Electrical Engineering Flow Chart—Biomedical Applications Concentration

A Biomechanics or Biomaterials path may be selected.

Audit Years

Program Code EEEB

This sample plan and flow chart is suitable for undergraduate students who are ready for calculus and starting in:

  • 2023–24
  • 2022–23
  • 2021–22
    • EE 3261 (3) and EE 4250 (3) are required classes.
    • 6 fewer credits of EE Technical Electives
  • 2020–21 and earlier please contact the advisor for flow charts.

Concentrations

Separate flow charts are available for the following Electrical Engineering concentrations. A concentration is optional.

General Flow Chart Guidelines

Year 1

Fall (Semester 1)

Total 14/15 Credits
PE Co-Curricular (0.5)

Spring (Semester 2)

Total 17 Credits

Year 2

Fall (Semester 3)

Total 17 Credits
PE Co-Curricular (0.5)

Spring (Semester 4)

Total 15-16 Credits
PE Co-Curricular (1.0)

Year 3

Fall (Semester 5)

Biomechanics Path

or Biomaterials Path

Enterprise (if choosing Enterprise for the Engineering Design Option)

Total 16 Credits

Spring (Semester 6)

Biomechanics Path

or Biomaterials Path

Enterprise (if choosing Enterprise for the Engineering Design Option)

Total 18 Credits

Year 4

Fall (Semester 7)

Biomechanics Path

or Biomaterials Path

Enterprise

or Senior Design

Total 15 Credits
PE Co-Curricular (0.5)

Spring (Semester 8)

Enterprise

or Senior Design

Total 16 Credits
PE Co-Curricular (0.5)

Electives

EE Technical Electives (12 Credits)

  • 13 credits are required if BE 4770 was taken in core requirements.
  • Any EE course except EE 3010, EE3173 EE 4000, EE 4805.
  • No more than six credits of EE 2000–EE 2999 are allowed.
  • Department approval is required for EEnXXe.

BEA Concentration Elective (3 Credits)

Choose one course.

  • BE 2800 and MSE 2100 are parallel offerings. They should not both be taken.
  • BE 3300 is part of the Biomechanics path.
  • BE 2800/MSE 2100 are part of the Biomaterials path.