Master in CCE

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DEPARTMENT OF COMPUTER & COMMUNICATION ENGINEERING — GRADUATE

Engineer the Next Generation of Networks

A graduate program in advanced telecommunication, wireless systems, and networking — built for engineers ready to specialize and lead technical teams.

M.S. Eng.

Degree Awarded

2 Years

Typical Duration

46

Credit Hours

5+

Career Paths

ABOUT THE PROGRAM

Why the Master in CCE? Why Now?

The Master of Science in Engineering in CCE goes deep into digital and wireless communication systems, high frequency electronics, and advanced networking, building the specialization required for senior technical roles.

Coursework leads into a supervised thesis or applied research project, giving you a specialization employers — and the Order of Engineers — recognize directly.

  • Advanced specialization in wireless & networking systems
  • Supervised thesis or applied research project
  • Recognized pathway to Order of Engineers membership

Quick Facts

Faculty: Faculty of Engineering

Degree: Masters of Science

Credits: 46 credit hours

Duration: 2 years

Faculty Email: foe@aul.edu.lb

OFFICIAL STUDY PLAN — 46 CREDITS

Curriculum Roadmap

Tap a semester to see the courses and credit hours in AUL's Master in CCE study plan.

1 Semester 1
12 credits

CCE 601 — Advanced Digital Communication3

CCE 605 — Advanced Computer Networks3

CCE 610 — Research Methods in Engineering3

CCE 615 — Advanced Microcontroller Systems3

2 Semester 2
12 credits

CCE 620 — Wireless & Mobile Communication Systems4

CCE 625 — High Frequency Electronics4

CCE 630 — Network Security4

3 Semester 3
12 credits

CCE 635 — Advanced Software Development4

CCE 640 — Elective in CCE Specialization I4

CCE 645 — Thesis Proposal & Literature Review4

4 Semester 4 — Thesis
10 credits

CCE 650 — Master's Thesis10

SKILLS YOU'LL GAIN

Sharpen Your Specialization

Advanced Telecommunication Systems90%
High Frequency Electronics84%
Advanced Networking Systems87%
Microcontroller Systems80%
Research & Technical Writing78%
PROGRAM LEARNING OUTCOMES

By Graduation, You Will Be Able To...

1

Design and analyze advanced digital and wireless communication systems.

2

Apply high-frequency electronics principles to RF system design.

3

Design and secure advanced enterprise and carrier-grade networks.

4

Conduct independent applied research in communication engineering.

5

Communicate advanced technical work to both technical and executive audiences.

CAREER PATHS

Where Graduates Go

Graduates move into senior telecom, networking, and RF systems engineering roles, with Order of Engineers eligibility.

Telecom Systems Engineer

Networking Engineer

Electronic Systems Engineer

Advanced Software Development Engineer

RF Systems Engineer

SUPPORT & RESOURCES

Research-Level Mentorship

Master in CCE students work closely with faculty advisors on applied research and thesis projects, with lab access for advanced networking and RF work.

  • One-on-one thesis & research advising
  • Advanced networking & RF lab access
  • Direct faculty mentorship on specialization track
  • Pathway to Order of Engineers membership

Ready to Specialize?

Apply to the Master in CCE program or talk to admissions about your next step.