Engineering, Electrical Engineering Concentration, BSE

Mathematics and Science Prerequisite Courses

In order to graduate within four years, first-year students who are considering majoring in engineering must take the following mathematics and science prerequisite courses:

Requirements for the Major

Freshman Year

Fall Term

Spring Term

EG 140 - Programming Tools for Engineering and Science **
MA 252 - Calculus II *
PH 202 - General Physics II *
PH 292 - General Physics Lab II *
TH 201 - Theology Matters **
HS 100-Level Core Course**

Sophomore Year

Fall Term

Spring Term

EG 333 - Signals and Systems *
EG 432 - Electronics *
EG 032 - Electronics Lab *
EG 471 - Digital Logic *
EG 071 - Digital Logic Laboratory *
MA 304 - Ordinary Differential Equations *
EN 200-Level or HS 300-Level course**

Junior Year

Fall Term

EG 360 - Object-Oriented Engineering Design *
EG 381 - Probability and Statistics *
EG 390 - Experimental Methods *
MA 301 - Introduction to Linear Algebra *
Engineering Elective Course*

Spring Term

EG 397 - Engineering Design Fundamentals
EG 441 - Engineering Systems Analysis *
Electrical Engineering Concentration Course *
PL 200-Level or TH 200-Level Course
Social Science Core **

Senior Year

Fall Term

EG 497 - Engineering Design Project I *
Electrical Engineering Concentration Course*
Fine Arts Core **
Elective
Elective

Spring Term

EG 498 - Engineering Design Project II *
Electrical Engineering Concentration Course*
Ethics Core **
Elective

Other Course Options

With the approval of the department chair, other engineering courses may be pursued through the Baltimore Student Exchange Program (BSEP). These courses must be at the junior/senior level, and care must be taken to ensure that institutional course prerequisites are satisfied.

Study abroad programs are possible, depending on the courses that are available. Study abroad programs require review and approval of the student's major advisor.

Key:

* Required for major.
**Terms may be interchanged.
*** Eligible for double counting toward a second concentration.

Engineering Electives and Electrical Engineering Concentration Courses

The engineering elective may be any 200-, 300-, or 400-level engineering course (except EG 495 ) for which prerequisite/corequisite requirements have been satisfied. Any other electives may be taken either inside or outside of engineering. Electives and electrical engineering concentration courses may be taken in any order allowed by prerequisites, but consideration should be given to the effect this will have on selection of a capstone design project in EG 497 /EG 498 during the senior year. The senior design topic should be derived from the 300- and 400-level engineering courses taken prior to beginning the senior design course sequence. These courses and the 400-level engineering courses taken during the senior year provide the technical basis for the project. The junior and senior years should be planned during the second semester of the sophomore year when the student formally selects their specific engineering concentration. Concentration courses in electrical engineering are listed below:

Notes:

Engineering cannot be taken as an interdisciplinary major.
Students must complete the diversity core requirement through a designated diversity core, major, or elective course (see Diversity Core Requirement under Curriculum and Policies).

Second Engineering Concentration

It is possible for a student to concentrate in both mechanical and materials engineering. They can add the second concentration by completing three rather than four of the concentration courses listed in the second concentration area. The student's single engineering elective can be used to take one of the second concentration courses. Electives can be used to take the other two. Substitutions for these concentration courses require the permission of the department chair.

The reason that only three courses are required for the second concentration is that a course from the first concentration may be double-counted as detailed below:

A student concentrating in mechanical engineering may count EG 423 toward the materials engineering concentration.
A student concentrating in materials engineering may count EG 485 toward the mechanical engineering concentration.