Download ENGINEERING and TECHNOLOGY

ENGR
ENGR
1000
ENGR
2010
Introduction to
Engineering
Statics
This course is designed
for the student who is
considering an
engineering career.
Introduces the students
to the various fields of
engineering and the
nature and challenges of
the engineering
profession. The
educational
requirements of various
fields will be explored.
History, ethics,
engineering method will
also be discussed. Some
computer software used
by engineers will be
introduced. Course
includes lecture from
both the instructor and
guest lecturers,
assignments, quizzes,
and tests. Successful
completion of the
course should enable
the student to know
more about engineering
and the functions and
career paths for various
branches of
engineering. 2 lecture
hours per week.
This course is designed
for the second year
engineering student.
Deals with the
equilibrium of bodies,
that is, those that are
For students considering an Engineering career. Introduces the functions and
career paths for various branches of Engineering and the nature and challenges
of the Engineering profession, including educational requirement of various
fields, as well as history, ethics, and the engineering method. Also serves as a
First Year Experience seminar, introducing students to skills and resources
designed to make them more successful college students.
FA
For pre-Engineering students. Covers the equilibrium of bodies, that is, those
that are either at rest or move with a constant velocity. Covers properties of
vectors as they apply to force systems, including trusses, frames, and machines.
Applications of friction and forces in beams.
Prerequisites: MATH 1210; and MATH 1220 (can be concurrently enrolled in
Prerequisites: MATH 1210;
and MATH 1220 (can be
concurrently enrolled in
MATH 1220).
ENGR
2030
Dynamics
either at rest or move
with a constant velocity.
This includes properties
of vectors as they apply
to force systems,
including trusses,
frames and machines.
Applications of friction,
forces in beams and
cables will be discussed.
Course includes lecture,
homework assignments,
quizzes, and tests.
Successful completion
of the course should
ensure students can
continue into Dynamics.
Prerequisites: MATH
1210 and concurrent
enrollment in MATH
1220. 3 lecture hours
per week.
This course is designed
for the second year
engineering student.
This class deals with the
kinematics of a particle
both rectilinear an
curvilinear motion.
Kinetics of a particle
including force and
acceleration and
Newton's laws of
motion will be
discussed. Planar
kinematics and kinetics
of a rigid body will be
covered. Course
includes lecture,
assignments, quizzes,
and tests. Successful
completion of the
course should give
students the ability to
continue with
MATH 1220).
SP
For pre-Engineering students. Covers the kinematics of a particle in both
rectilinear and curvilinear motion, as well as application of Newton’s laws of
motion to the kinetics of particles in detail for several types of motion. Force
and acceleration, and energy and momentum are used as methods for solving
dynamic problems.
Planar kinematics and kinetics of rigid bodies are covered.
Prerequisite: ENGR 2010.
FA
Prerequisite: ENGR
2010.
ENGR
2140
ENGR
2250
Strength of Materials
Electrical Circuits
engineering classes at a
four-year institution.
Prerequisite: ENGR
2010. 3 lecture hours
per week.
This course is designed
for the second-year
engineering student.
Introduces the internal
effects (stress, strain,
elastic and inelastic
behavior, shear and
bending movement) of
loads (axial, torsion,
and bending) on
engineering systems.
Prerequisite: ENGR
2010. 3 lecture hours
per week.
An introductory course
designed for students in
pre-engineering which
presents the basic
concepts of electric
circuit theory.
Curriculum concepts
focus on circuit theory
and include voltage,
current, power,
resistance, capacitance
and inductance. Circuit
analysis techniques are
taught that include
Kirchoff's Laws, node
voltages, and mesh
currents for direct and
alternating current.
Circuits discussed
include first and second
order inductive and
capacitive, phasers,
operational amplifiers,
and timing.
Prerequisite: MATH
For pre-Engineering students. Introduces the internal effects (stress, strain,
elastic and inelastic behavior, shear and bending movement) of loads (axial,
torsion, and bending) on engineering systems.
Prerequisite: ENGR
2010.
Prerequisite: ENGR 2010.
SP
For pre-Engineering students. Presents basic concepts of electric circuit theory,
including voltage, current, power, resistance, capacitance, and inductance.
Covers circuit analysis techniques, including Kirchoff's Laws, node voltages, and
mesh currents for direct and alternating current. Circuits discussed include first
and second order inductive and capacitive circuits (RC, RL, RLC). Operational
amplifiers are introduced into circuit analysis. Phasers are used in conjunction
with AC circuits.
Prerequisites: MATH 1220 and MATH 2280 (can be concurrently enrolled in
MATH 2280).
SP
Prerequisites: MATH 1220
and MATH 2280 (can be
concurrently enrolled in
MATH 2280).
No prereqs listed in
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ENGR
2255
ENGR
2300
Electrical Circuits Lab
Engineering
Thermodynamics
1220 and concurrent
enrollment in MATH
2280. 3 lecture hours
per week.
An introductory
laboratory course for
students in preengineering that
discusses electrical
circuit measurements
and analysis methods.
Several laboratories will
introduce the student to
instrumentation
important to the
understanding of
electrical circuit
analysis and the safety
required with the use of
instrumentation. Several
different circuits will be
analyzed including LC
and RC circuits,
resistive networks,
operational amplifiers,
and AC circuits. Basic
circuit design and
analysis techniques will
be presented using
PSPLICE software.
Prerequisite: MATH
1220. 2 lab hours per
week.
Fundaments of thermal
energy and work;
thermodynamic
properties of fluids and
equations of state; open
and closed systems; first
and second laws of
thermodynamics;
applications to thermal
and mechanical
processes. Prerequisites:
MATH 1220 and
Introductory lab course for pre-Engineering students. Discusses electrical circuit
measurements and analysis methods. Through several laboratories students are
introduced to instrumentation important to the understanding of electrical circuit
analysis and the safety required with the use of instrumentation. Several different
circuits will be analyzed including LC and RC circuits, resistive networks,
operational amplifiers, and AC circuits. Includes basic circuit design and
analysis techniques using circuit analysis software.
Prerequisites: MATH
1220, and MATH 2270.
No prereqs listed in
Banner
Prerequisites: MATH 1220, and MATH 2270.
SP
For pre-Engineering students. Covers fundamentals of thermal energy and
work, thermodynamic properties of fluids and equations of state, open and closed
systems, first and second laws of thermodynamics, and applications to thermal
and mechanical processes.
Prerequisites: MATH
1220; and MATH 2210
(can be concurrently
enrolled in MATH 2210).
Prerequisites: MATH 1220; and MATH 2210 (can be concurrently enrolled in
MATH 2210).
Incorrect prerequisites in
Banner
FA
concurrent enrollment
in MATH 2210. 3
lecture hours per week.
TECH
1000
Skills USA
Vocational Industrial
Clubs of America
(VICA)
This course is
designed for the
vocational major.
Six levels of
Professional
Development
Program curriculum
materials are used in
classroom
instruction.
Workbook use
includes self
assessment, goal
setting and industrial
work place inquiries.
Completion of 1 1/2
workbooks each
semester is expected.
Class can be
repeated. Successful
completers should
be able to better
enter leadership
roles in industry.
The VICA Club is a
service organization
as well and
For vocational
students who are
members of the
Vocational Industrial
Clubs of America
(VICA).
Professional
Development
Program curriculum
includes selfassessment, goal
setting, and
industrial work place
inquiries. VICA
members participate
in service activities,
DSC club activities,
and state and
national
competitions.
Repeatable up to 4
credits subject to
graduation
restrictions.
Offered based on
sufficient student
need.
Repeatable up
to 4 credits
subject to
graduation
restrictions.
TECH
1010
Skills USA
Competition
Prep
participates in all
Dixie College
student club
activities.
Vocational majors
compete in state and
national
competitions. Class
can be taken with
TECH 1010 during
the same semester.
Enrolled students
will receive
instruction in
competition
requirements and
procedures. Past
competitors and
industrial mentors
will assist
competitors in their
competition
preparation.
Students
participating in
DEMO contests will
present their
demonstration to the
class, past
competitors, and
mentors for
evaluation and
perfection. First
For vocational
students who are
members of the
Vocational Industrial
Clubs of America
(VICA) preparing
for competition.
Past competitors and
industrial mentors
will assist
competitors in their
competition
preparation. VICA
members participate
in service activities,
DSC club activities,
and state and
national
competitions. First
place winners at
state competition
compete at nationals.
Repeatable up
to 4 credits
subject to
graduation
restrictions.
place winners at
state competition
compete at nationals.
The VICA Club is a
service organization
as well and
participates in all
Dixie College
Student club
activities.
Vocational majors
compete in state and
national
competitions. Class
can be taken with
TECH 1000 during
the same semester.
Repeatable up to 4
credits subject to
graduation
restrictions.
Offered based on
sufficient student
need.