Communications and Computers Engineering Program

The Communications and Computers Engineering program aims to prepare graduates who are able to:

1) Solve complex engineering problems in the fields of communications and computing using engineering knowledge, fundamental sciences, and modern analytical methods.

2) Design and develop wired, wireless, digital, embedded, and network communication and computing systems, while considering sustainability requirements.

3) Use modern engineering tools, techniques, and measurement devices to evaluate system performance and ensure compliance with standards and specifications.

4) Work and communicate effectively within multidisciplinary engineering teams, demonstrating leadership and project management skills.

5)  Adhere to professional ethics, lifelong learning, contributing to scientific research, community service, and supporting digital transformation.

Academic Reference Standards:

According to the National Academic Reference Standards (NARS-2018), the competencies for graduates from Badya University and all engineering programs; graduates must be able to

1. Select, model and analyze Communication networks, the signal processing, face recognition, and remote-control networks.
2. Communication Systems Design, analyze, and optimize analog and digital communication systems, including wireless, optical, satellite, and mobile networks.
3. Computer Systems Engineering – Develop computer hardware and software solutions, including embedded systems, computer
   architecture, and operating systems.
4. Artificial Intelligence and Machine Learning – Apply AI, machine learning, and data analytics techniques to solve complex engineering problems.
5. Internet of Things (IoT) – Design and implement IoT systems by integrating sensors, embedded devices, cloud computing, and
   wireless communication technologies.
6. Networking and Cybersecurity – Design, configure, and secure computer networks while protecting information systems against cyber threats.
7. Embedded and Real-Time Systems – Develop microcontroller- and FPGA-based systems for industrial automation, robotics, and smart devices.
8. Signal and Image Processing – Analyze and process audio, speech, image, and video signals for communication, medical, and multimedia applications.
9. Control and Automation – Design intelligent control systems for autonomous vehicles, robotics, industrial automation, and smart manufacturing.
10. Programming and Software Development – Develop reliable software applications using modern programming languages, software engineering principles, and cloud technologies.
11. Problem Solving and Innovation – Apply mathematical, scientific, and engineering principles to identify, analyze, and solve complex engineering challenges creatively.
12. Research and Lifelong Learning – Conduct engineering research, evaluate emerging technologies, and continuously update professional knowledge and technical skills.
13. Professional Practice and Ethics – Demonstrate ethical responsibility, effective communication, teamwork, leadership, project  anagement, and commitment to sustainability while complying with engineering standards and societal needs.

These competencies prepare graduates to work in diverse fields such as 5G/6G communications, artificial intelligence, cybersecurity, IoT, cloudcomputing, robotics, autonomous systems, smart cities, digital transformation, and advanced communication networks.