Computer Engineering, B.C.E.

Print Degree Planner (opens a new window) |

Description

The Computer Engineering program builds upon a strong foundation of circuits and electronics, but provides focus on computer hardware through courses in computer architecture, digital design and networking. Four courses in computer science provide the necessary expertise in software.

What careers can this major prepare you for?

Graduates work in careers related to computer networking, system development, programming, web development and information technology.

What skills are developed within this major?

Students learn apply principles of mathematics, science, and engineering in a variety of contexts. They hone their ability to use the techniques, skills, and tools necessary for science and engineering practice as well as design and conduct experiments. They learn to analyze and interpret data.

Admission to Major

Admission to the Washkewicz College of Engineering.

Hours Required for Degree

Minimum hours required for the degree: 125. This does not include credits earned in the Engineering Cooperative Education Program and Orientation.

College Requirements

See college page for college requirements.

Major Requirements

Grade Restriction: Computer Engineering students are limited to a total of two D grades in EEC and CIS courses.

Mathematics Required Courses (4 courses)

Ethics Required Course (1 course)

PHL 215 - Engineering Ethics

Science Required Courses (4 courses)

Co-Op Required Course

(Optional course for degree - required for Co-Op program)

ESC 130 - Engineering & Computer Science Career Preparation

Computer & Information Science Required Courses (5 courses)

Engineering Science Required Courses (6-7 courses)

Computer Engineering Required Courses (10 courses)

Computer Engineering Capstone Required Courses (2 courses)

Computer Engineering Technical Elective Courses

12 credits required - must be chosen from available EEC or CIS 300/400-level courses

Honors Program Requirements

Honors students are required to complete 15 to 20 credit hours of honors courses in the Electrical and Computer Engineering Department. General guidelines for these credit hours are given below. However, the specific courses that each student takes will be agreed upon by the student, the department’s undergraduate advisor, and the student’s honors advisor. The student’s regular undergraduate advisor is responsible for finding an honors advisor who is mutually agreeable to the undergraduate advisor, the honors advisor, and the honors student.

1. Honors Courses

The honors credits (15 to 20 hours) should be selected from the following list:

Honors Thesis (required) (EEC 499H , 1 to 3 credits) - Each honors student conducts research and writes a thesis under the supervision of an Electrical and Computer Engineering faculty member.
Honors Research (EEC 495H , 1 to 3 credits) - This is research conducted jointly with an Electrical and Computer Engineering faculty, similar to an independent study.
Graduate Course - Any 500 level Electrical and Computer Engineering graduate course for which the student has the prerequisites.
Junior Honors, Senior Honors - Most 300 level and 400 level Electrical and Computer Engineering courses can be expanded to become an honors course. This is referred to by the Honors Program as a “contract course.” This is done in collaboration among the undergraduate advisor, the honors advisor, and the course instructor.

2. Replaced Credit Hours

Honors credits can be used to replace the equivalent credit hours (15 to 20) of the normally required courses. Credits earned as Honors Thesis (EEC 499H ) and Honors Research (EEC 495 ) can replace credits for any 400 level EEC or CIS course, with the exception of Senior Design (EEC 493 /494 ) and Computer Organization (EEC 483 ).

University Scholars Requirements

Scholars students who are majoring in Electrical Engineering and Computer Engineering are required to complete 12 to 20 credit hours of honors courses in the Electrical and Computer Engineering Department. General guidelines for these credit hours are given below. However, the specific courses that each student selects to fulfill upper-division scholars requirements will be agreed upon by the student, the department’s undergraduate advisor, and the student’s scholars advisor. The student’s undergraduate academic advisor is responsible for finding an upper-division scholars advisor who is mutually agreeable to the undergraduate advisor, the scholars advisor, and the student.

1. Scholars Courses

The honors credits (12 to 20 hours) should be selected from the following list:

Honors Thesis (EEC 499H , 1 to 3 credits) - The student conducts research and writes a thesis under the supervision of an Electrical and Computer Engineering faculty member.
Honors Research (EEC 495H , 1 to 3 credits) - This is research conducted jointly with an Electrical and Computer Engineering faculty, similar to an independent study.
Graduate Course - Any 500 level Electrical and Computer Engineering graduate course for which the student has the prerequisites.
Junior Honors, Senior Honors - Most 300 level or 400 level Electrical and Computer Engineering courses can be expanded to become an honors course. This is referred to by the Honors Program as a “contract course.” This is done in collaboration among the undergraduate advisor, the scholars advisor, and the course instructor.

2. Replaced Credit Hours

Honors credits can be used to replace the equivalent credit hours (12-20) of the normally required courses. Credits earned as Honors Thesis (EEC 499H ) or Honors Research (EEC 495H ) can replace credits for any 400 level EEC or CIS course, with the exception of Senior Design (EEC 493 /494 ) and Computer Organization (EEC 483 ).

Accelerated Master’s Program

See the following pages: