| 00-309 |
APC3 |
Bachelor or Science in Mechanical Engineering
|
This represents the Mechanical Engineering (ME) program of study to be
offered in the Division of Engineering in COCSE. The ME program is approved
and faculty positions (two new faculty qualified in the ME area) and facilities
are fully funded by the BOR and the University. The program consists of
the following requirements: Prerequisites - 29 hours; Foundation - 11
hours; Core Requirements - 20 hours; Major Requirements - 31 hours; Technical
Electives - 6 hours. Minimum upper division hours required for degree
(excluding prerequisites): 68. This program of study will begin in the
Fall term of 2001.
| 00-288 |
APC1 |
EML 3XXX |
Strength of Materials (3 cr.)
|
Prerequisites: ENG 3XXX (Statics). Corequisites: EML 3XXX (Engineering
Materials Lab). The concept of stress and strain is covered and includes
topics such as normal stress and strain, shear stress and strain, Hooke's
Law, and stress transformation. Deformations in axially loaded members
are included with some focus on statically indeterminate members. Torsionally
loaded members and flexural members are covered. Shear and bending moment
diagrams are emphasized with an introduction to member design. Deflection
of beams and columns buckling is introduced. Faculty positions and facilities
are fully funded by the BOR and the University.
| 00-289 |
APC1 |
EGN 3XXXC |
Modern Computational Methods (3 cr.)
|
Prerequisites: Acceptance into the ME program of study and knowledge of
some form of computer program language. This course covers the applications
of modern computer tools and other computational techniques commonly used
in engineering practice. These include word processing, spreadsheets,
databases, presentation software, computer aided drafting and design (CADD)
software, an introduction to finite element modeling, and other standard
modeling tools. Faculty positions and facilities are fully funded by the
BOR and the University.
| 00-290 |
APC1 |
EML 3XXXL |
Engineering Materials Lab (3 cr.)
|
Prerequisites: EGN 3XXX (Statics). Corequisites: EML 3XXX (Strength of
Materials). This course is the companion laboratory to EML 3XXX, Strength
of Materials. Faculty positions and facilities are fully funded by the
BOR and the University.
| 00-291 |
APC1 |
EGN 4XXX |
Senior Capstone Design I (1 cr.)
|
Prerequisites: Senior standing and consent of Department. This course
is the first part of a two-semester design project. Students select partners,
select an advisor, define the problem statement of their design project,
and develop a plan of implementation and solution. Finally, students submit
a preliminary report and give an oral presentation about the projects.
Faculty positions and facilities are fully funded by the BOR and the University.
| 00-292 |
APC1 |
EGN 4XXX |
Senior Capstone Design II (3 cr.)
|
Prerequisites: EGN 4XXX (Senior Capstone Design I). This course is the
second part of a two-semester design project. Students are to proceed
with the design project according to the plan developed in EGN 4XXX, Senior
Capstone Design I. Under faculty supervision, the students perform the
actual design work for the project previously selected. Finally, students
submit a final report and give a formal oral presentation to discuss their
final design. Faculty positions and facilities are fully funded by the
BOR and the University.
| 00-293 |
APC1 |
EML 3XXX |
Fluids I (3 cr.)
|
Prerequisites: EGN 3XXX (Statics). Corequisites: EGN 3XXX (Dynamics).
The purpose of the course is to introduce the fundamental principles of
fluid mechanics, including fluid statics, fluid kinematics, and the dynamic
equations for fluid mass, momentum and energy conservation. Also, the
fundamental principles of fluid mechanics are used to solve basic engineering
problems involving incompressible flow. Faculty positions and facilities
are fully funded by the BOR and the University..
| 00-294 |
APC1 |
EML 4XXX |
Machine and Package Design
(3 cr.)
|
Prerequisites: EGN 3XXX (Dynamics); EML 3XXX (Strength of Materials).
The design of machines and equipment packaging to be used in real environments
will be presented in this course. Faculty positions and facilities are
fully funded by the BOR and the University.
| 00-295 |
APC1 |
EML 4XXX |
Controls and Systems Dynamics
(3 cr.)
|
Prerequisites: EGN 3XXX (Dynamics); EML 3100 (Thermodynamics I). This
course will cover the study of engineering control processes as applied
to mechanical engineering systems, including analog and digital control
processes. Faculty positions and facilities are fully funded by the BOR
and the University.
|
00-296
|
APC1 |
EML 3XXX |
Project Engineering I
(3 cr.)
|
Prerequisites: EGN 3XXX (Dynamics); EML 3XXX (Strength of Materials);
EML 3100 (Thermodynamics I); ECO 4XXX (Engineering Economics). This is
the first of a two-course sequence in project engineering. This course
will concentrate on the design and analysis aspects of project engineering,
including the relevant tools. Faculty positions and facilities are fully
funded by the BOR and the University.
| 00-297 |
APC1 |
EML 4XXX |
Heat Transfer (3 cr.)
|
Prerequisites: EML 3100 (Thermodynamics I); EML 3XXX (Fluids I). In this
course concepts are presented and studied describing the processes of
transferring energy in the form of heat from one body (solid, liquid,
or gas) to another body. Heat transfer by conduction, convection, and
radiation will be covered and analysis tools will be employed in the topics
presented. Faculty positions and facilities are fully funded by the BOR
and the University.
| 00-298 |
APC1 |
EML 4XXX |
Materials Handling I (3 cr.)
|
Prerequisites: EML 3100 (Thermodynamics I); EML 3XXX (Fluids I). The movement
of materials necessary to provide for the efficient manufacturing processes
is a complex and often vexing problem. This course will use examples of
difficult materials handling processes and provide demonstration of the
tools necessary to design systems to handle these materials. Faculty positions
and facilities are fully funded by the BOR and the University.
| 00-299 |
APC1 |
EML 4XXX |
Project Engineering II (3 cr.)
|
Prerequisites: EML 3XXX (Project Engineering I). This is the second of
a two-course sequence in project engineering. This course will concentrate
on the engineering management and control aspects of project engineering,
including the use of milestones and the tools used to maintain project
control. Faculty positions and facilities are fully funded by the BOR
and the University.
| 00-300 |
APC1 |
EML 4XXX
|
Heat Power Engineering (3 cr.)
|
Prerequisites: EML 3100 (Thermodynamics I); EML 3XXX (Fluids I); EML 4XXX
(Heat Transfer). An application of the principles of Thermodynamics and
transport phenomena to the analysis of thermal power systems will be presented
in this course. Faculty positions and facilities are fully funded by the
BOR and the University.
| 00-301 |
APC1 |
EML 4XXX |
Process Controls (3 cr.)
|
Prerequisites: EML 3XXX (Controls and Systems Dynamics). This course will
cover the application of modern control techniques applied to engineering
manufacturing processes and machines. Faculty positions and facilities
are fully funded by the BOR and the University.
| 00-302 |
APC1 |
EML 4XXX
|
HVAC Systems (3 cr.)
|
Prerequisites: EML 3100 (Thermodynamics I); EML 3XXX
(Fluids I); EML 4XXX (Heat Transfer). The design and analysis of heating,
ventilation, and air conditioning systems in a wide variety of applications
will be studied in this course. Faculty positions and facilities are
fully funded by the BOR and the University.
| 00-303 |
APC1 |
EML 4XXXL |
Mechanical Engineering Laboratory (1 cr.)
|
Prerequisites: Senior Standing in Mechanical Engineering. The application
of mechanical engineering concepts and devices will be performed in this
laboratory, to include incompressible flows, heat transfer concepts, and
thermal systems. Faculty positions and facilities are fully funded by
the BOR and the University.
| 00-304 |
APC1 |
EML 3XXX |
Thermodynamics II (3 cr.)
|
Prerequisites: EML 3100 Thermodynamics I. This course is a continuation
of EML 3100, Thermodynamics I. In this course, students will develop the
concepts of energy generation and the transformation of energy from one
state to another. The production of useful energy and the possible flow
of energy will be explored. Faculty positions and facilities are fully
funded by the BOR and the University.
| 00-305 |
APC1 |
EML 4XXX |
Fluids II (3 cr.)
|
Prerequisites: EML 3XXX (Fluids I). This course is a continuation of the
material presented in EML 3XXX, Fluids I. The course takes the next step
in describing fluid flows that include near real-world effects. Faculty
positions and facilities are fully funded by the BOR and the University.
| 00-306 |
APC1 |
EML 49XX |
Directed Individual Study (v. 1-3 cr.)
|
Prerequisites: Approval by sponsoring professor and director of Engineering.
Students will participate in the study of topics agreed to by a sponsoring
and supervising professor. This course is variable in credit hours and
may be repeated once, with different course content, for a maximum of
six credit hours. Faculty positions and facilities are fully funded by
the BOR and the University.
| 00-307 |
APC1 |
EML |
49XX Special Topics in Engineering
(v. 1-3 cr.)
|
Prerequisites: Senior standing and consent of instructor or department.
This course provides topics of special interest in Mechanical Engineering,
which may vary each time the course is offered. Course content may be
engineering science, engineering design, or a combination of both. The
special interest topic, when offered, will be stated in the schedule booklet.
The course is variable in credit hours and may be repeated once for a
maximum of six credit hours. Faculty positions and facilities are fully
funded by the BOR and the University.
| 00-308 |
APC1 |
EML 4949 |
Co-op Work Experience (1 cr.)
|
Prerequisites: Six hours of Mechanical Engineering
course work and acceptance in the Cooperative Education Program. Students
will participate in practical co-op engineering work under approved
industrial supervision. This course may be repeated twice for a maximum
of three credit hours. Faculty positions and facilities are fully funded
by the BOR and the University.
Copyright © 2001 University
of North Florida.
All Rights Reserved.
Questions, Comments, Suggestions
Modified:
June 12, 2001
