Mercer University BSE Computer Engineering
Mercer University

Mercer University

BSE Computer Engineering

Macon, USA

Bachelor's degree

4 years

English

Full time

On-Campus

* The application for admission opens August 1

Key Summary

    About : The BSE in Computer Engineering focuses on the integration of computer science and electrical engineering. You'll study core subjects such as programming, hardware design, and systems analysis. This degree prepares students for a fast-paced and evolving technology industry.
    Career Outcomes : Graduates can pursue roles such as software engineers, systems analysts, and network architects. Other opportunities include positions in tech companies, research institutions, and government agencies, leveraging skills in both hardware and software development.

Design New Systems

The central focus of Mercer’s computer engineering major is the engineering design of systems which operate in real-time with computers embedded in the system as a component or controller. The embedded computer is often a single chip “microcontroller” or a custom-designed small computer which consists of a small number of chips.

Our computer engineering major teaches:

  • Electronics fundamentals
  • General engineering fundamentals
  • Engineering design
  • Computer system principles

Lead the Way

Computer engineering is a rapidly expanding field fueled by the progress in semiconductor chip size and speed. The amount of memory available on a single chip has quadrupled every 3 years for more than 2 decades. Processor and logic chips are not far behind in this growth pattern, and this has led to astonishing increases in the power of computers, especially at low costs.

As a consequence, computers are found embedded in the design of everything from household appliances to automobiles. The growth in chip capacity also leads to the ability to put a lot of software on just 1 or 2 chips, enabling these embedded, low-cost computers to run more complex software. That drives computer engineering programs like ours to include not only modern programmable chip-based hardware design but also modern software design methodology in anticipation of the implementation of more complex software on even cheaper systems.