Communications and Computers Engineering
The Bachelor of Science in Communications and Computers Engineering equips students with skills in digital communications, computer systems, networking, and AI, preparing graduates to design, innovate, and lead in modern telecommunications and intelligent computing industries.
Duration of Study
Four Years (144 Credits plus field training, AGPA ≥ 2)
Degree
Bachelor of Science in Communications and Computers Engineering
Credit Hours
144 Credit Hours
Program Highlights
The Bachelor of Science in Communications and Computers Engineering (CCE) program integrates the principles of electrical engineering, computer engineering, and information technology to prepare graduates for the design, implementation, development, and management of modern communication and computing systems.
The program provides a strong foundation in digital communications, wireless networks, signal processing, embedded systems, computer architecture, and software engineering, combined with emerging areas such as artificial intelligence, Internet of Things (IoT), cybersecurity, and cloud computing.
Through a balanced curriculum of theoretical knowledge, laboratory experimentation, and project-based learning, students develop the ability to analyze, design, and implement complex engineering solutions that address real-world challenges in telecommunications, data systems, and intelligent infrastructures.
Graduates are equipped with professional, technical, and research skills that enable them to pursue careers in telecommunications, networking, software development, and smart systems, or to continue advanced studies. The program emphasizes innovation, sustainability, ethical responsibility, and lifelong learning, aligning with national and international accreditation standards.
- Program Educational Objectives (PEOs)
Within a few years after graduation, CCE graduates will:
- Professional Practice: Successfully work in communications, computer engineering, and related industries, contributing to the design and operation of modern systems.
- Career Development: Pursue advanced studies, certifications, or leadership roles in engineering and technology fields.
- Innovation & Impact: Develop innovative solutions that address societal needs, including smart, secure, and sustainable systems.
- Ethics & Responsibility: Demonstrate professional ethics, teamwork, and effective communication in multidisciplinary environments.
- Program Learning Outcomes (PLOs)
By the time of graduation, students will be able to:
- Engineering Knowledge: Apply mathematics, science, and engineering principles to solve complex problems.
- Problem Analysis: Identify, formulate, and analyze engineering problems in communications and computing.
- Design & Development: Design systems, components, or processes that meet specified needs with consideration of constraints.
- Investigation: Conduct experiments, analyze data, and interpret results to support engineering decisions.
- Modern Tools: Use modern engineering and IT tools effectively.
- Engineering & Society: Evaluate the impact of engineering solutions on society, environment, and sustainability.
- Ethics: Apply ethical principles and professional responsibility.
- Individual & Teamwork: Work effectively as an individual and in multidisciplinary teams.
- Communication: Communicate effectively in technical and professional contexts.
- Project Management: Apply engineering management and economic decision-making principles.
- Lifelong Learning: Recognize the need for and engage in continuous professional development.
Available Departments
Skill Development
A Bachelor of Science in Communications and Computers Engineering (CCE) is a multidisciplinary program that integrates electrical engineering, telecommunications, and computer engineering.
- The skills development is typically:
- Foundational Engineering and Scientific Skills
These are core competencies developed in the early years:
- Mathematics & Analytical Skills
- Calculus, linear algebra, probability, statistics
- Engineering modeling and quantitative analysis
- Physics & Electronics Fundamentals
- Electromagnetics, circuits, signals, and systems
- Understanding physical principles of communication systems
- Computational Thinking
- Algorithmic problem-solving
- Logical reasoning and abstraction
*Graduates gain the ability to identify and solve complex engineering problems using math, science, and engineering principles.
- Core Computer Engineering Skills
These focus on computing systems, both hardware and software:
- Programming & Software Development
- Languages such as C/C++, Python, and Java
- Software engineering and system design
- Computer Systems and Architecture
- Microprocessors, embedded systems
- Operating systems and hardware-software integration
- Data & Information Systems
- Databases, data structures, and algorithms
- Cloud and distributed computing (in advanced stages)
*Students achieve mastery of computer engineering, including hardware components and operating systems.
- Communications and Networking Skills
A distinguishing pillar of the program:
- Analog & Digital Communications
- Signal transmission, modulation, and coding
- Wireless, mobile, and satellite communications
- Computer Networks
- Network design, protocols (TCP/IP), and routing
- Internet engineering and network security
- Emerging Communication Technologies
- Fiber optics, 5G/6G systems, and IoT communication
*Graduates can design, analyze, and maintain communication systems and networks.
- Electronics, Systems, and Control Skills
Bridging hardware and intelligent systems:
- Electronic Systems Design
- Analog/digital circuit design and testing
- Integrated systems and embedded solutions
- Control & Automation
- Industrial control systems
- Robotics and intelligent machines
*Students learn to design and manage automated systems and advanced electronic circuits.
- Practical, Experimental, and Research Skills
Developed through labs, projects, and internships:
- Experimental Design & Data Analysis
- Conducting experiments and interpreting results
- Using engineering tools and simulation software
- Hands-on Training
- Industry internships and lab-based learning
- Real-world problem solving and prototyping
*Graduates develop the ability to conduct experiments, analyze data, and draw engineering conclusions.
- Design, Innovation, and Problem-Solving Skills
A key accreditation (ABET-aligned) outcome:
- Engineering Design Thinking
- Designing solutions under constraints (economic, environmental, societal)
- Creativity and Innovation
- Developing new systems and improving existing technologies
*Students gain the ability to design solutions considering safety, sustainability, and societal impact.
- Professional and Soft Skills
Essential for leadership and employability:
- Communication Skills
- Technical reporting, presentations, and documentation
- Teamwork & Leadership
- Multidisciplinary collaboration
- Project management and coordination
- Ethics & Professional Responsibility
- Engineering ethics and societal impact awareness
*Graduates are trained to work effectively in teams and communicate with diverse audiences.
- Lifelong Learning and Adaptability Skills
Critical in fast-evolving tech fields:
- Self-learning & Continuous Development
- Keeping up with new technologies
- Career Flexibility
- Ability to transition across domains (AI, cybersecurity, telecom, software)
*Programs emphasize continuous learning and adapting to emerging technologies.
- Interdisciplinary and Industry-Oriented Skills
Unique strength of CCE graduates:
Integration of:
Electronics, Communication, and Computing
Application areas:
- Smart cities, IoT, AI systems, autonomous systems
- Telecommunications, networking, and software industries
*Graduates can work across electronics, communication networks, and computing systems simultaneously.
- A CCE graduate develops:
- Strong engineering analysis and design capabilities
- Deep technical expertise in computing and communications
- Advanced practical, research, and innovation skills
- High-level professional, ethical, and leadership competencies
Useful Links
Admission
Requirements
Academic Prerequisites
- Egyptian Thanaweya Amma (Mathematics Division/Scientific Mathematics): Must hold a “علمي رياضة” certificate.
- American Diploma: 8 subjects including Mathematics, Physics, Chemistry, English + SAT/ACT/EST.
- Canadian Diploma: 8 subjects from Grades/ Scientific Mathematics 11 & 12 including Math, Physics, Chemistry, English.
- French Baccalaureate: 7 subjects including Mathematics, Physics, Chemistry, English.
- IGCSE: 8 O-Level + 1 AL/AS Mathematics including Mathematics, Physics, Chemistry, English + approved subjects.
- International Baccalaureate: Mathematics & Physics at Higher Level + English; min 24 points.
- Nile Certificate (CNISE): 7 L1 subjects incl. Arabic, English, Chemistry, Physics, Mathematics + L2/3 Mathematics.
- Abitur: 7 subjects including Mathematics, Physics, Chemistry, English
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