Distributed Concentration

Sample Program

This sample program plan gives you a possible overview of the types of courses a student would take each semester of the Distributed Engineering program at Wheaton College.

PLEASE NOTE: This program plan is for guidance only. Graduation requirements are found in the course catalog.

Download the Sample Program Plan for Distributed Engineering Concentration

Distributed Engineering Concentration (PDF)

Semester 1: Fall

NumberSubjectHours
MATH 235Calculus I (AAQR)4
PHYS 231Introductory Physics (SP)4
ENGR 101Introduction to Engineering1
CORE 101First Year Seminar4
CORE 131Holistic Human Flourishing1
ENGW 103Writing (0-4)4

Total: 18 Credits

Semester 2: Spring

NumberSubjectHours
MATH 236Calculus II4
PHYS 232Introductory Physics II4
ENGR 132Engineering Graphics and CAD3
COMM 101Oral Communications (0-2)2
BITH 211Old Testament Literature4

Total: 17 Credits

Semester 3: Fall

NumberSubjectHours
MATH 237Calculus III4
ENGR 211Engr. Mechanics 1 - Statics w/lab3
ENGR 334Computer Modeling of Physical Systems2
ENGR 351Analog Electronics w/lab2
LANGLanguage Core Competency 14

Total: 15 Credits

Semester 4: Spring

NumberSubjectHours
MATH 333Differential Equations4
ENGR 212Engr. Mechanics II - Dynamics w/lab3
ENGR 214Innovative Design in Engr.3
LANGLanguage Core Competency II4
SELECTVisual & Performing Arts (1 of 2)2

Total: 16 Credits

Semester 5: Fall

NumberSubjectHours
CHEM 231General Chemistry I4
ENGR 313Mechanics of Materials w/lab3
CONCENTRATIONConcentration Course 13
CONCENTRATIONConcentration Course 23
LANGLanguage Core Competency III4

Total: 17 Credits

Semester 6: Spring

NumberSubjectHours
ENGR 302Engineering Systems Analysis2
CONCENTRATIONConcentration Course 33
CONCENTRATIONConcentration Course 43
SELECTThematic Core (1 of 3) (2 tags)4
BITH 213New Testament Literature4

Total: 16 Credits

Semester 7: Fall

NumberSubjectHours
ELECTIVEMath & Science Elective*2
ENGR 451Senior Design 14
CONCENTRATIONConcentration Course 53
BITH 315Christian Thought4
SELECTVisual & Performing Art (2 of 2)2

Total: 15 Credits

Semester 8: Spring

NumberSubjectHours
ENGR 452Senior Design II2
ENGR 494Engineering Ethics Capstone2
Apply for FE Exam0
CORE 3xxAdvanced Int. Seminar (1 tag)4
SELECTThematic Core (2 of 3) (2 tags)4
SELECTThematic Core (3 of 3) (2 tags)4

Total: 16 Credits

Total for Four Years: 129 Credits

Minimum 15 Credit-hour concentration designed with department approval from courses in other engineering concentrations.

Course options currently include:
ENGR 335 Materials Science for Engr. 3
ENGR 323 Design of Machine Elements 2
ENGR 325 Solid Mechanics 2
ENGR 333 Mechatronics 4
ENGR 336 Fluid Mechanics 3
ENGR 338 Thermodynamics & Heat Transfer 3
ENGR 352 Fund. Of Environmental Engr. 3
ENGR 354 Water Resources Engineering 3
ENGR 356 Structural Analysis and Design 3
ENGR 358 Groundwater Hydrology and Well Hydraulics 2
ENGR 359 Geotechnical Engineering 2
ENGR 371 Biomaterials 3
ENGR 372 Cell and Tissue Engineering 3
ENGR 373 Biomechanics 3
ENGR 374 Biomedical Device Design 3
ENGR 375 Biomedical Imaging 3
ENGR 495 Independent Study 1-4

* 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 and Engineering department. Check with your advisor to determine course availability.