Telecommunications

Core Courses

📚 Core Courses (Years 1 and 2):

Mathematics: Algebra, calculus, probability and statistics

Physics: Mechanics, electromagnetism, thermodynamics

General Chemistry

Computer Science: Algorithms, programming, data structures

Basic Electronics and Electrical Engineering

Signal and Systems Theory

Scientific Communication Techniques

Technical English

Laboratory Work in Engineering Sciences

📚 Core Courses (Year 3) :

Digital and Analog Communication Systems

Antenna Propagation and Design

Transmission Media and Optical Communications

Digital Signal Processing

Computer Networks

Network Security and Cryptography

Embedded Systems and Internet of Things (IoT)

Communication Standards and Protocols

Supervised Final-Year Project

Advanced Topics

In the final year of the Telecommunications Bachelor’s program, students tackle advanced and emerging subjects that reflect the evolution of the industry and its technological frontiers. These topics are carefully selected to strengthen both the theoretical depth and the practical readiness of future engineers.

🔹 Core Advanced Modules:

Advanced Communication Systems

Exploration of digital and analog communication architectures, modulation/demodulation schemes, channel coding, and multi-user

communication strategies.

Antenna Design and Propagation Techniques

Study of radiation principles, antenna arrays, propagation models, and their application in wireless and mobile networks (4G/5G).

High-Speed Transmission Media

Analysis and optimization of wired and optical communication channels, including fiber optics, guided waves, and hybrid media.

Digital Signal Processing for Communications

Advanced filtering, spectral estimation, and signal enhancement techniques essential for voice, image, and data transmission.

Network Architectures and Advanced Protocols

In-depth understanding of protocol stacks (OSI, TCP/IP), routing algorithms, traffic engineering, and real-time data handling.

Wireless, Mobile, and IoT Networks

Technologies enabling connectivity in mobile and embedded systems, including LPWAN, Wi-Fi, and 5G integration for IoT applications.

Cybersecurity and Secure Communications

Principles of cryptography, secure protocols, authentication, and network defense strategies to ensure data integrity and confidentiality.

Embedded Systems and Smart Devices

Design and integration of microcontroller-based systems with communication capabilities for smart, connected environments.

🔹 Learning Approach:

These modules are delivered through a blend of theoretical instruction, simulation environments, lab experimentation, and real-case applications. Students apply their skills in a Capstone Project, often developed in collaboration with industry partners or research labs, reinforcing autonomy, innovation, and problem-solving abilities.