Engineer in Telecommunications

General Objectives

This program aims to train telecom engineers capable of designing, deploying, operating, and optimizing modern telecommunications systems and networks, whether fixed, mobile, satellite, or optical. It integrates cutting-edge technologies such as 5G, the Internet of Things (IoT), cybersecurity, cloud computing, and artificial intelligence. The program also emphasizes a strong understanding of the regulatory, economic, and project management dimensions of communication infrastructures and services.

This engineering program prepares students to take on key roles in Telecommunications Engineering. Targeted careers include: Telecommunications Engineer, Network Architect, Radio Frequency (RF) Engineer, Mobile Network Engineer (3G/4G/5G), IoT Solutions Engineer, Optical Network Specialist, Satellite Communications Engineer, Network Security Specialist, Cloud & Edge Infrastructure Engineer, and SDN/NFV Engineer. Graduates will be ready to contribute to the design and management of advanced communication systems across sectors such as telecom operators, aerospace, smart cities, transport, and public services.

Specific Objectives

Equip students with the necessary skills and techniques to:

- Design and implement complex network architectures, including IP technologies, mobile networks (3G, 4G, 5G), optical networks, and software-defined networks (SDN).

- Apply signal processing, modulation, coding, and transmission techniques to optimize the performance of modern communication systems.

- Develop and integrate software and embedded solutions in real-time environments, mastering operating systems, microcontrollers, and appropriate programming languages.

- Assess network security and implement cybersecurity mechanisms suited to critical telecommunications infrastructures.

- Analyze the economic, regulatory, and organizational issues related to the deployment and operation of telecommunication infrastructures, while incorporating project management constraints.

PROGRAM

Programming and Software Development

Algorithms, Data Structure and Complexity
Programming Workshop
Operational Research and Optimization
Object Oriented Development
Advanced Java
Advanced Algorithms and Data Structures.
Web & Mobile Development

Fundamentals of Mathematics and Physics

Mathematical Analysis and Linear Algebra
Probability and Applied Statistics
Information theory
Physics of Electromagnetic Waves
Analog and Digital Electronics

Networks and Communication Protocols

Computer Network Architecture
Communication Protocols (TCP/IP, UDP, etc.)
Mobile Networks (3G, 4G, 5G)
Optical and Broadband Networks
VoIP and Multimedia Communications
Software-defined Networks (SDN)
Cybersecurity

Communication and Transmission Systems

Modulation and Coding of Signals
Signal processing and Transmission
Radio Frequency Systems
Antennas and Wave Propagation
Satellite Systems
Optical Telecommunications (optical fiber)
Wireless Communications and IoT

Computer Science and Embedded Systems

Algorithms and Data Structures
Object-oriented Programming
Databases
Operating Systems (Linux, RTOS)
Embedded Systems and Microcontrollers
Real-time Systems

Soft Skills

Design Thinking
English-TOEIC Certification
Teamwork & Collaboration
IT Law & Data Protection
Business Communication
Entrepreneurship
Business Management

Co-op Program

Students can also follow this course on a work-study basis, which will allow them to obtain their bachelor's degree and gain professional experience at the same time.