Catalog 2010 - Naugatuck Valley Community College - Connecticut ...

mathematics and science courses as requirements for all mathematics/science
majors. The course begins with a review of the properties of absolute value
and inequalities and other algebraic topics. Functions, limits, and continuity
are thoroughly covered along with the derivatives. Formulas for calculating
derivatives are presented, along with geometrical and physical applications.
The antiderivative is introduced along with the definition of the differential and
some applications. The course concludes with an introduction to the definite
integral and its geometric meaning.
Mat*h256 Calculus ii 4 cr.
Prerequisite: Grade of “C” or better in MAT*H254 (Calculus I) A second
course in calculus for mathematics or science majors. Topics include the definite
integral and applications of the definite integral to areas, volumes, and length of
arc of a plane curve. Also considered are logarithmic and exponential functions,
trigonometric functions, inverse trigonometric functions and various techniques
of integration. Limits involving indeterminate forms and improper integrals
are also discussed. The course concludes with an introduction to infinite series.
Mat*h268 Calculus iii: Multivariable 4 cr.
Prerequisite: Grade of “C” or better in MAT*H256 (Calculus II). A course in
multivariable calculus for mathematics or science majors. Topics include conic
sections, plane curves, parametric equations and polar coordinates, vectors and
solid analytic geometry, vector-valued functions, functions of several variables,
partial differentiation, and multiple integration.
Mat*h285 differential equations 3 cr.
Prerequisite: Grade of “C” or better in MAT*H268 (Calculus III: Multivariable)
Study of ordinary differential equations. Equations studied include
the following: first-order linear, separable equations; exact equations; homogeneous
linear equations of first or higher order with constant coefficients;
auxiliary equations with complex roots; and non-homogeneous equations.
Solutions of initial value problems with associated applications are studied.
Techniques used include linear differential operators, the method of undetermined
coefficients, variation of parameters, and Laplace transforms.
meChaniCal engineering teChnology
engineering technologies division
MeC*h108 statics 5 cr.
Prerequisites: TCN*H101, MAT*H172, PHy*H121. Corequisite: MAT*H185.
Analysis of the forces which act upon rigid bodies at rest is the subject of
this course. Balances of forces and moments on an object provide the basis
for equilibrium calculations involving points, rigid bodies, frames and machines
with a variety of supports (including frictional). The use of free-body
diagrams and neat, professional level presentation of work is stressed. Five
class hours weekly.
MeC*h251 Materials strength 4 cr.
Prerequisite: MEC*H108. Corequisite: MAT*H185. Covers the principles
involved in the analysis of stresses which occur within machine and structural
elements subjected to various types of loads. Analysis of these stresses are
made as applied to thin-walled cylinders and spheres, riveted and welded
joints, beams, columns, couplings and shafts. Mechanical properties of common
materials are determined using equipment such as the Universal Testing
Machine, Torsion Testing Machine, and Impact Testing Machine. Experiments
involving stress and strain analysis are included. Microcomputers are used in
the analysis of experimental data and preparation of laboratory reports. Three
class and two laboratory hours weekly.
MeC*h271 fluid Mechanics 4 cr.
Prerequisite: MEC*H108, Corequisite: MAT*H185. An introductory survey of
the principles and methods involved in the analysis of fluid systems. Included
are common fluid properties, hydrostatics, the kinematics of fluid flow and
energy relationships. The use of standard empirical information to reflect the
departure of actual hardware performance from the theoretical is reflected
in many of the applications considered. This course also provides laboratory
experience with the common instruments used in experiments involving
properties of fluids. To verify the general analytical methods studied in class,
wind tunnel testing, hydraulics, pneumatics and pressure loss measurements
may be included. Three class and two laboratory hours weekly.
MeC*h240 fundamentals of thermodynamics 4 cr.
Prerequisite: CHE*H111. This course covers the fundamental concepts of
heat transfer. Major topics included are conduction, convection and radiation.
The emphasis is on the practical applications of each type of heat transfer
through example problems. The design and analysis of different types of heat
exchangers are also explained in detail. Laboratory experiments involve heat
transfer apparatus which supplement the theoretical class work. Three class
and two laboratory hours weekly.
MeC*h284 Machine design 5 cr.
Prerequisites: CAD*H150, MEC*H251, MFG*H210. Deals with the concept
of mechanical design from concept to specifications. Covers the procedures,
data, and techniques necessary to design/select mechanical components such
as gears, springs, bearings, belt and chain drives, clutches, brakes, fasteners,
shafts and screws. The use of microcomputers in the design process is emphasized.
A design project is also included. Three class and four laboratory
hours weekly.
MeC*h238 dynamics 4 cr.
Prerequisites: MEC*H108, MAT*H232. This course covers the fundamental
techniques used for analyzing the motion of particles and rigid bodies and
the forces which cause that motion. Translation and rotation as fundamental
components of rectilinear, curvilinear and constrained plane motion are explained.
Energy/work methods for particles and rigid bodies is also included.
Laboratory practice is used to verify and reinforce the theoretical concepts.
Three class and two laboratory hours weekly.
meDiCal insuranCe sPeCialist
Business division
Bot*h181 Medical Coding i 3 cr.
Prerequisite: BOT*H283. Corequisite: BOT*H282. This course is an in-depth
study of basic ICD-9-CM coding. Diagnoses, procedures, signs and symptoms
will be studied and coded by students using the necessary textbooks. The flow
of medical records from doctor’s office to hospital discharge will be tracked
for insurance, risk managment, and case study purposes.
Bot*h182 Medical Coding ii 3 cr.
Prerequisites: BOT*H111, 283. Corequisite: BOT*H181. This course is an indepth
study of basic CPT-4 coding. Students will utilize medical records, case
histories, and code the diagnoses and procedures according to the level of care.
Bot*h187 Computers in Medical offices 2 cr.
Prerequisites: BOT*H111, 181, 182, 283. Corequisite: BOT*H287. Using
hands-on approach, the student will be taught to analyze data found in a
patient’s medical record. This data will be entered into a computer that is
similar to ones found in a medical office or hospital.
Bot*h283 Medical terminology and Procedures 4 cr.
This is a basic study of the professional language of medicine. It includes word
construction, pronunciation, spelling, definition, and use of terms related to
all areas of medical science, hospital service, and health-related professions.
This course is designed to give the student a basic overview of anatomy,
pathology, surgical procedures, diagnostic procedures, and symptomatology.
Bot*h284 Claims Processing applications 3 cr.
Prerequisite: Successful completion of BOT*H283 - Medical Terminology
and Procedures and BOT*H111 - Keyboarding for Information Processing.
Co-requisite: BOT*H287 - Foundation and Management of Medical Insurance.
The applications course provides an overview of the medical insurance
claim process from the perspective of the insurance company. This course
introduces the student to an in-depth look at the claim processor’s role with
emphasis on quality and customer service. Topics covered will include eligibility,
provider types, managing medical costs, benefit coding, determining
benefits, finalizing claims, coordination of benefits, medicare and adjustments.
Bot*h287 foundations and Management
of Medical insurance 3 cr.
Prerequisite: BOT*H283. Corequisite: BOT*H187. This course is designed to
develop those abilities and skills which would let students define and explain
the types of health insurance policies and contracts available. Comparison
of Anthem-Blue Cross, Blue Shield, and commercial health policies are included,
as well as analysis of insurance forms and application of information
to the forms. Emphasis would be placed on legal issues and medical record
confidentiality.
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Course
Descriptions