COURSE DESCRIPTIONS
CS100 Orientation to Computer Science
1
semester credit hour
1
class hour
An introduction to the field of
computer science including current developments and future prospects. Required for all first-year computer science majors;
open to other interested students with the instructor’s permission.
CS110 Introduction to Computer Applications:
Word Processing
1
semester credit hour
3
lab hours per week for 7 weeks
This course will build skills in using the University
computer network, using e-mail and the Internet, and both basic and advanced word
processing functions, as well as provide an
introduction to presentation software. Successful completion of the course, in
addition to CS111 Introduction to Computer Applications: Spreadsheets,
will complete the computer competency requirement of the Core Curriculum.
CS111 Introduction to Computer
Applications: Spreadsheets
1
semester credit hour
3
lab hours per week for 7 weeks
This course will build skills in using the University
computer network, using e-mail and the Internet, and both basic and advanced spreadsheet
functions. Successful completion of the course, in addition to CS110 Introduction
to Computer Applications: Word Processing, will
complete the computer competency requirement of the Core Curriculum.
3
semester credit hours
3
class hours
A rigorous treatment of the
implementation of algorithms using a structural language and study of the
syntax of the C++ language.
3
semester credit hours
3
class hours
A continuation of CS201. Advanced syntactical structures in the C++ language
(set, pointers, multidimensional arrays, and files) and advanced algorithmic
solutions (recursion). Emphasis on the development and execution
of large programs. (Prerequisite: CS201 or permission of instructor)
3
semester credit hours
3
class hours
Investigation of the organization and manipulation of
structures that represent data and establishment of a repertoire of algorithms that permit the solution of practical problems.
(Prerequisite: CS202 or permission of instructor)
CS321 Management Information
Systems (cross-listed as PA321)
3 semester credit hours
3 class hours
Introduces content, development, methodology,
application, and management of computerbased
systems that support the decisionmaking
process at all organizational levels.
Provides a broad overview of computer
technologies and issues involved in deploying
computer-based systems in organizations.
Examines networking issues, including the
Internet, for their impact on
businesses.
(Prerequisites: CS110, CS111, and second-year
status or above)
CS322 Assembly Language and
Computer Architecture
3 semester credit hours
3 class hours
Introduction to computer architecture
and programming in a low-level (assembly)
language. Also, interfacing high- and lowlevel
languages. (Prerequisite: CS202 or
permission of instructor)
132
CS324 Database Programming
3 semester credit hours
3 class hours
Introductory course in structured database
programming using a database language.
Review of the database environment. Basic
concepts of structured programming in a database
system and database design, use of menu
screens, programming, debugging, verification,
and security. Includes project.
(Prerequisite:
CS201 or permission of instructor)
CS326 Analysis of Data
2 semester credit hours
2 class hours
Practical methods for analysis and interpretation
of research data within chemistry and
health sciences. Methods of successive
approximation, numerical integration, simultaneous
equations, approximate methods in
curve fitting, nonlinear regression analysis,
smoothing of data interpolation, and numerical
differentiation. (Prerequisites: CS201
and ST310, or permission of instructor)
CS327 Computer Simulation
3 semester credit hours
3 class hours
Introduces students to the present and future
role of computer science in the life and
health sciences. Students will learn to design
and implement useful models of real-world
situations using various technologies to
answer questions about the real world.
Students are exposed to various modeling
languages and techniques. (Corequisite:
MA422 Mathematical Modeling)
CS490 Special Topics or Research
in
Computer Science
1–3 semester credit hours
1–3 class hours
Study of one or two topics not included in
other courses offered by the department.
(Prerequisite: permission of the department)
CS498 Research in Computer
Sciences I
2 semester credit hours
1–3 class hours
Independent research for computer science
majors under the direction of a faculty member
of the department.
CS499 Research in Computer
Sciences II
2 semester credit hours
1–3 class hours
Continued independent research for computer
science majors under the direction of a faculty
member of the department.
Mathematics
MA098 Preparatory Algebra
0 semester credit hours
15 hours per week/3 weeks
Basic algebra with emphasis on those topics
that are important as background for precalculus,
chemistry, or physics. This course
is for entering freshmen with a weakness in
algebra. (Offered during the summer only)
MA100 College Algebra and
Trigonometry
3 semester credit hours
3 class hours
Algebra and functions needed for the study of
mathematical analysis and physics. (Offered
in the fall semester only)
MA101 Mathematical Analysis I
3 semester credit hours
3 class hours
This is the first of two courses that comprise
the Core Curriculum sequence in mathematical
analysis. The course begins with material
from algebra and geometry and moves on to
develop the foundations in trigonometry,
sets, functions, and analytic geometry necessary
for the study of calculus. The remainder
of the course begins the study of calculus.
133
MA102 Mathematical Analysis II
3 semester credit hours
3 class hours
This is the second of two courses that comprise
the Core Curriculum sequence in
mathematical analysis. The course begins
with a review of the material covered in the
first course, continues with the introduction
to the notion of the derivative and its properties,
moves on to applications of differentiation
and integration, and concludes with an
introduction to differential equations.
MA201 Mathematical Analysis III
4 semester credit hours
4 class hours
Introduction to vectors; continuation of differential
calculus of functions of one variable,
including trigonometric and hyperbolic
functions; methods of integration; applications
of integrals, indeterminate forms, and
improper integrals; additional analytic geometry;
polar coordinates; parametric equations;
and infinite series. (Prerequisite: MA102 or
permission of instructor)
MA202 Mathematical Analysis IV
4 semester credit hours
4 class hours
Covers vectors, solid analytic geometry, vector
functions and derivatives, partial differentiation,
multiple integrals, and introduction to
line integrals. (Prerequisite: MA201)
MA314 Discrete Mathematics
3 semester credit hours
3 class hours
This course provides the mathematical
background suitable for a better understanding
of, or further study in, mathematics
and computer science. Topics will include
prepositional logic, set theory, relations,
functions, proof by induction, combinations,
graph theory, and Boolean algebra.
(Prerequisite: MA102)
MA315 History of Mathematics
3 semester credit hours
3 class hours
A study of the development of mathematics
and mathematical reasoning over the centuries,
with special emphasis given to the
contributions of many cultures and special
focus given to the antecedents and future
directions of modern mathematical topics
and methods. (Prerequisite: MA102 or permission
of instructor)
MA316 Linear Algebra
3 semester credit hours
3 class hours
Systems of linear equations, matrices, vector
spaces, linear transformations, determinants,
inner products, eigenvalues,
eigenvectors,
similarity, diagonalization, and
quadratic
forms. (Prerequisite: MA102 or permission
of instructor)
MA317 Methods of Teaching
Secondary Mathematics
3 semester credit hours
3 class hours
Blend of instructional theory with practical
examination of alternative modes of instruction
for selected mathematics classroom situations,
with emphasis on implementing the NCTM
standards. (Pre- or corequisite: TC385)
MA320 Differential Equations
3 semester credit hours
3 class hours
Ordinary differential equations of first order,
linear differential equations with constant
coefficients, miscellaneous differential equations
of order higher than the first, series
solutions, numerical solutions,
transforms, and applications to chemistry
and physics. (Prerequisite: MA201)
MA321 Fourier Analysis
3 semester credit hours
3 class hours
Mathematical theory of Fourier series and the
Fourier transform. Includes
solutions to partial
differential equations using separation of
variables and Fourier series. Also covers applications
of the Fourier transform. (Prerequisite:
MA320)
134
MA324 Advanced Calculus
3 semester credit hours
3 class hours
Review of elementary calculus, partial differentiation,
vector calculus, multiple integrals,
infinite series, and Fourier series. Includes
some complex variable theory. (Prerequisite:
MA202)
MA330 Geometry
3 semester credit hours
3 class hours
A course in Euclidean and non-Euclidean
geometries with emphasis on foundations,
theories, proof, interconnections, and contemporary
applications. (Prerequisite: MA202)
MA340 Introduction to Graph Theory
3 semester credit hours
3 class hours
This course is designed as an introduction to
graph theory. Topics that will be covered include
applications of graphs and digraphs, Eulerian
graphs and digraphs, Hamiltonian graphs and
digraphs, path algorithms, trees, planarity,
coloring graphs, and maps. (Prerequisite:
MA201 or permission of department)
MA350 Chaos and Complexity
3 semester credit hours
3 class hours
An in-depth study of chaos from a mathematical
and physical point of view. Special
emphasis on the role of geometry, dynamical
systems, cellular automata, evolutionary
algorithms, and fractals in the mathematical
science of chaos. (Prerequisites: MA201, and
PY202 or PY212)
MA400 Introduction to Set and
Number Theory
3 semester credit hours
3 class hours
Survey of topics in the theory of sets: axioms
for membership, relations, functions, cardinal
numbers, and axiom of choice. Survey of
topics in the theory of numbers: mathematical
equations, congruencies, number theoretic
functions, and special topics. (Prerequisite:
MA201 or permission of instructor)
MA410 Numerical Analysis
3 semester credit hours
3 class hours
Methods of root finding, solving linear and
nonlinear systems, interpolation, data fitting
and approximation, numerical differentiation
and integration, and numerical solution to
differential equations. (Prerequisite: MA320
or permission of instructor)
MA415 Abstract Algebra
3 semester credit hours
3 class hours
Provides an introduction to the theories, proofs,
and methods of abstract algebra. (Prerequisite:
MA102 or permission of instructor)
MA420 Real Analysis
3 semester credit hours
3 class hours
An introduction to the theory and proof of
calculus, including properties of real numbers,
continuity, differentiation, integration,
sequences, and series. (Prerequisite: MA202
or permission of instructor)
MA421 Complex Analysis
3 semester credit hours
3 class hours
An introduction to the theory and
applications of complex variables, including
analytic and elementary functions, contour
and line integrals, series, residues and poles,
mapping, and conformal mapping.
(Prerequisite: MA202)
MA422 Mathematical Modeling
3 semester credit hours
3 class hours
An introduction to the basic formulation of
mathematical models, with an emphasis on
the health and natural sciences. Topics will
include discrete and continuous models,
dimensional analysis, steady states, and
stability. (Prerequisite: MA320)
MA425 Mathematics Seminar
1 semester credit hour
1 class hour
Special or current topics of interest in
mathematics or mathematics education.
135
MA490 Special Topics or
Research in
Mathematics
1–3 semester credit hours
1–3 class hours
Study of one or two topics in mathematics
not included in other courses offered by the
department. These topics would ordinarily be
designed to follow one-semester courses in at
least one of the following: advanced calculus,
differential equations, or linear algebra.
The course may be taken more than once
for credit, provided the topics covered are
sufficiently different or if the course represents
a
research project. (Prerequisite:
permission of the department)
Physics
PY200 Survey of Physics
4 semester credit hours
3 lecture/1 recitation/2 lab
hours
The basic concepts in physics, including biological
and medical applications of pressures
and fluids, bioelectricity, biodynamics,
and
kinesiology. (Pre- or corequisite: MA102)
PY201 Introductory Physics I
4 semester credit hours
3 lecture/1 recitation/2 lab
hours
General college physics covering principles of
mechanics and heat, with applications to the
health sciences. Some elementary calculus
used. (Prerequisite: MA102)
PY202 Introductory Physics II
4 semester credit hours
3 lecture/1 recitation/2 lab
hours
General college physics covering wave
motion, optics, electricity and magnetism,
and modern physics. (Prerequisite: PY201)
PY211 Physics I
4 semester credit hours
3 lecture/1 recitation/2 lab
hours
Calculus-based course in general college
physics covering principles of mechanics
and heat. (Pre- or corequisite:
MA201)
PY212 Physics II
4 semester credit hours
3 lecture/1 recitation/2 lab
hours
Calculus-based course in general college
physics covering wave motion, optics, electricity
and magnetism, and modern physics.
(Prerequisite: PY211)
PY301 Modern Physics I
3 semester credit hours
3 class hours
Atomic nature of matter, electricity and radiation,
modules of the atom, X-rays and X-ray
spectra, the Schroedinger equation,
and wave
equation. Includes special theory of relativity.
(Prerequisites: MA201, and PY202 or PY212)
PY302 Modern Physics II
3 semester credit hours
3 class hours
An introduction to physics of the nucleus,
models of the nucleus, natural radioactivity,
detection, particle acceleration, neutron
reactions, activation analysis, and strange
particles. (Prerequisite: PY301)
PY310 Mechanics
3 semester credit hours
3 class hours
A study of Newtonian mechanics; particles in
one, two, and three dimensions; and systems
of particles leading to Lagrange’s and
PY320 Biomedical Instrumentation
3 semester credit hours
3 class hours
Techniques and instruments used in
biology, health sciences, and chemistry.
(Prerequisite: PY202)
PY322 Introductory Biophysics
3 semester credit hours
3 class hours
An introduction to the physics underlying
the functioning of biological systems. The
course covers various characteristics of living
matter and explains them from the physical
point of view. Various diagnostic instruments
are introduced, and the role of new technologies
is discussed. (Prerequisites: PY202 and
BS104)
136
PY324 Physics of Music
2 semester credit hours
2 class hours
This course covers the nature of sound,
hearing, harmony, and perception of sound.
It explains the physics of various musical
instruments, human voice, electronic sound
systems, electronic music, and acoustical
architecture and design of concert halls.
Modern advances in the field of music will
be discussed. (There are no prerequisites;
however, piano lessons would be useful)
PY326 Lasers in Health Sciences
3 semester credit hours
3 class hours
The basic principles of operation of a laser,
interaction of light with living matter, and
safety criteria. The course emphasizes applications
of lasers, in biology, chemistry,
surgery, and many other areas of medicine.
(Prerequisites: PY202, CH112, and BS104)
PY328 Light and Color
3 semester credit hours
3 class hours
Basic concepts of light and color and understanding
of optical effects in nature and art.
PY330 Descriptive Astronomy
3 semester credit hours
3 class hours
Basic concepts of astronomy, its
historical
development, and theories of origin of the
universe. The search for life in the universe,
the colonization of outer space, and the
social and moral issues of the space program
are also covered.
PY335 Views of the Cosmos
(cross-listed as HU335)
3 semester credit hours
3 class hours
An introduction to the study of the universe
from scientific, religious, and philosophical
standpoints. Surveys mankind’s efforts to
understand the nature of the cosmos, including
its origins, evolution, and eventual demise.
Viewpoints of many religious groups, cultures,
and scientific thinkers will be discussed and
compared. Contemporary debates in cosmology
will be fully explored without mathematics.
This course can fulfill the world cultures
and history/literature core distribution
requirements. (Prerequisite: IH202)
PY380 Electronics
4 semester credit hours
2 lecture/3 lab hours
Provides the theory of operation and laboratory
experiences for both analog and digital
circuitry. (Prerequisite: PY202 or PY212 or
permission of instructor)
PY406 Advanced Lab
1 semester credit hour
3 class hours
Students will perform modern physics
experiments. (Prerequisite: PY302 or
permission of instructor)
PY410 Electricity and Magnetism
3 semester credit hours
3 class hours
A study of the physics of electricity, magnetism,
and electromagnetic fields and waves.
Emphasis is given to the meaning and significance
of the concepts that appear in the theory
and the overall coherence and beauty of
Maxwell equations. (Prerequisites: PY212
and MA202, or permission of instructor)
137
PY420 Optics and Wave Phenomena
3 semester credit hours
3 class hours
A study of geometrical and physical
optics and a study of waves, interference,
Fraunhofer and Fresnel diffraction,
dispersion,
and polarization of light. The course
will also include some aspects of the quantum
nature of light, including lasers, and other
coherent properties of light. (Prerequisite:
PY310 or permission of instructor)
PY430 Thermodynamics
3 semester credit hours
3 class hours
This course will provide a detailed study of
thermal phenomena, heat engines, thermodynamic
laws, and statistical physics. It will
discuss applications of thermodynamics and
statistical methods and examine low-temperature
phenomena such as superconductors.
(Prerequisite: PY212)
PY450 Quantum Mechanics
3 semester credit hours
3 class hours
This course will provide a detailed study of
quantum phenomena, applied to single particles,
multiparticle interactions, and ensembles.
Discussions will include the experimental
basis of quantum theory, Schroedinger
wave
equation, particles in various potentials, the
Hydrogen atom, spin, Bose-Einstein and
Fermi-Dirac statistics,
and other aspects of
atomic physics. (Prerequisite: PY212)
PY460 Topics in Contemporary
Physics
1–3 semester credit hours
3–9 laboratory hours per week
A seminar course detailing discoveries in
twentieth and twenty-first century physics,
including nuclear physics, quantum physics,
atomic theory, and particle physics. The
course covers topics such as radioactivity,
fission, fusion, nuclear energy, fundamental
particles, wave/particle duality, and modern
cosmology. It also addresses the ethical,
human, and environmental implications of
contemporary physics. (Prerequisite: PY301)
PY490 Special Topics or
Research in
Physics
1–3 semester credit hours
1–3 class hours
Study of one or two topics in other courses
offered by the department. This course may
be taken more than once for credit, provided
the topics covered are sufficiently different
or if this course represents a research project.
(Prerequisite: permission of the department)
PY495 Undergraduate Research
in Physics
2 semester credit hours
2 class hours
Students will engage in research of a theoretical
or experimental nature under the close supervision
of a faculty member. Work done at an
appropriate level may be presented at a meeting
or may lead to publication. (Prerequisites:
permission of research advisor and dept. chair)
PY701 Medical Physics
3 semester credit hours
3 class hours
Biomedical applications of physics are
covered with emphasis on diagnostic and
treatment implications. Problem-solving
opportunities and detailed literature review
in the areas of physics pertinent to orthopedic
and/or neurologic physical therapy
practice
are included. (Prerequisites: PY201 and
PY202, or PY211 and PY212)
Statistics
ST301 Business Statistics
4 semester credit hours
4 class hours
Covers numerical descriptive measures,
probability, discrete and continuous random
variables, sampling distributions, estimation
and tests of hypotheses, one sample and two
samples, linear and multiple regression, index
numbers and time series, analysis of variance,
nonparametric statistics, chi-square test, and
analysis of contingency tables.
138
ST310 Introduction to
Biostatistics
3 semester credit hours
3 lecture/1 lab hours
This course is designed to provide a basic
introduction to statistical methods and study
design as they apply to biological research.
An integrated method will be used to help
the student become familiar with methods of
describing and analyzing data, apply those
methods, interpret results, and evaluate the
appropriateness of those methods using data
from unpublished and published biological
research studies.
ST320 Mathematical Statistics
3 semester credit hours
3 class hours
This course covers probability concepts,