background image
MAT 240 Linear Algebra 4:0:4
Is designed for students who need preparation for higher levels of
mathematics. Topics include linear equations, matrix algebra, determinants,
vector spaces, eigenvalues and eigenvectors, and orthogonality and least
squares. Applications are used extensively throughout. A TI graphing
calculator is required.
Prerequisite: MAT 232
Offered: Spring
Music
MUS 101 Music Appreciation 3:0:3
Considers the principal musical forms. These forms include symphony,
musical drama, jazz, folk music and experimental music.
Offered: Fall
MUS 104 Introduction to Musical Theater 3:0:3
Is a survey and analytical look at musical theater, specifically in the United
States. A brief history of the origins of musical theater -- including areas
such as passion plays, opera, operetta and other related media -- is
covered. The course emphasizes the development of American musical
theater beginning with the operetta and early minstrel shows through the
Broadway hits of the Twentieth Century. Additionally, this course
introduces students to the art of critique in regard to musical theater.
Students view several film versions of musicals to understand the societal
influences that brought them about, as well as investigate the lives and
careers of several major contributors to American musical theater. The
course is neither a comprehensive study of the history of theater, nor is it a
technical course in production, direction and performance.
Offered: Fall
Nuclear Energy Technology
NET 102 Electrical Science
3:2:4
Provides exposure to the fundamentals of both Direct Current (DC) and
Alternating Current (AC) electrical theory. These skills will find application in
measurement, controls and electronics, and provide a springboard for further
study in AC power generation.
Prerequisite: NET 111
Offered: Spring
NET 111 Mathematics for Energy Technicians
3:0:3
Reviews fundamental mathematics concepts, algebra, manipulations of
equations and scientific notation as a prerequisite to the upcoming science
courses where these calculation methods are used.
Prerequisite: MAT 093, if required
Offered: Fall
NET 115 Mechanical Sciences
3:0:3
Examines the design, construction and operation of various mechanical
components such as valves, pumps, heat exchangers, air compressors and
HVAC. It also discusses the principles of lubrication and looks at steam and
diesel engines.
Offered: Fall
NET 130 Applied Physics and Chemistry 4:0:4
Reviews the concepts of units and measurement, velocity and acceleration,
gravity and Newton's Law, momentum, work, energy and conservation of
energy, and power as applied in a power plant. Additionally, it covers
chemistry principles, acids and bases, demineralizers and ion exchangers,
corrosion and chemistry hazards.
Prerequisite: NET 111
Offered: Spring
NET 131 Nuclear Industry Fundamental
Concepts
3:0:3
Introduces the fundamental concepts used throughout the nuclear industry as
an integral part of gaining access and performing work in the plant as well as
the human performance fundamentals and associated tools. Topics include a
plant overview, organization and administration, security, safety, quality
programs, emergency planning and fire protection. Radiation worker training
includes sources, types and measurement of radiation as well as biological
effects, limits and guidelines. In addition, it will cover dosimetry,
contamination control, postings and alarms, and individual rights and
responsibilities.
Offered: Spring
NET 200 Nuclear Energy Co-op I
1:6:4
Is a planned, paid work activity that introduces the student to the primary
technical areas within a nuclear power plant. During the internship, students
will have introductory instruction in the general operations of a plant as well as
classes/labs covering material science. Students experience the various techni-
cal areas as part of their job assignments to help select possible future career
paths.
Prerequisite: Enrollment in the Nuclear Energy Technology program with
successful completion of all first- and second-semester courses with a
minimum 2.0 grade point average. Students also must be at 18 years
old, and pass background and drug tests required for access to a nuclear
plant.
Offered: Summer
NET 211 Heat Transfer and Fluid Flow 3:0:3
Presents the basic concepts of thermodynamics and heat transfer as they
apply to power plant applications. It covers the topics of energy, entropy,
thermodynamic cycles and heat transfer. This course also discusses the basics
of heat exchangers.
Prerequisite: NET 111
Offered: Fall
NET 213 Instrumentation and Control I 3:0:3
Presents the basic concepts of instrumentation and control for temperature,
pressure, level and flow sensors and detectors, valve actuators, position
indicators and radiation detectors.
Prerequisite: NET 111
Offered: Fall
NET 221 Nuclear Science 4:0:4
Provides an understanding of the principles of reactor theory including the
fission process, the neutron life cycle, the concepts of subcritical multiplication,
criticality and reactivity, and thermal limits and their importance to operation.
This information is key to understanding the response of the plant to various
transients.
Prerequisites: NET 111 and NET 131
Offered: Spring
NET 223 Reactor Plant Protection and Safety 4:0:4
Explains the basic concepts related to reactor plant protection, accident
analysis, transient prevention and mitigation of damage and accident
management. The course also reviews some of the major industry operating
experiences from across the country.
Prerequisite: NET 131
Offered: Spring
NET 233 Basic Nuclear Systems 3:0:3
Examines the design and operation of the basic systems associated with the
operation of a nuclear power plant. It explains how the basic systems work
individually and how they work together to support power production.
Offered: Spring
Course Descriptions · MAT 240 - NET 233
2009-2010 Salem Community College Catalog
77