120, C-S 220, C-S 224)
2) Data Structures
and Algorithms that includes abstract data types such as List, Stack,
Queue, Tree and Graph (UW-L equivalent: C-S 340)
3) Discrete
Mathematics that includes topics on Set Theory, Predicate Logic,
Functions and Relations (UW-L equivalent: MTH 225)
Students who lack any of these
prerequisites must take additional courses (not counted for credit
towards the MSE program) to meet the prerequisites requirement. A
cumulative grade point average (GPA) of 2.85/4.0 is required in these
courses. This restriction on GPA for the prerequisite courses has
been imposed to ensure that the students have adequate background in
software development. In particular, non-computer science students
may also be admitted into the MSE program (see the admission
requirements below), and hence a thorough knowledge of the topics
covered in the prerequisite courses is necessary.
Admission Requirements
In addition to the
prerequisites mentioned above, each student must also satisfy
one of the following
requirements:
1) The student must
have a bachelor's degree in software engineering, computer science,
computer engineering or an equivalent major, with an overall
undergraduate grade point average (GPA) of at least 2.85/4.0 or a GPA
of at least 3.0/4.0 in the last half of all undergraduate work or a
GPA of at least 3.0/4.0 for no fewer than 12 semester credits of
graduate study at another accredited graduate
institution.
2) The student must
have a bachelor's degree in any other discipline with an overall GPA
of at least 2.85/4.0 or a GPA of at least 3.0/4.0 in the last half of
all undergraduate work, and should at least have two years of working
experience in a software industry. In this case, the student should
provide at least two references from the work place; the referees
should be able to comment on the knowledge and skills of the student
in software development.
Program Requirements
Each student in the program
should complete 24 credits of course work and 12 credits of project
work. The course work consists of five core courses and three
elective courses.
Core Courses: Credits
| C-S | 546 | Object-Oriented Software Development | 3 |
| C-S | 741 | Software Engineering Principles | 3 |
| C-S | 742 | Formal Methods in Software Development | 3 |
| C-S | 743 | Software Verification and Validation | 3 |
| C-S | 744 | Management Issues in Software Engineering | 3 |
Elective Courses: Credits
| C-S | 521 | Programming Language Concepts | 3 |
| C-S | 542 | Structure of Compilers | 3 |
| C-S | 549 | Advances in Software Engineering | 3 |
| C-S | 551 | User
Interface Design | 3 |
| C-S | 564 | Advanced Database Management Systems | 3 |
| C-S | 570 | Parallel and Distributed Computing | 3 |
| C-S | 571 | Data
Communications | 3 |
| C-S | 750 | Topics in Software Engineering | 1-3 |
| C-S | 751 | Seminar in Software Engineering | 1-3 |
| C-S | 752 | Independent Study | 1-3 |
Project Work: Credits
C-S 798 Software
Development Project 1-6
In addition to these courses,
a student must also complete C-S 798. This is a 12-credit course
involving a major software development project and requires the
development of software for a particular application. Upon
registering for this
course, a student should
choose a problem, analyze its feasibility in terms of time limits and
resources, develop the requirements document and design
(architectural and detailed) document, implement the design and
demonstrate the product with appropriate test cases. A project
proposal must be submitted to the Project Evaluation Committee (PEC)
in the computer science department for approval before starting the
project. This proposal should include the goals, project plan, time
schedule, resource requirements and other details pertinent to the
project. A student can register for the project course at any time by
submitting the project proposal, and continue to work on the project
thereafter. Depending on the work done in each term, the student will
be given appropriate number of credits per term (a maximum of 12) as
outlined in the project proposal. PEC is responsible for checking the
work proposed/done in each term and giving the appropriate number of
credits.
At the completion of the
project, the student should submit a written project report that
satisfies the requirements stated in A Guide for Writing a Software Development Project Report
(will be available
from the computer science department). This report will be evaluated
by PEC. After PEC has read the report (normally within a month after
submission), an oral examination will be conducted. Members of PEC
and the project
supervisors/advisers (stated
below) will serve as the examiners for this oral examination. The
student will be given a pass/fail grade for the course at the end of
the oral examination.
The project will address a
real-world problem and hence will be selected from a source outside
the computer ccience department. The purpose of this project work is
to apply the knowledge gained in the course work to a real-world
problem. The sources for selecting the problem include other
departments (academic and administrative) in the university and
industries. A faculty member in the computer science department and a
supervisor in the unit from where the problem is chosen (another
department or industry) will jointly supervise/guide the student. In
the event of not being able to find a suitable project outside the
computer science department, the student may seek a project given by
one of the faculty members in the department. The same faculty will
supervise/guide the student. The latter option provides an
opportunity for students to conduct research in software
engineering.
The graduate program in
Special Education is designed for classroom teachers of students with
special needs, who seek greater expertise. Certification or
certifiability to teach at either the middle childhood/early
adolescence or early adolescence/adolescence level, admission to the
graduate school, completion of the graduate record examination or
Miller Analogy Test, and completion of program application forms are
required for entry into the program. To complete degree requirements,
students must elect one of the following program options.
1. Option A: Thesis Option
-- 30 semester credits
including completion of a Master's Thesis
2. Option B: Seminar Paper
-- 30 semester credits
including completion of a Seminar Paper
3. Option C: Comprehensive Examination
-- 36 semester credits
and successful completion of a three-hour comprehensive
examination
At least one-half of all
credits (Options A-C) must be earned in 700-level courses. Candidates
must supplement Option choice with courses from the Certification
Requirement or Elective Course sections. Candidates selecting the
thesis or seminar paper option must begin work on their papers with
an adviser at least two terms prior to term in which they expect to
graduate. Candidates selecting the comprehensive examination option
must schedule their comprehensive examination with the program
director one semester prior to the semester in which they expect to
graduate.
Option A: Thesis Option
Credits
| SPE | 715 | Special Education Law | 3 |
| RDG | 730 | Remedial Reading | 3 |
| EFN | 760 | Theory & Practice in Educational Research | 3 |
or
| RDG | 762 | Reading Theory & Research | 3 |
| SPE | 799 | Research: Master's Thesis | maximum 6 |
Option B: Seminar Paper Option
Credits
| SPE | 715 | Special Education Law | 3 |
| RDG | 730 | Remedial Reading | 3 |
| EFN | 760 | Theory & Practice in Educational Research | 3 |
or
| RDG | 762 | Reading Theory & Research | 3 |
| SPE | 761 | Seminar Paper | 2 |
Option C: Comprehensive Exam
Option Credits
| SPE | 715 | Special Education Law | 3 |
| RDG | 730 | Remedial Reading | 3 |
| EFN | 760 | Theory & Practice in Educational Research | 3 |
or
| RDG | 762 | Reading Theory & Research | 3 |
| SPE | 780 | Seminar in Special Education | 3 |
Elective Courses:
Credits
| SPY | 752 | Assessment and Remediation:Learning & Behavior Problems
| 3 |
| SPY | 775 | Cognitive/Behavioral Intervention | 3 |
| SPY | 700 | School Psychology: Role & Function | 2 |
| PSY | 754 | Concepts & Applications of Pupil Services | 2 |
| PSY | 756 | Early Childhood Assessment | 3 |
| SPY | 757 | Intellectual Assessment: Theory &
Applications | 2 |
| PSY | 717 | Behavior Disorders in Children | 3 |
| REC | 701 | Philosophical Foundations of Leisure, Play, and
Recreation | 3 |
| EFN | 715 | Issues & Trends in Education | 3 |
| C-I | 751 | Teacher Inquiry: Assessing Class Practice | 3 |
Certification Requirements:
Students seeking special
education certification have two age-level options: Cross-Categorical
Special Education-- Middle Childhood/Adolescence or Cross-Categorical
Special Education-- Early Adolescence/Adolescence. Candidates in a
Master's Degree program option may supplement with certification
courses, but must abide by the 700-level course
policy.
Non-Degree Students:
Candidates who seek
Cross-Categorical Special Education licensure-only may do so by
completing the certification requirements below. This is not a degree
seeking option.
Special Education certification requires the completion of the
following:
1) All core courses
2) At least one
certification option:
a. Cross-Categorical
Special Education--Middle Childhood/Early Adolescence
b. Cross-Categorical
Special Education--Early Adolescence/ Adolescence
3) Special Education
Professional Practice
Core Courses: 15 credits (All core courses are required for each
Certification Option.)
Credits
| SPE | 524 | Classroom Management & Positive Behavior
Practices | 3 |
| SPE | 531 | Language Development & Disorders | 3 |
| SPE | 540 | Collaboration & Transition: from School to
Community | 3 |
| SPE | 552 | Individual Assessment | 3 |
| SPE | 529 | Inclusive Strategies for the Classroom | 3 |
Certification Options:
Option 1 -- 7 credits
(Cross-Categorical Special Education--Middle
Childhood/Early Adolescence Courses)
Credits
| SPE | 516 | Introduction to Cross-Categorical Special
Education--Characteristics | 3 |
| SPE | 546 | Methods in Cross-Categorical Special
Education--MiddleChildhood/Early Adolescence | 3 |
| SPE | 561 | Clinical in Special Education | 1 |
Professional Practice -- 5 credits
Credits
SPE 783 Student
Teaching: CrossCategorical Special
EducationCharacteristics 3
SPE 786 Graduate
Seminar in Special Education 2
Option 2 -- 7 credits
(Cross-Categorical Special Education--Middle
Childhood/Early Adolescence/Adolescence Courses)
Credits
| SPE | 516 | Introduction to Cross-Categorical Special Education--Middle
Childhood/Early Adolescence |
| 3 |
| SPE | 547 | Methods in Cross-Categorical Special Education--Early
Adolescence/Adolescence | 3 |
| SPE | 561 | Clinical in Special Education | 1 |
Professional Practice -- 5 credits
Credits
| SPE | 784 | Student Teaching: Cross Categorical Special
EducationEarly Adolescence/Adolescence |
| 3 |
| SPE | 786 | Graduate Seminar in Special Education | 2 |
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