Engineering majors learn the fundamentals of either civil, electrical, industrial, or mechanical engineering with emphasis on problem solving, design, and integrated systems. During the junior and senior year the student takes a cohesive set of upper-division engineering courses which together provide depth of knowledge and design content in the chosen engineering concentration. Upon graduation, the engineering concentration is recorded on the student's permanent record. Graduates are well prepared to immediately enter a professional carrer in their concentration area or continue on to pursue a graduate degree in engineering or business.

Each student is required to complete a minimum of 27 credit hours of specilaty courses within their chosen engineering concentration area. The concentration requirements for each of the four specialties are listed below.

Civil Engineering (27 Hours)

GEOL 121 Engineering Geology (3) (Lecture and Laboratory)
ENGR 350 Elementary Surveying (3) (Lecture and Laboratory)
ENGR 351 Basic Structural Analysis (4)
ENGR 450 Reinforced Concrete Design (4) (Lecture and Laboratory)
ENGR 451 Geotechnical Engineering (4) (Lecture and Laboratory)

And at least nine (9) units of approved specialty electives* selected from

ENGR 352 Transportation Engineering (3)
ENGR 353 Hydraulics and Hydrology (3)
ENGR 370 Vibrations (4) (Lecture and Laboratory)
ENGR 452 Steel Design (3)
ENGR 453 Pavement Design and Analysis (4) (Lecture and Laboratory)

Electrical Engineering (27 Hours)

CSCI 221 Programming Concepts and Problem Solving I (3)
ENGR 316 Signals and Systems (3)
ENGR 331 Semiconductor Electronics (3)
ENGR 332 Linear Circuits II (3)
ENGR 333 Electrical Laboratory II (1)
ENGR 461 Communication Systems (3)
ENGR 462 Linear Control Systems Design (3)

And at least eight (8) units of approved specialty electives* selected from

ENGR 361 Digital Signal Processing (4) (Lecture and Laboratory)
ENGR 460 Microprocessors and Computer Organization (4) (Lecture and Laboratory)
ENGR 463 Electrical Power Systems (3)
ENGR 464 Engineering Electromagnetics (3)
ENGR 475 Automated Production Systems (3) (Lecture and Laboratory)

Industrial Engineering (27 Hours)

ENGR 413 Engineering Management (3)
ENGR 462 Linear Control Systems Design (3)
ENGR 474 Manufacturing Processes (3)
ENGR 475 Automated Production Systems (3) (Lecture and Laboratory)
INEG 310 Operations Management (3)
INEG 330 Process Control and Improvement (3)

And at least nine (9) units of approved specialty electives* selected from

INEG 312 Introduction to Management Science (3)
ENGR 381 Human Factors in Engineering (3)
INEG 412 Applied Operations Management (3)
MATH 455 Design of Experiments (3)

Mechanical Engineering (27 Hours)

ENGR 370 Vibrations (4) (Lecture and Laboratory)
ENGR 371 Advanced Strength of Materials (3)
ENGR 462 Linear Control Systems Design (3)
ENGR 471 Heat Transfer (3)
ENGR 472 Kinematics/Dynamics of Machines (4) (Lecture and Laboratory)
ENGR 473 Machine Design (3) (Lecture and Laboratory)
ENGR 476 Applied Finite Element Element Lab (1)

And at least six (6) units of approved specialty electives* selected from

ENGR 316 Signals and Systems (3)
ENGR 440 Energy Systems (3)
ENGR 474 Manufacturing Systems (3) (Lecture and Laboratory)
ENGR 475 Automated Production Systems (3) (Lecture and Laboratory)

*The Department of Engineering Degrees Committee approves specialty electives.