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Undergraduate Program

BEng Electronics and Communication Engineering

BEng Electronics and Communication Engineering with two Concentrations

  • Telecommunication Engineering
  • Biomedical Engineering

About this program

Electronics and Communications Engineering is a 4–year degree program aims to provide knowledge and skills in the Electronic devices, operations and applications to the evolving Telecommunication technologies and Bio-medical practices to the aspiring students. It provides the opportunity to choose the specialization either in Telecommunication Engineering with a focus to Radio, TV, Microwave, Fiber optical and Mobile communication or Bio-Medical engineering with emphasis on Medical diagnosis, Image processing and Telemedicine. The combination of practical skills and the use of modern software tools will enable the graduates to practice and progress within the industrial environment as highly skilled Engineers and Entrepreneurs.

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Vision

“To produce graduates of Electronics and Communications Engineering who will take the lead in employment and entrepreneurship and to achieve regional and international recognition”

Mission

To equip students with the knowledge and practical skills which fully support the need of stakeholders, along with necessary personal and business skills required for effective communication and success in engineering industries and businesses.

Career Opportunities

Graduates of this program have opportunities available in various private and government sectors, such as petroleum development companies, oil and gas companies, hospitals, defense, and aviation. Career options are also available in areas such as microcontroller applications, analogue and digital system design, signal processing and system modeling.

Broad Career Options

  • Biomedical Engineer
  • Wireless Network Engineer
  • Mobile communication Planning Engineering
  • IoT Engineer
  • Satellite Engineer
  • Telecommunication Engineer
  • Control System Designer & Engineer
  • Instrumentation Project Engineer
  • Electronic Engineer and Design
  • Field Testing Engineer
  • Project Engineer
  • Quality control Engineer

Program Educational Objectives

To combine the effective teaching of Electronic and Communication Engineering principles with the essential practical skills and understanding to allow the graduates to be capable of practicing and progressing within the industrial environment, as highly skilled engineers and entrepreneurs.

Upon graduation, our students are expected to:

PEO 1: Use knowledge and skills to develop solutions and make professional decisions with an    understanding of the impact on societal, economic, global and environmental issues in the field of Electronics and Communication Engineering 

PEO 2: Continuously improve their knowledge and skills to advance professionally and or to become successful Entrepreneurs

PEO 3: Exhibit teamwork skills, leadership, management and be change agents to society

PEO 4: Conduct themselves ethically in the professional environment and adapt to the global environment

Electronics and Communications Engineering with Telecommunication Concentration

  • Design and developing new Control systems related to Telecommunications technologies.
  • Trouble shooting and Problem solving in Telecommunication related networks
  • Planning and maintenance of the wireless devices, router, network cable, optical fiber and for better performance.
  • Involve in research findings, publish research papers related to Telecommunications Engineering

Electronics and Communications Engineering with Bio Medical Engineering Concentration

  • Support patient diagnosis and treatment through Installing, adjusting, maintaining and servicing biomedical equipment.
  • Liaise with the Medical and Engineering staff related to biomedical equipment.
  • Involve in research findings, publish research papers related to Bio Medical Engineering.

Extracurricular Opportunities

  • Students Hobby Club
  • International internship programme
  • Local Internship Programme
  • Project Competition
  • IEEE Events participation
  • Entrepreneurship events and many more

IEEE Golden Opportunities

  • Become a member of IEEE
  • Participate in IEEE competitions
  • Participate in IEEE Conference
  • IEEE free technical talks

What will you study?

1st Year

2nd Year

3rd Year

4th Year

1st Year
Semester 1 Semester 2
UEE01101 University English I 3 UEL01102 University English II 3
EMS00101 Calculus I 4 EMS00102 Calculus II 4
UHE00111 Oman: State and People 3 EGI00106 Programming I 3
EBS00102 Physics I 4 EGI01102 DC Circuits 2
EGI00104 Engineering Workshop 1 EGI00103 Engineering Drawing 2
Total Credits (5 Courses) 15 Total Credits (5 Courses) 15
2nd Year
Semester 3 Semester 4
EMS00202 Linear Algebra and Vector Calculus 3 EEC10306 Digital Logic Design 3
EBS00204 Physics laboratory 1 EMS00201 Differential Equations 4
EBS00203 Physics II 3 EGI00203 Environmental Science 2
EEC10201 AC Circuit Analysis 3 EPD01201 Professional Development for Engineers 2
EBS00101 General Chemistry For Engineering 1 EEC10205 Integrated Project I 2
UPE01301 Innovation and Entrepreneurship 3 EGI00202 Engineering Mechanics 3
EEC10202 Analog Electronics 3
Total Credits (6 Courses) 17 Total Credits (7 Courses) 19
3rd Year
Semester 5 Semester 6
EMS00301 Probability & Statistics 3 EMS10301 Discrete Mathematics 3
EEC10315 Signals and Systems 3 EEC10309 Embedded Systems 3
EEC10311 Measurements and Instrumentation 3 EEC10302 Communication Theory and Systems 2
UHE01402 Organizational Behavior and Management 3 EME10401 Control Systems 3
EGI00301 Programming II 2 EEC10401 Computer Networks 3
EEC10202 Analog Electronics 3
Total Credits (6 Courses) 18 Total Credits (6 Courses) 19
4th Year
Semester 7 Semester 8
Concentration Elective III 3 Concentration Elective IV 3
Technical Elective I 3 Concentration Elective V 3
EME10402 Engineering Economics and Industrial Management 3 Technical Elective II 4
EME10404 Industrial Safety Management 2 EIP00401 Industrial Internship 2
ECP00401 Capstone Project I 3 ECP00402 Capstone Project II 3
Total Credits (5 Courses) 14 Total Credits (5 Courses) 15

Electives

Telecommunication Engineering CONCENTRATION ELECTIVES
  Course Name Credit Pre-requisite

1.

 Antennas and Radio wave propagation 3 –

2.

 Digital Communication 3 Communication Theory and Systems

3.

 Cellular Mobile Communication 3 Communication Theory and Systems

4.

 Optical Communication and Networks 3 —

5.

 Wireless Networking 3 Computer Networks

6.

 Wireless Sensor Networks 3 Computer Networks

7.

 Microwave Engineering 3 Antennas and Radio wave propagation

8.

 Electromagnetic Field theory 3 –

9.

 Information Theory and Coding 3 Probability and Statistics

10.

 Internet of Things 3 Computer Networks

11.

 Digital Image Processing 3 –

12.

 Biosensors 3 Measurements and Instrumentation
Biomedical Engineering CONCENTRATION ELECTIVES

13.

 Human Anatomy and Physiology 3 –

14.

 Digital Image Processing 3 –

15.

 Biosensors 3 Measurements and Instrumentation

16.

 Health Care Management and Medical Ethics 3 –

17.

 Biomedical Instrumentation 3 Measurements and Instrumentation

18.

 Fiber Optics and Lasers in Medicine 3 Measurements and Instrumentation

19.

 Bio photonics 3 Measurements and Instrumentation

20.

 Biotelemetry 3 Measurements and Instrumentation

21.

 Body Area Networks 3 Measurements and Instrumentation
Technical ELECTIVES
22. Digital Signal Processing 3 –

23.

 Virtual Instrumentation 3 Basic Electrical Engineering/Control Systems

24.

 Automation and Robotics 3 Basic Electrical Engineering/ Control Systems

25.

 Satellite Communications 4 Communication Theory and Systems

26.

 Sustainable Energy Systems 4 –

Apply for Admission

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