Cairo University (Faculty of Computers and Artificial Intelligence)

The Faculty of Computers and Artificial Intelligence at Cairo University is a leading institution in North Africa, known for advancing computing and AI education through internationally aligned curricula. Located in Giza, it blends academic heritage with modern credit-hour systems and student-centered learning. Its programs emphasize analytical skills, programming, and problem‑solving, supported by experienced faculty and strong research culture.

The faculty benefits from Cairo University’s longstanding reputation and top regional rankings, helping position graduates for high-impact roles in Egypt’s expanding digital ecosystem. With modern labs and updated study tracks, it remains a key driver of technological progress in the Arab world.

Graduates benefit from strong employability across software development, AI engineering, cybersecurity, data analytics, and health technology. Egypt’s digital expansion fuels demand for talent, enabling alumni to enter government, finance, health, and tech startups. Many secure positions with international companies thanks to practical training and English-taught curricula.

A robust industry network connects students with leading ICT organizations through internships, workshops, and joint projects. Faculty partnerships ensure skills remain aligned with market needs, while alumni networks support career growth and mobility. These connections contribute to consistently high placement rates after graduation.

Students choose this faculty for its industry-driven specializations, updated curricula, and strong balance of theory and practical application. Programs reflect global ICT trends, integrating areas like machine learning, IoT, and secure systems. The flexible credit-hour structure supports personalized academic pathways.

State-of-the-art labs, experienced faculty, and strong employer connections elevate the academic experience. Combined with Cairo University’s prestige and accessible public tuition, the faculty offers exceptional value. Graduates gain competitive skills, recognized credentials, and pathways into local and international tech markets.

The faculty drives regional innovation through active research in AI, cybersecurity, data science, and medical informatics. Cairo University’s AI research guidelines reinforce ethical practice and enhance research quality. Students participate in innovation labs that explore machine learning, natural language processing, and IoT solutions.

Entrepreneurship is encouraged through capstone projects and tech events that support emerging startups. Sustainability themes appear in coursework, while digital transformation efforts modernize academic systems. This forward-looking environment fosters breakthroughs that support Egypt’s national priorities and strengthen the university’s leadership across the Arab world.

What admission score is required? Admission is through the national coordination system, with typical acceptance around 85–90%, depending on yearly competition.

How do specializations differ? Mobile Programming focuses on apps, Security on protecting systems, AI on machine learning, and Medical Informatics on digital healthcare. Students select based on interests starting in year two.

What are career prospects? Graduates find opportunities in software, AI, cybersecurity, and analytics, with strong demand locally and abroad, supported by English instruction and practical internships.

Admission is processed through Egypt’s national coordination office after the Thanaweya Aama exams. Applicants typically come from the science stream and should expect competitive thresholds. International applicants submit equivalent qualifications and may need English proficiency documentation.

As a public institution, tuition is highly affordable, with additional scholarships available through Cairo University. Students can access on-campus housing in Giza or rent nearby. Visa assistance, health insurance requirements, and orientation programs ensure smooth entry for international students each academic year.