Computer Engineering
Fundamentals
Computer engineers design and develop hardware and software ranging in software applications, communication networks, embedder sensor, computer security, machine learning and artifice intelligence.
At The University of Akron (UA), students in the Computer Engineering Program gain the same foundation in programming, operating systems, and computer systems that our computer science students do, while also studying circuits, electronics, and analog and digital hardware alongside our electrical engineering students. This gives our computer engineering students a unique perspective of how software and hardware work together in computing systems.
Branches of computer engineering include:
- operating systems
- embedded systems design
- digital circuits
- algorithms
- software design
- computer architecture
Important applications include:
- wired and wireless networks
- simulation
- automation
- digital control
- sensing
- robotics
- apps and data management
Recent University of Akron (UA) graduates with a B.S. in Computer Engineering go on to work at companies such as Burns & McDonnell, John Deere, Diebold Nixdorf, LTA Research and Exploration, Rockwell Automation, Sanctuary Software Studios and The RoviSys Company, among others.
Our faculty
- hold doctoral degrees in a wide range of areas in electrical and computer engineering
- are actively engaged in both teaching and research
- direct industry and government-funded research and development projects
- bring their extensive practical experience into the classroom
- advise undergraduate and graduate students in their research and design projects
Akron Advantage
Hands-on learning
Our students experience computer engineering firsthand through educational and research laboratories, including facilities for:
- circuits
- analog electronics
- digital electronics
- digital hardware and embedded systems
- computer architecture
- software engineering
- programming languages
- networks
- electromagnetics compatibility and signal integrity
- alternative energy
- sensors and instrumentation
- integrated circuit design and high-temperature electronics
- automation and wireless sensor networks
- communications
Real-world experience
Gain important practical professional experience through the optional cooperative education program in the engineering field of your choice. Through co-op, you’ll alternate semesters of work and school following your sophomore year. As an added benefit, you’ll earn a competitive salary.
Starting in the first year, students can join a wide variety of competition teams, working on projects ranging from a robot that mines for materials on a lunar surface to Formula Electric Car. Students learn to manage large projects, deal with budgets, and interact with students from other disciplines and at other universities. With their advisers, students travel to competitions across the country.
Student organizations
Interact with other engineering students and professionals in the field through organizations such as:
- Tau Beta Pi (engineering honors society)
- Society of Women Engineers
- National Society of Black Engineers
- Society of Hispanic Professional Engineers
- Association for Computing Machinery
Sample Curriculum
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