Electronics and Communications Engineering Program
About the Program
The Bachelor of Electronics and Communications Engineering Program aims to provide students with a solid scientific and engineering foundation in electronics, communication systems, and modern engineering technologies. The Program integrates theoretical knowledge with practical applications to prepare graduates capable of analyzing, designing, and implementing electronic and communication systems in line with labor market requirements.
The Program places particular emphasis on practical learning through laboratories, simulations, applied projects, and the graduation project. It also develops students’ engineering thinking, problem-solving, teamwork, and commitment to professional and ethical values. Graduates are prepared to pursue careers across various engineering sectors or continue their postgraduate studies.
-
Study System
- Program Duration: Five academic years (10 levels)
- Mode of Study: On-campus
- Total Credit Hours: 164 credit hours
Program Features
- Responds to labor market requirements by preparing graduates with modern engineering skills in electronics and communications that meet the needs of various technology sectors.
- Provides intensive practical and applied training that simulates real-world work environments through engineering laboratories, simulation technologies, and applied projects.
- Develops an integrated set of engineering and interpersonal skills, including analytical thinking, problem-solving, teamwork, and professional commitment.
- Offers diverse and flexible career pathways across engineering and technology sectors in both public and private organizations.
- Covers advanced specialization areas in electronics, communication systems, digital systems, and smart technologies, supporting technological advancement and innovation.
Program Learning Outcomes
Graduates acquire an integrated body of knowledge, skills, and values that prepares them for professional excellence. These outcomes can be summarized as follows:
Knowledge and Understanding
- Demonstrate knowledge of basic sciences, mathematics, and engineering concepts related to electronics and communications.
- Understand the principles of designing and analyzing electronic and communication systems.
- Demonstrate knowledge of modern technologies and advanced developments in electronics and communications engineering.
Skills
- Analyze and solve complex engineering problems.
- Design, implement, and test electronic and communication systems.
- Use modern engineering tools, technologies, and simulation software.
Values and Professional Conduct
- Adhere to engineering ethics and professional responsibilities.
- Work effectively within multidisciplinary teams.
- Demonstrate a commitment to lifelong learning and continuous professional development.
Career Opportunities After Graduation
The Program prepares graduates for a wide range of professional roles in engineering and technology across the public and private sectors. Potential career paths include:
- Electronics Engineer
- Communications Engineer
- Network and Systems Engineer
- Digital Systems Engineer
- Wireless Communications Systems Engineer
- Electronic Circuits and Systems Design Engineer
- Electronic Systems Maintenance and Operations Engineer
- Control and Automation Systems Engineer
- Smart Systems and Internet of Things (IoT) Engineer
- Telecommunications and Information Technology Companies
- Electronics and Technology Industries
- Energy and Smart Systems Sectors
- Radio and Television Broadcasting Systems, Satellite Ground Stations, and Airport Communications, Navigation, and Surveillance Systems
- Electric Vehicle Industries and Control, Electronics, and Communication Systems for Smart Vehicles
- Robotics, Smart Systems, Control Systems, and Embedded Systems
- Government Agencies and Regulatory Authorities
- Research and Development Centers
- Postgraduate Studies and Scientific Research