Computer Science and Engineering (MA)
Computer Science and Engineering is an English-taught Master’s program at Technical University of Sofia designed for students who want advanced skills in modern software and computing systems. You’ll deepen your knowledge in software development, algorithms, data, and system design preparing for careers in software engineering, backend systems, applied computing, and technology-driven organizations.
This program is built for students who want a structured path into advanced computing practice. You develop stronger engineering thinking for designing and building reliable software and systems moving beyond basic coding into architecture, scalability, performance, and quality. The focus is practical and problem-solving oriented: working with real development workflows, building solutions using modern tools, and learning to evaluate trade-offs in design decisions. It’s a strong option if you want an English-taught master’s in Sofia that supports high-growth careers in software and technology.
Why Students Choose Computer Science and Engineering
Computer Science and Engineering at Technical University of Sofia
Choose Where to Study Aeronautical Engineering
Available in Sofia • Technical University Sofia
Quick Comparison (What Usually Matters Most)
This program is taught in English in Sofia. Students usually choose it if they want an advanced, career-focused computing degree that builds strong engineering thinking not just coding. Your decision is often about whether you prefer software-heavy work (applications, backend, platforms) or a broader computing profile that includes systems and data, and whether you want a capital-city environment for stronger internship and job access.
- Duration: 1–2 Years (full-time)
- Degree Type: Master’s Degree
- Practical Focus: Applied development work, system design tasks, and a final thesis/project
What You’ll Study
Advanced Programming
- Writing clean, maintainable code and building larger software components.
Algorithms & Data
- Designing efficient solutions and working with structured data approaches.
Software Architecture
- System design, modular thinking, and building scalable software structures.
Systems & Networks
- How software runs on real systems and communicates across networks.
Testing & Delivery
- Quality, testing mindset, and practical delivery workflows used in real teams.
