Degree in Telecommunications Systems Engineering (Spanish taught)
Barcelona, Spain
DURATION
4 Years
LANGUAGES
Spanish
PACE
Full time
APPLICATION DEADLINE
Request application deadline
EARLIEST START DATE
02 Sep 2024
TUITION FEES
EUR 10,080 / per year
STUDY FORMAT
On-Campus
Introduction
Degree in Telecommunications Systems Engineering (Spanish taught)
Receive training and become a Telecommunication engineer developing your career in a growing sector
At la Salle, we will train you in the latest technologies that make possible the distribution networks of interactive TV, Optical fibre networks and internet infrastructures.
You will use the LSMaker robot to practice from the frist course. You will also access laboratories specialized in telecommunications such as:
- Laboratory of electronic measurements
- Digital communications laboratory
- Laboratories of computer hardware and software with equipment of leading companies
- Anechoic audio and semianechoic radiofrequency camera
Admissions
Scholarships and Funding
Several scholarship options are available. Please check the university website for more information.
Curriculum
Year 1
Semester 1 / Semester 2
- Algebra
- Calculus
- Thought and Creativity I
- Programming Methodology and Technology
- Introduction to Computers
- Basic Electronics
- Business and Engineering
- Design and Usability I
Year 2
Semester 1 / Semester 2
- Physics
- Digital Systems and Microprocessor
- Statistics and Mathematical Analysis
- Value Chain and Financial Economics
- Analog Electronics
- Signals and Transmission Systems
- Object Oriented Programming and Design
- Thought and Creativity II
Semester 1
- Digital Television I
Semester 2
- Circuits Theory
Year 3
Semester 1 / Semester 2
- Thought and creativity III
- Telecommunications Laboratory
- Electronic Measurements Laboratory
- Local Area Networks
Semester 1
- Electrical and Telecommunication Infrastructures
- Digital Signal Processing
- Electromagnetic Propagation
- Operating Systems
Semester 2
- Microwave Circuits
- Organizational Management
- Digital Telecommunications
- Peripheral Equipment
- Radio Frequency Technologies
Year 4
Semester 1
- Antenna
- Electromagnetic Compatibility
- Interconnection of Data Networks
- Active Markets and Services in Telecommunications
- Project Management
- Optical Communications
- Internship
- Communications for Hostile Environments
Semester 2
- Entrepreneurship and Innovation
- Wireless Networks
- Software Radio
- Final Thesis
- Technological Trends
Program Outcome
- Official name: Graduate in Telecommunication Systems Engineering
- Degree certificate issued by The Ministry of Education
- Credits: 240-ECTS
Programe outcomes
With the Degree in Telecommunications Systems Engineering you will be able to design and manage:
- Large high capacity mobile telecommunications networks.
- Positioning and radiolocation systems (GPS, Galileo).
- Satellite communications.
- Mobile terminals.
- Freeview, cable TV, ADSL.
- Telematics services.
- Advising and consulting for accreditations and technical regulations.
- Research and development projects.
- Telephone systems and call centers.
Program Tuition Fee
Career Opportunities
Studying Telecomunications Systems Engineering in La Salle will allow you to develop your professional career in the area of planning, design, manufacture, installation, operation and maintenance of electronic telecommunications services or equipment, guaranteeing signal generation, transmission and reception. Thanks to this knowledge, you will be able to develop multiple activities in:
- Technology companies
- Research and development centers
- Telecom Operators
- Electronic and electrical industry
- Central and telephone networks
- TV and radio stations
- Other
Program delivery
Instruction languages
The languages of instruction for this program are Catalan, Spanish, and English.
Methodology
The methodology with which you will receive your training in La Salle is based on:
- Lectures.
- Problem-solving sessions.
- Teamwork.
- Practices at leading laboratories.
- Possibility of participating in transfer or research programs with leading companies in the sector.
Smart Learning
With the new Smart Learning model, students will have a training which will be:
- Personalized, because it adapts to the student and their needs or circumstances, regardless of the health scenario.
- Flexible, because it overcomes the barriers of the online or face-to-face methods with a platform that allows face-to-face, blended and distance learning.
- Intelligent, because it is a new way of teaching and learning that combines physical and interactive experiences.
- Technological, in order to implement the Smart Learning methodology, classrooms have been transformed into Smart Classrooms, which consist of:
- Audio system with more than 800 virtual microphones per classroom
- Cameras equipped with artificial intelligence
- Smart Boards to share content to and from the Smart Classroom, enhancing collaborative work.