Computer engineering
Design the technology behind tomorrow’s devices by gaining hands-on skills in both computer hardware and software.
Program at a glance
DEGREE TYPE
Associate of Applied Science
PROGRAM FORMAT
In person*
LENGTH (FULL TIME)
4 semesters
CAREER COMMUNITY
Computer science, information technology, security and digital media
*Please note: Many Stark State classes have online and in-person options.
Program overview
Computer engineers develop the hardware and software that drive today’s technology.
From communication networks and data acquisition systems to smart transportation, microgrids and everyday household appliances, nearly every modern product depends on computer-based systems. As technology continues to evolve, computer engineers play a vital role in designing, integrating and improving these systems.
Program details
At Stark State College, you’ll receive a comprehensive education that combines the strengths of both computer science and electrical engineering. You’ll study programming, operating systems and computer architecture while also gaining expertise in differential equations, physics, circuits, and analog and digital electronics. This multidisciplinary approach prepares you to understand both the computational and physical aspects of complex system design.
Careers and outcomes
Computer engineering graduates are in demand across a wide range of industries because modern systems increasingly rely on both hardware and software technologies. Industries that hire computer engineers include:
- Technology and software development. Design computer systems, embedded software, operating systems, applications and cloud-based solutions.
- Electronics and semiconductor manufacturing. Develop microprocessors, integrated circuits, embedded systems and consumer electronics.
- Automotive and autonomous systems. Create vehicle control systems, advanced driver-assistance systems (ADAS), autonomous driving technologies and electric vehicle platforms.
- Telecommunications and networking. Design communication networks, wireless systems, 5G infrastructure and internet technologies.
- Aerospace and defense. Develop avionics, navigation systems, cybersecurity solutions and mission-critical embedded systems.
- Healthcare and medical devices. Design medical imaging equipment, patient monitoring systems, wearable technologies and smart medical devices.
- Energy and utilities. Support smart grids, microgrid control systems, renewable energy integration and industrial automation.
- Manufacturing and industrial automation. Implement robotics, process control systems, sensors and Internet of Things (IoT) technologies.
- Cybersecurity and information technology. Protect computer systems, networks and embedded devices from security threats.
- Transportation and logistics. Develop intelligent transportation systems, traffic management technologies and logistics automation solutions.
- Consumer products and smart devices. Create smart home technologies, appliances, gaming systems and wearable electronics.
With expertise in both computing and electronics, our computer engineering graduates are uniquely qualified to work at the intersection of hardware and software, making them valuable in virtually any industry that relies on technology and innovation.
FAQs
Graduates may pursue roles such as web designer, front-end developer or UI/UX designer.
Job growth is steady, with high demand for UX and web content specialists. According to the U.S. Bureau of Labor Statistics, employment for web developers and digital designers is projected to grow 7% through 2034.
Graduates find opportunities with marketing and design agencies, corporate web teams or as freelancers. Required education may vary by employer.
The associate degree requires 61 credits and typically takes two years to complete, while the certificate requires 34 credits and can be completed in about one year.
Yes, courses are offered online, on the main campus and in some hybrid formats.
Students may be eligible for financial aid through FAFSA, as well as scholarships such as Choose Ohio First and the Fortisure Fellows Scholarship.
Yes, Stark State has a transfer agreement with Kent State University, allowing students to transfer from the AAB in Web Design and Development to a Bachelor of Science in Information Technology.
Yes, prior general education and some technical coursework may transfer, depending on evaluation.
Classes typically have 20–25 students and include access to tutoring, labs and career services.
Yes, the program includes hands-on labs and projects that help bring concepts to life.
Courses may include information systems, databases, HTML, CSS, JavaScript and PHP. Advising sheets with a full list of classes are available on the program webpage.
Courses are available online, on the main campus and in hybrid formats.
Additional costs may include textbooks, software and web hosting fees. Refer to individual course syllabi for details.
Students have access to on-campus computer labs, tutoring services and career support.
Related programs
Looking for more career options? Check out these other programs.
Lowest tuition around
Put your money toward your goals – not debt.
Stark State’s tuition costs up to 83% less than other area colleges and universities. Along with financial aid and scholarship opportunities, you gain the most value for your education without sacrificing quality.
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Larry Ray, Ph.D.
Department Chair, Information Technology
330-494-6170 ext. 4918
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Whether you’re just starting out, making your college comeback or looking for a change, you belong at Stark State.