The 4-year Engineering Program results in a Bachelor of Science degree with a major in Engineering. In their first two years of the program, students will primarily study math and science supporting courses and a common engineering core curriculum. In the second two years, students will add a concentration area of study in Mechanical Engineering, Biomedical Engineering, Civil/Environmental Engineering, or the Distributed Engineering concentration, which allows a student to develop an individualized engineering concentration, subject to department approval. Students are required to complete a full-year culminating design sequence during their senior year in addition to the Christ at the Core Capstone Course. The 4-year Engineering Program is working toward ABET accreditation.

Requirements for a Bachelor of Science in Engineering include:

Required Math and Science Supporting Courses30
CHEM 231General Chemistry I4
MATH 235Calculus I4
MATH 236Calculus II4
MATH 237Calculus III4
MATH 333Differential Equations4
PHYS 231Introductory Physics I4
PHYS 232Introductory Physics II4
Math and Science Elective*+2
Required Core Engineering Courses30
ENGR 101Introduction to the Engineering Profession1
ENGR 132Engineering Graphics and Computer Aided Design3
ENGR 211Engineering Mechanics I - Statics (with lab)3
ENGR 212Engineering Mechanics II - Dynamics (with lab)3
ENGR 214Innovative Design in Engineering3
ENGR 302Engineering Systems Analysis2
ENGR 313Mechanics of Materials (with lab)3
ENGR 334Computer Modeling of Physical Systems2
ENGR 351Analog Electronics2
ENGR 451Senior Design I4
ENGR 452Senior Design II2
ENGR 494Engineering Ethics Capstone2
Concentration Courses15
Total Credits75

Select one of the following concentrations:

Mechanical Engineering Concentration Courses
ENGR 235Materials Science for Engineering (with lab)3
ENGR 325Solid Mechanics2
ENGR 336Fluid Mechanics3
ENGR 338Thermodynamics and Heat Transfer3
Mechanical Engineering Elective4
Mechanical Engineering Concentration Electives
ENGR 323Design of Machine Elements2
ENGR 333Mechatronics4
ENGR 352Fundamentals of Environmental Engineering3
ENGR 371Biomaterials3
ENGR 373Biomechanics3
ENGR 495Independent Study1 to 4
Total Credits15
Civil/Environmental Engineering Concentration Courses
ENGR 336Fluid Mechanics3
ENGR 352Fundamentals of Environmental Engineering3
ENGR 354Water Resources Engineering3
ENGR 356Structural Analysis and Design3
Civil/Environmental Engineering Elective3
Civil/Environmental Engineering Electives
ENGR 235Materials Science for Engineering (with lab)3
ENGR 338Thermodynamics and Heat Transfer3
ENGR 358Groundwater Hydrology and Well Hydraulics2
ENGR 359Geotechnical Engineering2
ENGR 495Independent Study1 to 3
Total Credits15
Biomedical Engineering Concentration Courses
ENGR 371Biomaterials3
ENGR 372Cell and Tissue Engineering3
ENGR 373Biomechanics3
ENGR 374Biomedical Device Design3
Biomedical Engineering Concentration Elective3
Biomedical Engineering Concentration Electives
ENGR 336Fluid Mechanics3
ENGR 338Thermodynamics and Heat Transfer3
ENGR 375Biomedical Imaging3
ENGR 495Independent Study1 to 3
Distributed Engineering Concentration Courses15
With departmental approval, you may develop a concentration fitting your specific needs and interests. Must be 15 credit hours with ENGR prefixes.
*

The Math and Science elective may come from ENGR 271 or courses with prefixes ASTR, BIOL, CHEM, ENVR, GEOL, MATH,  and PHYS that are approved by the Physics & Engineering department. Check with your advisor to determine course availability.

+

The Science requirement for the Biomedical Engineering Concentration is ENGR 271 Biology for Engineers (2 credits).

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The Engineering major requires 30 credits from the Math and Science Supporting Courses, 30 credits from the Core Engineering Courses, and 15 credits from a selected concentration.

Other Courses
ENGR 496Internship0 to 4
ENGR 499Honors Thesis2 to 4