School of Engineering Undergraduate

Bachelor of Science in Computer Engineering

BS Bachelor of Science

A BS in Computer Engineering where electrical engineering meets computer science, with software-oriented and hardware-oriented pathways in the final year.

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Information Sheet (PDF)

2Software-oriented or hardware-oriented

Final-year pathways

2.5Algebra II minimum mathematics in high school

Minimum GPA

Curriculum

Three years of foundation, then your pathway

University of Bridgeport’s Computer Engineering bachelor’s degree program trains you to meet these challenges by developing a deep understanding of how the electrical engineering and computer science fields come together in the technology we use every day. During the first three years of the Computer Engineering bachelor’s degree program, you’ll gain the skills and experience you need to become a leader in the field of computer engineering. The final year of the program is dedicated to exploring your personal and professional interests in computer engineering.

Foundation

The first three years

You will develop a deep understanding of engineering mathematics, digital and analog electronics and control, computer languages, computing theory, and computer architecture.

At UB, classes are taught by experts in their fields. Their professional experiences and teaching strategies will give you the skills needed for success in the field.

Pathway 1

Software-oriented program

You’ll study artificial intelligence, deep learning, computer vision, cyber security, cloud computing, and web application design.

Pathway 2

Hardware-oriented program

You’ll study computer or integrated circuit design, robotics, IoT, and networking.

Where our graduates work

Amazon
American Express
Google
IBM
Jotform
Verizon

Explore Student Outcomes

Admission requirements

How to apply

Complete your application and the Free Application for Federal Student Aid (FAFSA) before January 1 to receive priority consideration for financial aid.

First-year applicants

An application for admission
An official transcript showing at least a 2.5 GPA and Algebra II minimum mathematics in high school
The application fee will be waived for all students, (graduate and undergraduate).
Please consult our international admission requirements, or for specific queries, contact your admissions officer.

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Transfer applicants

An application for admission
Official college transcript(s) from all previous institutions of higher education attended
Required: 2.5 GPA and Algebra II minimum mathematics in high school
The application fee will be waived for all students, (graduate and undergraduate).

Student outcomes

What graduates demonstrate

Computer engineers work behind the scenes, creating and designing effective solutions to networking and computing problems affecting our interconnected world. Graduates of UB’s bachelor’s in Computer Engineering program go on to secure well-paying jobs in chip design, software engineering, robotics, computer networks, Internet of Things (IoT), network security, and more.

Possible career paths

Computer and information systems manager, computer hardware engineer, computer systems analyst, Forensic Computer analyst, machine learning engineer, mobile application developer, software engineer, and web developer.

Problem solving and design

An ability to identify, formulate, and solve complex engineering problems by applying principles of engineering, science, and mathematics. An ability to apply engineering design to produce solutions that meet specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors.

Communication and ethics

An ability to communicate effectively with a range of audiences. An ability to recognize ethical and professional responsibilities in engineering situations and make informed judgements, which must consider the impact of engineering solutions in global, economic, environmental, and societal contexts.

Teamwork, experiments, and lifelong learning

An ability to function effectively on a team whose members together provide leadership, create a collaborative and inclusive environment, establish goals, plan tasks, and meet objectives. An ability to develop and conduct appropriate experimentation, analyze and interpret data, and use engineering judgement to draw conclusions. An ability to acquire and apply new knowledge as needed, using appropriate learning strategies.

Beyond the core

Skills that travel

In addition to your core classes, you’ll grow skills in collaboration, communication, creativity, time management, and problem-solving while taking courses in humanities, mathematics, and the natural and social sciences. Developing these soft skills is critical to a successful career in all areas of computer engineering technology.

Course catalog

Every course, in full

View all courses offered and read full course descriptions in our online course catalog system.

Curriculum requirements

121 credits

General education requirements

7 courses 40 credits

Course Code	Course Title
ENGL 101	Academic Writing
MATH 110	Calculus and Analytic Geometry I
MATH 112	Calculus and Analytic Geometry II
PHYS 207	Principles of Physics I
PHYS 207L	Principles of Physics I Laboratory
PHYS 208	Principles of Physics II
PHYS 208L	Principles of Physics Laboratory II

Program requirements

80+7 credits

Year 1

7 courses

Course Code	Course Title
CHEM 103	General Chemistry I
CHEM 103L	General Chemistry (Laboratory 1)
CPSC 101	Introduction to Computing I
CPSC 102	Introduction to Computing II
CPSC 227	Discrete Structures
FYS 101	First Year Seminar
CPEG 286	Introduction to Microprocessors

Year 2

9 courses

Course Code	Course Title
CPEG 210	Digital Design I
ENGL 204	Technical Writing
MATH 215	Calculus and Analytic Geometry III
MATH 281	Differential Equations
MEEG 223	Materials Science for Engineers
ELEG 233	Network Analysis I
ELEG 235	Network Analysis I Lab
ELEG 234	Network Analysis II
ELEG 236	Network Analysis II Lab

Year 3

9 courses

Course Code	Course Title
ELEG 317	Controls
ELEG 348	Electronics
CPEG 312	Computer Organization
CPEG 315	Digital Design II with Laboratory
CPEG 387	Embedded System Design
ENGR 290	Economics & Management of Engineering Projects
MATH 323	Probability and Statistics I
MATH 214	Linear Algebra
MATH 314	Numerical Methods

Year 4

8 courses

Course Code	Course Title
CPEG 349A	Senior Project
CPEG 349B	Senior Project
CPEG 489	Software Engineering
ELEG 333	Signal and Systems
CPEG 460	Introduction to Robotics
CPEG 447	Field Programmable Gate Arrays
ELEG 448	VLSI Design
CPEG 448DG	Intro VLSI Design

Note

¹ Met by Engineering program requirements
² Credits counted under general education requirements
³ Electives must be chosen from any senior level/graduate level course in CPEG, CPSC or ELEG.