Bachelor of Science in Engineering

The University requirement of 128 credits for the Bachelor of Science in Engineering degree must include the completion of the following courses:

ENGL 101            English Composition (Goal 1)  3 cr
ENGL 201            Critical Reading
                    and Writing (Goal 1)          3 cr
SPCH 101            Principles of Speech          2 cr
                    OR
                    Satisfactory completion of
                    proficiency exam (Goal 2) 
IN ADDITION:        Humanistic and
                    Social Sciences               18 cr
Note: Students must complete two of the three General Education Goals 6, 7, and 8, and three of the five Goals 9, 10A, 10B, 11, and 12 in satisfying the humanistic and social sciences requirement. Three more credits must be completed in an advanced level course in a subject area of a completed Goal course. (An approved list of the advanced level courses is available in the College of Engineering Office.)

All Sequences

CHEM 121            General Chemistry I*          5 cr
PHYS 221            Engineering Physics I*        4 cr
PHYS 222            Engineering Physics II*       4 cr
MATH 121            Calculus &
                    Analytic Geometry I**         4 cr
MATH 222            Calculus &
                    Analytic Geometry II**        4 cr
MATH 230            Linear Algebra                2 cr
MATH 360            Differential Equations        3 cr
ENGR 101            Engineering Methods           2 cr
ENGR 105            Engineering Drawing           2 cr
ENGR 206            Statics                       3 cr
ENGR 208            Dynamics                      3 cr
ENGR 213            Electrical Circuits           3 cr
ENGR 223            Materials & Measurements      4 cr
ENGR 264            Numerical Analysis            3 cr
ENGR 307            Thermodynamics                3 cr
ENGR 309            Transport Phenomena           3 cr
ENGR 313            Fund of Electrical Devices    4 cr
ENGR 321            Mechanics of Materials        3 cr
ENGR 363            Engineering Economy           2 cr
ENGR 496            Project Design I              2 cr
ENGR 497            Project Design II             2 cr
IN ADDITION:        Science Elective#             3 cr
                    Math Elective#                3 cr
                    Technical Electives#          3 cr
                    Free Electives##              2 cr
Notes: *The chemistry and physics requirements collectively satisfy Goals 4 & 5.

** Satisfies Goal 3.

#Lists of approved science, mathematics and technical electives are available from the College of Engineering office. Students are encouraged to consult with their advisor and choose courses which will complement their engineering education.

##Free Electives: A free electives may be any university course. In addition to the above, each student must complete at least two of the following sequences. (Note: If sequences B and E are selected, an additional 3 credits of approved technical electives will be required.)

Sequence A (Structures)

ENGR 361            Determinate Structural
                    Analysis                      3 cr
ENGR 461            Indeterminate Structural
                    Analysis                      3 cr
ENGR 462            Design of Steel Structures    3 cr
ENGR 464            Design of Concrete Structures 3 cr
ENGR 467            Structural Engineering Lab    1 cr

Sequence B (Geotechnics)

ENGR 333            Basic Geotechnics             3 cr
ENGR 341            Fluid Mechanics               3 cr
ENGR 434            Geotechnical Design           3 cr
ENGR 435            Water Control Structure       3 cr
ENGR 437            Soils Engineering Lab         1 cr

Sequence C (Measurement and Control)

ENGR 345            Analysis of Linear Systems    3 cr
ENGR 344            Measurement Systems Design    3 cr
ENGR 494            Measurement &
                    Control Systems Lab           1 cr
ENGR 473            Feedback Control Systems      3 cr
ENGR 493            Sampled Data Control
                    Systems                       3 cr

Sequence D (Digital Systems)

ENGR 329            Intro to Electronics          3 cr
ENGR 374            Intro to Digital Systems      3 cr
ENGR 426            Microprocessors               3 cr
ENGR 427            Digital Systems Engineering   3 cr
ENGR 428            Digital Systems Lab           1 cr

Sequence E (Thermal-Fluids)

ENGR 341            Fluid Mechanics               3 cr
ENGR 416            Thermal Power Cycles          3 cr
ENGR 419            Alternative Energy
                    Systems Design                3 cr
ENGR 443            Thermal/Fluids Lab            1 cr
ENGR 476            Heat Transfer                 3 cr

Sequence F (Nuclear Power)

ENGR 371            Intro to Nuclear Engineering  3 cr
ENGR 431            Nuclear Reactor Analysis      3 cr
ENGR 432            Nuclear Reactor Core Design   3 cr
ENGR 433            Nuclear Reactor Lab           1 cr
ENGR 471            Nuclear Power Systems         3 cr