Master of Science in Telecommunications & Network Engineering (M.Sc. TNE)

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School of Engineering
Program Description:

The Master of Science in Telecommunications and Network Engineering (M.Sc. TNE) is a two-year master's program which equips graduates with advanced skills in communication systems, digital signal processing, network security, and emerging industrial technologies. It blends theoretical knowledge, practical applications, and independent research. The curriculum covers foundational topics like research methodologies, machine learning, and wireless communications, progressing to specialized areas such as cloud data centers, industrial digitalization, and telecommunications policy. The program culminates in a two-stage M.Sc. thesis, allowing students to address real-world challenges through innovative research. Graduates are prepared for careers in academia, industry, or entrepreneurship, with expertise in problem-solving, network design, and regulatory compliance.

 

Program Duration:

Two years

Admission Requirements:

1. Bachelor degree in Telecommunications & Network Engineering;

OR

2. Bachelor degree in a closely related field of engineering from an accredited higher education institution with a minimum GPA of 3.0 on a 4.0 scale. 

1. The required score on the University English Placement Test or a passing score from another approved internationally recognized English language test, as validated by the Admissions & Registration Directorate;

OR

2. A valid (within two years) IELTS Academic Test Report Form with an overall band of 6.0 with no individual band score (reading, writing, speaking, and listening) below 6.0;

OR

3. A valid (within two years) TOEFL score of 90 and minimum scores of 17 in listening, 18 in reading, 20 in speaking, and 35 in writing;

OR

4. A valid (within two years) iBT score of 72.

1. Academic transcripts related to the undergraduate degree and/or post graduate diploma presented upon application;

and

2. Applicants from similar fields may be considered for entry, and these applicants may be required to successfully complete one or more Bachelor courses to prepare them for success in this Master’s Program.

Program Educational Objectives:

Program Educational Objectives (PEOs) describe the knowledge, skills, and competencies a graduate can demonstrate within 2-3 years of graduation.

Within a few years of graduation from the Master of Science in Telecommunications and Network Engineering (M.Sc. TNE) program, graduates will be able to:

  • PEO01. Demonstrate a mastery knowledge in telecommunications and network engineering
  • PEO02. Exemplify advanced mastery and innovation in telecommunications and networking careers
  • PEO03. Integrate ethical and social codes, telecommunications regulations, and security issues actively within professional careers
  • PEO04. Demonstrate leadership in telecommunication and network engineering

Student Learning Outcomes:

Student Learning Outcomes (SLOs) describe the knowledge, skills, and competencies a graduate can demonstrate immediately upon graduation.

Upon successful completion of the Master of Science in Telecommunications and Network Engineering (M.Sc. TNE) program, graduates will be prepared to:

  • SLO01. Employ concepts of engineering sciences to design and evaluate telecommunications and network solutions
  • SLO02. Produce engineering solutions that meet ethical, legal and social responsibilities
  • SLO03.  Critically analyze security risks associated with different telecommunications systems
  • SLO04. Demonstrate the ability to adapt to evolving technologies, methodologies, and industry practices
  • SLO05. Conduct independent research on emerging technologies and industry trends in telecommunications and networking

Study Plan:

 

COURSE NUMBER COURSE TITLE requisite  HOURS/WEEK
Pre-req co-req CR LEC LAB

Semester 1
AETN6121 Advanced Digital Signal Processing - - 3 3 0
AETN6131 Probability & Stochastic Processes - - 3 3 0
AETN6141 Emerging Technologies for Industrial Digitalization - - 3 3 0
AETN6211 Research Methodologies & Experimental Design - - 1 0 3
Semester 1 Total: 10 9 3
Semester 2
AETN6112 Advanced Digital Communications AETN6131 - 3 3 0
AETN6122 Advanced Wireless Communications & Networks AETN6121 - 3 3 0
AETN6132 Machine Learning Techniques for Communication Systems AETN6141 - 3 3 0
Semester 2 Total: 9 9 0
Year 1 Total :  19 18 3
COURSE NUMBER COURSE TITLE REQUISITE HOURS/WEEK
PRE-Req Co-REQ CR LEC LAB

Semester 1
AETN7111 Network Systems with Edge or Cloud Datacenters AETN6132 - 3 3 0
AETN7121 Network Security for Large Scale Systems AETN6141 - 3 3 0
AETN7131 Telecommunication Policy & Regulations AETN6211 - 2 2 0
AETN7301 Telecommunications & Network Engineering Thesis I

AETN6211

AETN6112

AETN6122 AETN6132		 - 0 0 0
Semester 1 Total: 8 8 0
Semester 2
AETN7302 Telecommunications & Network Engineering  Thesis II AETN7301 - 6 6 0
Semester 2Total: 6 6 0
Year 2 Total: 14 14 0
M.Sc. TNE Program Total  33 32 3

Graduate Future Pathways:

Graduates of the Master of Science in Telecommunication and Network Engineering (M.Sc. TNE) program can pursue doctoral studies in the same or similar fields. They can also complete studies in network security, AI in telecommunication, machine learning and AI in telecommunications and networking.

Graduate Career Opportunities:

The Master of Science in Telecommunication and Network Engineering (M.Sc. TNE) is an applied degree with learning outcomes closely linked to the labor market. A wide range of career opportunities in the field currently exist and include, but are not limited to, the following:

  • Network Engineer
  • Telecommunications Engineer
  • Radio Frequency (RF) Engineer
  • IT and Networking Companies
  • Network Administrator
  • Systems Engineer
  • Telecom Software Engineer
  • IoT Engineer
  • Cloud Network Engineer
  • Telecommunications Consultant
  • Network Consultant
  • Cybersecurity Specialist
  • Smart Grid Engineer
  • Healthcare Network Engineer
  • Broadcast Engineer
  • Network Operations Center (NOC) Engineer