EGR 117 ENGINEERING GRAPHICS
T F all
A study of classical engineering drafting techniques starting with hand
sketching through state-of-the-art computer aided drafting techniques. Topics
include concepts in descriptive geometry, sketching and lettering, orthographics
projections, isometrics, perspectives, auxiliary views and sectioning. Class
projects include examples in engineering and architecture.
Credit: 4 hours - Two lecture and four lab hours per week.
Prerequisite(s): None
EGR 118 COMPUTER PROGRAMMING FOR SCIENCE AND ENGINEERING-FORTRAN
T By Request
Introduction to computer programming for computer science, engineering,
and science majors. Includes mathematical problem-solving techniques and
computational techniques, random processes, algorithms, convergence of series,
error analysis, numerical and statistical analysis, and simulation.
Credit: 4 hours - Three lecture and two lab hours per week.
Prerequisite(s): Calculus I-MAT 117
EGR 119 COMPUTER PROGRAMMING FOR SCIENCE AND ENGINEERING-C
T By Request
An introduction to computer programming for computer science, engineering,
mathematics and science majors. The course includes mathematical problem
solving techniques, computational techniques, random processes, algorithms,
convergence of series, error analysis, numerical analysis, statistical analysis,
and simulation. Emphasis is placed on using the mathematical functions of
the language to solve problems encountered in science and engineering.
Credit: 4 hours - Four lecture hours per week.
Prerequisite(s): Calculus I-MAT 117
EGR 213 INTRODUCTION TO DIGITAL SYSTEMS
T By Request
A study of number systems, Boolean algebra, combinational logic circuits,
sequential logic circuits, and switching circuits. Basic logic device design
and operation will be emphasized. Circuit simplification using Karnaugh mapping
will be detailed. It will be shown how each of these circuits, devices and
tools can be used to design, build or troubleshoot a digital system.
Credit: 3 hours - Three lecture hours per week.
Prerequisite(s): None
EGR 214 ENGINEERING DYNAMICS
T F all
A study of dynamics of rigid bodies and systems of discrete particles,
including linear and rotational motions. This course is a sequence of EGR
219 - Statics, and is intended for engineering majors.
Credit: 3 hours - Three lecture hours per week.
Prerequisite(s): Statics-EGR 219
EGR 215 INTRODUCTION TO CIRCUIT ANALYSIS
T By Request
An introduction to electrical circuits and the basic laws of AC and DC
linear circuits. Loop , mesh, and node techniques are used along with Thevein
and Norton theorems and the superposition rules. Both steady state and transient
cases are studied. Phasor notations are used in AC circuits involving reactances.
Credit: 3 hours - Three lecture hours per week.
Prerequisite(s): University Physics II-PHY 217 and Calculus III-MAT 212
EGR 218 ENGINEERING THERMODYNAMICS
T Spring
A study of concepts and principles of thermodynamics, includes law of thermodynamics,
kinetic theory analysis, open and closed systems, reversibility, entropy
and power systems.
Credit: 3 hours - Three lecture hours per week.
Prerequisite(s): University Physics-PHY 216 and Inorganic Chemistry-CHE
114
EGR 219 ENGINEERING STATICS
T Spring
A study of force systems through the principles of static mechanics, includes
resultants of force systems; analysis of forces acting on members of trusses,
frames, and machines; forces due to friction; centroids; and moments of inertia.
Credit: 3 hours - Three lecture hours per week.
Prerequisite(s): Introductory Physics I-PHY116 or University Physics-PHY
216 and Calculus I-MAT 117
