B.S. in Engineering Physics
The Physics & Engineering Physics Department, in partnership
with each of the other engineering departments within the College of
Engineering and Natural Sciences, provides a sound scientific and engineering
foundation for its graduates. The Educational Objectives for the
Engineering Physics program are for our graduates:
- to be equipped to successfully enter and complete
programs of graduate study in one of several engineering fields as well
as in physics.
- to be able to function as productive, qualified
engineering professionals in areas where traditional science and engineering
disciplines overlap.
- to be aware of their responsibility to contribute
to society as ethical, socially conscious practitioners of their profession.
Engineering Physics Requirements
Physics Core
Phys 1001, The World
of Physics
Phys 2053, 2051,
General Physics I and Lab.
Phys 2063, 2061,
General Physics II and Lab.
Phys 2073, 2071,
General Physics III and Lab.
Phys 3053 Methods
of Mathematical Physics
Phys 3112, Physics
Instrumentation Laboratory
Phys 4003, Physical
Mechanics
Phys 4033, Quantum
Mechanics I
Mathematical Sciences 17
Math 2014, 2024,
2073, Calculus I, II and III
Math 3073, Differential
Equations
Math Elective, chosen
from Math 4123, 4133, 4143, or Stat 3813
Chemistry 4
Chem 1013, 1011,
General Chemistry I and Lab
Computer Science 3
CS 2503, Scientific
Programming
Humanities, Social Sciences, and English
24
Engl 1033 and 3003,
Exposition and Argumentation, and Writing for the Professions
Humanities and social
science electives (18 hours or approved courses to meet the Tulsa Curriculum
and/or ABET requirements)
Additional Physics Requirements 14
Phys 3023, Introduction
to Electromagnetics
Phys 3122, Instrumental
Methods Laboratory
Phys 4043, Quantum
Mechanics II
Phys 4073, Electromagnetic
Waves and Optics
Phys 4102 and 4201,
Engineering Physics Project I and II
Engineering and other Sciences 20
Chem 1023, 1021,
General Chemistry II and Lab.
EE 2001, Basic Electrical
Measurements Lab.
EE 2003, Electric
Circuit Analysis
ES 2013, Statics
ES 2023, Dynamics
ES 3053, Thermodynamics
ES 3063, Solid State
Electronic Devices
Math Elective, chosen
from Math 4123, 4133, 4143, 4503, or Stat 3813.
Elective Engineering Courses 18
Selected course sequences
taken from the concentration areas listed below or with the approval of
the EP review committee.
General Electives 3
Selected with the
approval of the student’s advisor.
TOTAL HOURS 127
Engineering Physics Degree concentrations
A. Electrical Engineering
Option
I. Electronics Concentration
EE 3143, Electronics I
EE 4043, 4041, Electronics II and Electronics Lab
EE 4123, Radio Frequency Engineering, or EE 4143, VLSI design
8 additional hours consistent the Electronics Concentration and ABET program
goals
II. Electro-Optical
Communications Concentration
Stat 3813, Statistical Methods for Scientists and Engineers
EE 3113, Signals and Linear Systems
EE 4073, Information and Communication Systems
EE 4323, Electro-Optics
EE 4273, Optical Networking
6 additional hours consistent the Electro-Optical Concentration
and ABET program goals
III. Digital Communications
Concentration
Stat 3813, Statistical Methods for Scientists and Engineers
EE 3113, Signals and Linear Systems
EE 4073, Information and Communication Systems
EE 4213, Digital Signal Processing
EE 4173, Computer Networks, or EE 4323, Electro-Optics
6 additional hours consistent the Digital Communications
Concentration and ABET program goals
B. Mechanical Engineering
Option
I. Materials Processing
Concentration
ES 3023, Mechanics of Materials
ME 3034, Properties of Materials
ME 3063, Manufacturing Processes
ME 4333, Corrosion Engineering
5 additional hours consistent the Materials Processing
Concentration and ABET program goals
II. Instrumentation
and Control Concentration
ME 3053, Instrumentation and Measurements
ME 4053, Mechanical Controls
ME 4063 Mechanical Processes
9 additional hours consistent the Instrumentation and Control
Concentration and ABET program goals
III. Dynamical Systems
Concentration
ME 3212, Mechanisms
ME 4024, Machine Dynamics
ME 4053, Mechanical Control Systems
ME 4103, Vibration (suggested)
9 additional hours consistent the Dynamical Systems Concentration
and ABET program goals
A standard balance sheet outlining the degree requirements
can be found here.