Physics (General, classical and modern, and wave propagation specific)
Programming (General and object-oriented, usually C and Java)
Mathematics (Algebra, Calculus, and Differential Equations)
Circuit Analysis (direct current and alternating current, transient and permanent regimes)
Basic Electronics (Basic amplifier circuits and components. Calculation of gains from small signal equivalents. Operational amplifiers)
Signals and Systems (Both in continuous and discrete time. Fourier transform)
Computers (Basic architectures and assembly language programming. Harvard and Von Neumann architectures )
Common telecommunication training subjects
Digital electronic
Electronic analogue
Communication theory
Networking
Digital Signal Processing
Telecommunication regulations and services
Optical Communications
Business Administration
Subjects specific to each itinerary
Telecommunication Systems
Communications electronics
Telecommunication Systems
Radio communications
Microwave oven
Radio Frequency Subsystems
Mobile Communications
Telematics
Corporate networks
Security in telecommunication systems and networks
Network computing
Mobile communication networks
WEB engineering
Data centers and service provision
Electronic systems
Electronic control systems
Manufacture of electronic equipment
Processor architecture
Analog and mixed electronic systems
Design of digital electronic systems
Systems for connectivity
Sound and Image
Acoustics
Digital Audio Processing
Digital image processing
TV
Advanced audiovisual systems
Ultrasound
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