BölümRotasıTechnology / Sourced comparison
The whole system, or the software life cycle?
An editorial comparison based on sample institutional curricula. The program’s official name, language of instruction, and year are in the source citations below; this information does not represent all universities.
A broader view of computing that covers not only software layers but also system layers such as circuits, microprocessors, computer organization, operating systems, and networks.
A curriculum view that covers the software life cycle from requirements to architecture and from coding to testing and deployment, together with quality, process, and project management.
Actual weekly workload cannot be inferred from course titles. The learning formats below are editorial summaries; verify them with the course information package and its instructor.
Mathematics, formal models, and hardware-oriented courses progress alongside practical work, projects, and internships; no universal theory-to-practice percentage can be derived.
Algorithms and discrete-mathematics foundations progress alongside courses in requirements, architecture, testing, security, and deployment; reporting a single ratio across universities would be misleading.
These are example directions; they do not mean you gain a direct occupational title or authorization. Check regulations, graduate education, appointment requirements, and institutional conditions separately.
What changes by university?
In Sakarya Üniversitesi's 2026-2027 plan, computer engineering is listed with 56 courses and 240 ECTS, while software engineering is listed with 53 courses and 240 ECTS. The computer engineering plan makes electronics, microprocessors, and system layers more visible; the software engineering plan foregrounds requirements, quality, architecture, and secure development. TOBB ETÜ's computer engineering plan for 2026-2027 and later, with three terms, three Cooperative Education terms, and a capstone project, shows that university design can change the student experience.
The source review date is not the plan’s effective year.
Computer Engineering undergraduate degree
Supports claims about the curriculum, the 240 ECTS total, systems/hardware courses, internships, and the capstone project.
Open official source ↗Software Engineering (English) undergraduate degree
Supports claims about the 240 ECTS total, requirements/quality/architecture/security courses, two internships, and the design course.
Open official source ↗Teaching methods for the Software Engineering (English) undergraduate degree
No open year listed: verify its currency with the university.
The EBS page lists conventional and active education, problem-solving, laboratory work, assignments, group work, and student projects; the concrete level of practice depends on course delivery.
Open official source ↗Computer Engineering undergraduate degree
Supports the university-level distinction through the three-term structure, three Cooperative Education terms, electives, and the capstone project.
Open official source ↗YÖK Atlas undergraduate programs portal
No open year listed: verify its currency with the university.
Provides access to the official YÖK Atlas entries for computer and software engineering programs; it was not used as the main evidence for the curriculum comparison.
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