Berea College

What you'll study

The programme builds a foundation in programming and computational thinking, then progresses to systems-level and applied topics. Core study areas include software development, data structures and algorithms, database design, computer systems and networking, and principles of cybersecurity. Mathematics and statistics modules such as discrete mathematics and probability support rigorous problem solving.

• Introductory programming — fundamentals of one or more programming languages, problem decomposition and software design.
• Data structures & algorithms — algorithm analysis, common data structures and their applications.
• Computer systems & operating systems — hardware/software interaction, processes, memory and I/O management.
• Databases — relational modelling, SQL and data management concepts.
• Networks & security — networking fundamentals, secure system design and basic defensive techniques.
• Software engineering — development life cycle, testing, version control and team-based projects.
• Human–computer interaction & ethics — user-centred design, accessibility and ethical implications of technology.
• Capstone project or practicum — an integrative, supervised project that demonstrates independent application of learned skills to a real problem.
• Electives — options such as data science, machine learning, web development, embedded systems or information policy to tailor study to specific interests.

The degree is offered within Berea's liberal arts curriculum, so you will also complete general education courses in writing, social sciences and humanities, emphasising communication and interdisciplinary thinking. Hands-on laboratory classes and opportunities for undergraduate research, internships and community-based projects are integral to the programme.

Entry requirements

• Completion of secondary education or equivalent (high school diploma or recognised international equivalent).
• Strong preparation in mathematics; successful completion of algebra and preferably precalculus or calculus is recommended.
• Academic transcripts demonstrating readiness for college-level study.
• Supporting materials such as a personal statement and letters of recommendation that speak to academic ability and motivation.
• Some programmes consider standardised test scores where provided, but Berea evaluates applications holistically and places emphasis on academic potential and fit with the College's mission.

Applicants from non-traditional backgrounds or schools are encouraged to apply; prior programming experience is helpful but not always required if you can demonstrate quantitative aptitude and a willingness to learn.

Career prospects

Graduates are prepared for a broad range of entry-level roles in technology and information services. Common career paths include:

• Software developer or engineer
• Systems or network administrator
• Data analyst or database developer
• IT consultant or support specialist
• Cybersecurity analyst or information assurance specialist
• Product or quality assurance roles in technology firms

The programme also provides a foundation for graduate study in computer science, information science, data science or related fields. Berea students benefit from close faculty advising that can help secure internships, undergraduate research placements and community partnerships that enhance employability.

Why study at Berea College

Berea College is distinctive for its commitment to providing tuition-free undergraduate education to admitted students and for its student work programme, which helps integrate practical experience with academic study. As a small liberal arts campus, Berea offers low student-to-faculty ratios, frequent interaction with professors and a collaborative learning environment.

• Tuition-free model — Berea's institutional mission removes tuition charges for students who are admitted, making study accessible to those with limited financial resources.
• Work-program integration — regular campus work assignments develop time management, professional skills and real-world responsibility alongside coursework.
• Focused undergraduate opportunities — access to research projects, close mentorship and personalised advising supports deep learning and career development.
• Community and service orientation — curricular and extracurricular opportunities emphasise applying computing skills to social and community needs, reflecting the College’s broader educational values.

Overall, the Computer and Information Sciences degree at Berea College suits students seeking a rigorous technical education embedded within a values-driven liberal arts context, with strong support for career preparation and civic engagement.