Learning Outputs:
After completing this program, Graduate will be able to:
A1: Demonstrate knowledge and understanding of concepts, principles and theories in the field of general culture, mathematics, and basic engineering science for the communication and networks engineering.
A2: Explain the basic concepts, theories and principles of specialized engineering science in field of computer networks and communications engineering.
A3: Determine the importance of computer networks and communications systems, their characteristics, advantages and disadvantages, with a focus on contemporary issues of designing, securing and implementing computer networks and communication systems.
A4: Describe evolution of generations of computer networks and different communication systems and the advantages and disadvantages of each generation accurately.
B1: Analyze data for communications and computer network applications, interpret and draw conclusions in a systematic way.
B2: Devise appropriate solutions to the problems of communications and network engineering and related sciences.
B3: Compare between the different alternatives to solve the problems of communication systems, computer networks and related science and choose the appropriate ones according to the required specifications.
B4: Analyze the shortcomings in communication systems and networks and devises appropriate mechanisms for their development.
C1: Design efficiently communications systems and networks and their software, taking into account the financial, social, health, ethical and industrial determinants.
C2: Conduct practical experiments and uses electrical, electronic and computer tools and techniques, and engineering software related to the specialty effectively.
C3: Use statistical and mathematical methods in analyzing and interpreting problems in computer networks and communication systems effectively.
C4: Simulate communication systems and networks using appropriate engineering modeling and simulation software.
D1: Communicate effectively with others and present his ideas clearly and objectively.
D2: develop his scientific and professional capabilities in the field of his specialization and engages himself in lifelong learning.
D3: Work alone or in a team and manages engineering teams efficiently, taking into account the ethics of the profession.
D4: Exercise analytical and critical thinking skills effectively in solving problems that face him and makes appropriate decisions.
Graduate Attributes of the program:
Upon successful completion of the program, the graduate will be able to:
- Use basic mathematics, skills of basic science, and engineering concepts to work as a distinguished communication and networks engineer.
- Demonstrate a broad theoretical and practical background and employ it in the analysis, design and solution problems of communication engineering and computer networks.
- Prepare and conduct engineering experiments and analyze specific requirements in order to provide optimal solutions.
- Identify contemporary issues for the design, security and implementation of computer networks and communication systems.
- Design networks / services / systems / processes required that meet specific needs using constraints and tools in communication engineering and computer networks.
- Clarify the impact of communication engineering and computer networks on both the economy and society level.
- Deal with modern tools and obtain the required competency in field of communication engineering and computer networks.
- Creativity, leadership, teamwork, responsibility and professional ethics.
- Continuing self-development and continuous learning through scientific research, postgraduate studies, self-learning and professional activity.
- Contribute to community service while maintaining professional and ethical behavior.
- Follow up on modern technologies in field of communication engineering and computer networks and related fields.
- Communicate effectively with others and work productively within a multidisciplinary team.
Areas of Work for the graduates of the program:
- Engineer of public communication networks and exchanges.
- Engineer of wireless networks and internet provision (wired and wireless).
- Engineer of mobile communication networks of various generations and types.
- Engineer in radio and television broadcasting, satellite and radar systems.
- Engineer of transmission and interconnection systems using microwaves and optical fibers.
- Laboratory quality controls
- Designer of systems using Microcontrollers.
- Programmer in C++ and Python languages.
- Engineer of Computer Networks.
- Manager and designer of Computer Networks.
- Security Manager of Computer Networks.
- Manager of Computer Networks Projects.
- Engineer communication and networks in companies and factories.