Computer science vs IT vs software engineering vs computer technology in Kenya: what the labels mean

CS is the most common tech degree in Kenya. It covers algorithms, data structures, operating systems, databases, software engineering, and programming in depth. The maths load is heavier than the other three: discrete maths, calculus, linear algebra, and probability.

Strengths: Strongest foundation for software development, data science, machine learning, and research. Opens the widest range of technical roles.

Gaps: Practical skills like Git, frameworks, and deployment are often missing from the syllabus. You fill these on your own.

Best for: Students who want to be software developers, data scientists, or systems engineers.

Software engineering (BSE or BSEng) overlaps heavily with CS but puts more emphasis on the engineering side: software design, project management, testing, quality assurance, and building systems that work in teams. Some programmes include engineering accreditation pathways.

Strengths: More focus on teamwork, system design, and software lifecycle than CS. Better preparation for roles in product companies and large-scale projects.

Gaps: Fewer universities in Kenya offer it, so class sizes and department resources vary. The theoretical depth in algorithms and maths may be lighter than CS.

Best for: Students who already know they want to build software and prefer an engineering discipline over a science discipline.

IT (BIT or BBIT) covers a broader range: networking, systems administration, database management, web development, and business modules. Programming is taught but at a lighter level than CS. The BBIT vs CS comparison covers this overlap in detail.

Strengths: Broader skill set. Better preparation for IT support, network administration, and business-facing roles. Business modules teach you how companies operate, which is useful in consulting and management.

Gaps: Programming depth is shallow. If you want to be a strong developer, you need significant self-study on top of the degree.

Best for: Students who want to work in IT departments, manage systems, or bridge the gap between business and technology.

Computer technology programmes (often diplomas or technician-level courses at polytechnics) focus on hardware, computer assembly, networking, and practical IT support. Programming is minimal or absent. The emphasis is on getting things working with your hands.

Strengths: Practical from day one. Less theory, more hands-on lab work. Shorter duration (diploma is typically three years). Good entry point for IT support and hardware roles.

Gaps: Limited programming and limited career ceiling without additional study. Moving into software development from this path requires substantial self-teaching.

Best for: Students who prefer working with physical hardware and systems, or who want a shorter path to employment in IT support.

Ask yourself one question: what do you want to do after graduating?

• Write code and build software products: CS or SE
• Manage networks and IT systems for organisations: IT
• Work with hardware and provide technical support: CT
• Not sure yet: CS (it keeps the most doors open)

If you are already enrolled and wondering whether you chose wrong, read the guide on what to do if you hate your course. The degree you picked matters less than the skills you build alongside it.

No matter which programme you choose, compare the actual programme at your specific university, not just the degree title. A strong IT programme at one university can be better than a weak CS programme at another.