The program provides high-level education to graduate students with a bachelor in electronics, communications and other scientific disciplines. Besides traditional courses, the syllabus includes other industry-oriented courses and opportunities for exposure to most recent advances in three different tracks:

• Microelectronics is intended to offer in-depth knowledge in integrated circuits and systems
• Photonics focuses on laser and optical components technologies
• Space Communication and Sensing is a new course combining electronic, high-frequency and remote sensing technologies with the booming world of space-related applications

Programme structure:

Curriculum 1: MICROELECTRONICS

YEAR 1
• Advanced Mathematical Methods for Engineers
• RF Microelectronics
• Electronic Instrumentation and Technologies
• Introduction To Quantum Mechanics
• Microwaves
• Integrated Circuit Devices
• Digital IC Design
• Analog Integrated Circuits

YEAR 2
• Integrated Power Management
• Antennas
• Electro-Optical Instrumentation
• Analog-Digital Interface Circuits
• Statistical Signal Processing
• One subject to be chosen from the list: Integrated Power Management / Digital Communications / Electro-Optical Instrumentation / Industrial Control / Internet and Multimedia / Microwave Measurements / Organization Theory And Design / Process Control / Quantum Electronics / Radar Remote Sensing / Robot Control / Satellite and Space Systems / Laser Safety / Hardware Software Codesign / Advanced Topics In Microwave Technologies / Industrial Topics In Microelectronics and Photonics / Planning, Management and Supply of Goods and Services

Curriculum 2 : PHOTONICS

YEAR 1
• Advanced Mathematical Methods for Engineers
• Optoelectronic Devices
• Introduction to Quantum Mechanics and Quantum Technologies
• Quantum Electronics
• Microwaves
• Optical Communications
• Nonlinear Optics
• Digital Communications

YEAR 2
• Electro-Optical Instrumentation
• Industrial Laser Design
• Antennas and Propagation
• One subject to be chosen from the list: Industrial Control / Internet and Multimedia / Microwave Measurements / Organization Theory and Design / Process Control / Radar Remote Sensing / Robot Control / Satellite and Space Systems / Laser Safety / Analog-Digital Interface Circuits / Economics for the Digital Society / Advanced Topics in Microwave Technologies / Industrial Topics in Microelectronics and Photonics / Planning, Management and Supply of Goods and Services

Curriculum 3 : SPACE COMMUNICATION AND SENSING

YEAR 1
• Advanced Mathematical Methods for Engineers
• Satellite Data Analysis
• Quantum Electronics
• Introduction to Quantum Mechanics and Quantum Technologies
• Antennas and Propagation
• Microwaves
• Optical Communications
• RF Microelectronics
• Radar Remote Sensing
• Digital Communications

YEAR 2
• Electro-Optical Instrumentation
• Satellite and Space Systems
• Microwave Measurements
• Statistical Signal Processing
• One subject to be chosen from the list: Electro-Optical Instrumentation / Industrial Control / Internet and Multimedia / Organization Theory And Design / Process Control / Quantum Electronics / Radar Remote Sensing / Robot Control / Satellite and Space Systems / Introduction to Quantum Mechanics and Quantum Technologies / Laser Safety / Economics for fhe Digital Society / Advanced Topics in Microwave Technologies / Industrial Topics in Microelectronics and Photonics / Planning, Management and Supply of Goods and Services

Career opportunities:

The job market for a graduate in Electronic Engineering involves many professional fields such as the manufacturing industry specializing in:
• electronic components, devices and systems
• integrated circuits
• optoelectronic components and devices
• instruments for telecommunications systems
• industrial and measurement instrumentation
Graduates basically can work in any industrial sector that uses electronic, electro-optics and electromagnetic technologies. They can also be employed in the service sector, both private and public, and as freelancers.