Received by the Graduate Council—November 6, 2006
GRADUATE COUNCIL CURRICULUM COMMITTEE (GCCC)
First Meeting/2006-07 Academic Year
October 9, 2006
SECTION B – Recorded, but further approval needed before inclusion in the Undergraduate Catalog
p. 1 of 3
COLLEGE OF EDUCATION
Department of Kinesiology and Physical Education
Pres. Other Catalog Change:
Page 87, 2005-06 Graduate Catalog
Peters
Master of Science in Education in Kinesiology and Physical Education
President Peters approved 11/20/06
Other Catalog Change:
Page 87-89, 2005-06 Graduate Catalog
Department of Kinesiology and Physical Education
(KNDN, KNPE, LESM)
↓
Master of Science in Education in Kinesiology and Physical Education
Admission
↓
Requirements
The M.S.Ed. in kinesiology and physical education requires a minimum of 33 36 semester hours.
Students select from one of the following: either the a general program of study, or a specialization in
adapted physical education, a specialization in exercise physiology/fitness leadership, or a
specialization in pedagogy, and curriculum development in physical education or specialization in sport
and exercise psychology. Students must successfully complete a thesis, project, or interdisciplinary
inquiry for 6
semester hours of graduate credit. In consultation with an adviser, the student selects one of these three
options, and the research topic must be approved by the student’s graduate committee a thesis or nonthesis option.
Students are required to take a minimum of 6 semester hours in the research core, a minimum of 3
semester hours of social science, and a minimum of 3 semester hours of science, all within the
department.
In the general program of study, students are required to take 9 semester hours in the department in a
focused area of interest. Students electing to do a thesis option are required to take 6 semester hours of
thesis work with the remaining 9 semester hours of electives approved by the student’s advisor selected
from a list of courses either in the department and/or outside of the department. Students taking the
non-thesis option are required to complete 15 semester hours of electives approved by the student’s
advisor. A minimum of 6 semester hours of electives must be selected from a list of courses within the
department.
In each of the specializations, students are required to take 9-12 semester hours of professional courses
Received by the Graduate Council—November 6, 2006
GRADUATE COUNCIL CURRICULUM COMMITTEE (GCCC)
First Meeting/2006-07 Academic Year
October 9, 2006
SECTION B – Recorded, but further approval needed before inclusion in the Undergraduate Catalog
p. 2 of 3
in the department that identify the specialization. Students electing to do a thesis option are required to
take 6 semester hours of thesis work with the remaining 9 semester hours of electives approved by the
student’s advisor selected from a list of courses either in the department and/or outside of the
department. Students taking the non-thesis option are required to complete 15 semester hours of
electives approved by the student’s advisor. A minimum of 6 semester hours of electives must be
selected from a list of courses within the department.
GCCC approved 10/9/06;
COLLEGE OF ENGINEERING AND ENGINEERING TECHNOLOGY
Department of Electrical Engineering
BOT
Other Catalog Changes
Page 123, 2005-2006 Graduate Catalog
Requirements for Integrated B.S./M.S. Sequence
↓
↓
Specialization in Applied Radio Frequency (RF) Engineering (Thesis Option Only) (30)
Students pursuing this specialization must also fulfill relevant Requirements for Graduates with a B.S.
in Electrical Engineering or Requirements for Graduates with a B.S. in an Area other than Electrical
Engineering or Requirements for Integrated B.S./M.S. Sequence.
Required Courses (27)
ELE 461, Synthesis of Active and Passive Networks (3)
ELE 474, Transmission Line Media and Wave Propagation (3)
ELE 475, Antenna Theory and Design (3)
ELE 570, Microwave Circuits and Devices (3)
ELE573, Time Harmonics Electromagnetic Fields (3)
ELE 574, Microwave Measurement and Beam Instrumentation Laboratory (3)
ELE 577, Advanced Microwave and Millimeter Wave Engineering (3)
ELE 599A, Master’s Thesis (6)
One of the following courses (3)
ELE 437, Hybrid Circuit Design (3)
ELE 560, Digital and Analog Communication Systems (3)
ELE 535, Advanced Electronic Devices (3)
ELE 572, Microwave Solid-State Devices and Circuits (3)
Received by the Graduate Council—November 6, 2006
GRADUATE COUNCIL CURRICULUM COMMITTEE (GCCC)
First Meeting/2006-07 Academic Year
October 9, 2006
SECTION B – Recorded, but further approval needed before inclusion in the Undergraduate Catalog
p. 3 of 3
↓
Certificates of Graduate Study
BOT 3/22/07