COLLEGES


Degree Programs
 The mechanical engineering department
 offers the following degrees: Bachelor of Science
 in Mechanical Engineering, Master of
 Engineering, Master of Science, the Engineer
 degree and Doctor of Philosophy.

 Admission Requirements
 Applicants should have a cumulative grade
 point average of 2.0 or higher and a minimum
 combined grade point average of 2.5 in the pre-
 engineering technical courses, in accordance
 with College of Engineering admission protocol.
 A minimum grade of C is required in each cal-
 culus and physics course. Averages are calcu-
 lated based on all attempts.

 Graduation Requirements
 Completion of the curriculum with a mini-
 mum GPA of 2.00 in all UF, junior/senior level
 and EML course work.

 CURRICULUM LEADING TO
 BACHELOR OF SCIENCE IN
 MECHANICAL ENGINEERING
 Critical Tracking Criteria:
 Critical tracking courses for semesters 1-4
appear in bold; these courses must be com-
pleted with a 2.5 GPA.

 FRESHMAN YEAR
Semester 1 Fall Credits
If you do not place out of ENC 1101,
take it in the fall; if you do, take another
GE category.
Composition (GE)..................................................3
Hum anities (GE) ..................................................... 3
MAC 2311* Anal Geometry & Calc 1 (GE-M)..4
CHM 2045 General Chemistry (GE-P) ...........3
CHM 2045L General Chemistry Lab (GE-P).....1
 Total 14
Semester 2 Spring
ENC 2210* Technical Writing............................3
Social & Behavioral Sciences (GE) .......................3
MAC 2312* Anal Geometry & Calc 2 (GE-M)..4
CHM 2046 General Chemistry (GE-P) ...........3
CHM 2046L General Chemistry Lab (GE-P) .....
 Total 14
 SOPHOMORE YEAR
Semester 3 Fall Credits
Hum anities (GE)............................... .............. 3
Social & Behavioral Sciences (GE) ....................3.
MAC 2313* Anal Geometry & Calc 3 (GE-M)..4
PHY 3048* Physics with Calculus 1 (GE-P)...3
PHY 2056L Physics 1 Lab (GE-P)...................
 Total 14
Semester 4 Spring
Hum anities (GE)............................... .............. 3
CGS 2425 Computer Program for Engineers..2
EGM 3311*Intro to Engineering Analysis .......3
PHY 3049*Physics with Calculus 2 .............3.
PHY 2056L Physics 2 Lab .................................1.
 Total 12


 JUNIOR YEAR
 Semester5-Fall Credits
 EEL 3003 Elements of Electrical Engr..............3
 EGM 2511*Engr Mechanics Statics .............3.
 EM A 3010 M aterials............................................3
 EML 3100*Thermodynamics 1 ......................3
 Total 12
 Semester 6 Spring
 EEL 3303L Electrical Circuits Lab .................1.
 EGM 3400* Engr Mechanics Dynamics..........2
 EML 3023 Comp Aided Graph & Design ......3
 EML 3101 Thermodynamics 2......................3.
 EML 3520 Analytical Methods .....................3.
 Total 12
 Semester 7 Summer
 EGM 3520* Mechanics of Materials .............3.
 EML 3005C Mechanical Design..........................4
 EML 3301C Instrument & Measurement Lab ..2
 Total 9
 SENIOR YEAR
 Semester 8 Fall Credits
 EML 3262 Kinematics & Dyn Mach................ 3
 EML 4220 Mechanical Vibrations....................3
 EML 4312 Control Mech Engr Systems.......... 2
 EML 4315L Controls Lab ....................................
 EML 4140* Heat Transfer 1.............................2.
 EML 4140L Thermal Science Lab 1....................
 EML 4701* Fluid Dynamics 1 .........................2.
 Total 14
Semester 9 Spring
EML 4500 Machine Design & Analysis..........3
EML 4141 Heat Transfer 2.............................2.
EML 4141L Thermal Science Lab 2.................1.
EML 4702 Fluid Dynamics 2.........................2.
Technical Electives (Two)...................................... 6
 Total 14
Semester 10- Fall
EML 4321 Manufacturing Engr......................3.
EML 4501 Mechanical System Design..............3
EML 4920 Professional Orientation..................1
Technical Electives (Two)...................................... 6
 Total 13
Total Hours Required for Degree 128
* Grade of C or better required


Nuclear and Radiological
Engineering

 Nuclear and radiological engineering sci-
ences comprises those fields of engineering and
science directly concerned with the release, con-
trol and safe utilization of nuclear energy and
atomic and nuclear radiation for the betterment
of mankind. Applications range over such
broad topics as the use of radiation in medicine
for treatment and diagnostics, the design, devel-
opment and operation of nuclear reactor power
systems, health physics, and the application of
nuclear energy in space, industry and food pro-
cessing areas. The nuclear or radiological engi-
neer, by virtue of his/her engineering and sci-


ence-based training, is in a unique position to
contribute to the many diverse aspects of the
nuclear energy field.
 The nuclear and radiological engineering
 program has sufficient flexibility so that the
 proper choice of electives will allow emphasis in
 nuclear power technology, health physics, engi-
 neering physics, nuclear instrumentation,
 radioisotope applications, radiation imaging,
 medical treatment and other specialized areas. A
 full complement of experimental facilities are
 available; major facilities include a 100 KW
 research and training reactor, a neutron activa-
 tion analysis laboratory, a local area network
 (LAN) built around a Sun SPARC Computer
 with multiple terminals and PCs and interface
 capability to the College of Engineering network
 and the main university computing facility
 (Northeast Regional Data Center). The depart-
 ment also has robotic research facilities along
 with a full immersion virtual reality facility as
 well as specialized nuclear instrumentation.

 Degree Programs
 The Department of Nuclear and Radiological
Engineering Sciences offers the following
degrees: Bachelor of Science in Nuclear Engi-
neering, Bachelor of Science (Nuclear Engineer-
ing Sciences), Master of Engineering, Master of
Science, Engineer and Doctor of Philosophy.
Also, students with special requirements may
establish an interdisciplinary engineering pro-
gram leading to the Bachelor of Science.
 For further information and for assistance in
curriculum planning, students interested in
nuclear engineering should contact the nuclear
engineering sciences undergraduate coordina-
tor.

Special Grade Requirements
 In addition to the college requirements for
graduation, all nuclear engineering and nuclear
engineering sciences majors must pass all
required undergraduate department courses
with a C average overall in these courses.

Departmental Engineering Science and
Technical Electives
 Students are encouraged to concentrate sev-
eral elective courses in one discipline of their
choice to achieve solid familiarity with this
minor field of study. The engineering science
design technical electives, chosen in consulta-
tion with the department counselor, allow spe-
cialization in such areas as reactor engineering,
reactor operations, radioisotopes and nuclear
radiation technology, and radiation and living
systems.
 The following elective courses are available
through the department:
Courses Credits
ENU 4104 Nuclear Engineering 2 ....................3
ENU 4185 Nuclear Reactor Fuel
 M management ....................................... 2
ENU 4144 Nuclear Power Reactor
 System s 1 ............................................. 3