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5 Years On Campus Bachelors Program
University Carlos III de MadridThe Bachelor in Telecommunication Technologies Engineering + Master in Telecommunication Engineering at University Carlos III de Madrid offers a structured pathway to complete both degrees and qualify for the regulated profession of Telecommunications Engineer. The program is ideal for students interested in communication networks, signal processing, and digital infrastructures, combining strong technical foundations with advanced specialization and professional preparation.
Curriculum structure
Year 1:
Students begin with core engineering fundamentals including Linear Algebra, Calculus, Physics, and Programming. Subjects such as Digital Electronics and Systems and Circuits introduce the basics of telecommunications hardware and system analysis while building strong analytical and problem-solving skills.
Year 2:
The second year focuses on telecommunications foundations through courses such as Linear Systems, Electronic Components and Circuits, and Communication Theory. Students also study Systems Architecture and Communications Networks and Services, gaining a deeper understanding of network design and signal transmission.
Year 3:
Students move into advanced topics including Electromagnetic Fields, Linear Networks Analysis and Synthesis, and Machine Learning for Signal and Data Processing. The curriculum emphasizes modelling communication systems, analyzing signals, and developing modern telecommunications services.
Year 4:
The final bachelor year consolidates telecommunications knowledge through advanced communication technologies and project-based learning. Students strengthen their understanding of telematics, networks, and system integration while preparing for the master’s stage.
Year 5–6 (Master stage):
The master phase focuses on professional-level engineering competences with courses such as Communication Network Design and Operation, Advanced Multimedia Services, and Telematics Application Design. Students also study Communication Systems Design and Simulation and complete a final thesis to develop advanced telecommunications solutions.
Focus areas (in a string):
Communication networks, signal processing, telematics services, wireless systems, network architecture, multimedia communications, telecommunications infrastructure, communication security, digital communications, machine learning for communications
Learning outcomes (in a string):
Design telecommunication systems, analyze communication networks, develop telematics services, apply signal processing techniques, implement communication protocols, model telecom infrastructures, manage communication systems, design multimedia communication solutions, apply machine learning in communications, solve advanced engineering problems
Professional alignment (accreditation):
The combined pathway provides both the bachelor’s degree and the enabling master’s degree required to practice as a Telecommunications Engineer under regulated professional standards.
Reputation (employability rankings):
High graduate employability with most students securing roles related to their studies within the first year, supported by strong industry partnerships and internship opportunities.
At Universidad Carlos III de Madrid (UC3M), the Bachelor in Telecommunication Technologies Engineering + Master in Telecommunication Engineering program dives deep into hands-on learning right from the start, building your skills in real-world telecom systems like signal processing, networks, and electronic design through courses such as Machine Learning for Signal and Data Processing, Microprocessor-based Digital Systems, and High Frequency Technology. You'll work with cutting-edge tools in specialized labs tied to key departments like Signal and Communications Theory, Telematic Engineering, and Electronic Technology, gaining practical expertise that prepares you to design and innovate in telecommunications. This combined program, updated in 2025, even qualifies you to practice as a full Telecommunications Engineer by the end, blending bachelor's-level foundations with master's-level projects.
Here's what stands out for experiential learning in this program:
- Specialized laboratories through departments like Electronic Technology (for integrated circuits and microelectronics) and Signal and Communications Theory (for digital communications and electromagnetic fields), where you'll experiment with electronic systems and high-frequency tech.
- Group project-oriented courses like Telecommunication Systems, Electronic Systems, and Backbone Networks, fostering teamwork on real telecom infrastructure and microprocessor designs.
- Software and digital tools training via subjects like Machine Learning for Signal and Data Processing, Internet Application Protocols, and Advanced Knowledge of Spreadsheets, plus telematic applications for practical coding and data handling.
- Research-aligned facilities supported by participating departments (e.g., Physics, Mathematics, Computer Science), connecting you to UC3m's strong ICT research ecosystem, including PhD-level signal processing labs.
- Library and information resources from the Library and Information Sciences Department, integrated into courses like Information Skills for hands-on research and data management.
- Campus facilities at Leganés, including electronics and networks labs tailored for telecom engineering, with access to shared media and systems architecture tools.
This practical edge is why UC3M grads are so sought after—imagine applying these skills straight to industry.
At Universidad Carlos III de Madrid (UC3M), the Bachelor in Telecommunication Technologies Engineering combined with the Master in Telecommunication Engineering stands out for its strong focus on hands-on learning, where you'll build real-world skills in areas like signal processing, electronic systems, networks, and high-frequency tech right from early years. You'll work with cutting-edge tools in specialized labs tied to departments like Signal and Communications Theory, Telematic Engineering, and Electronic Technology, gaining practical experience through courses on microprocessors, integrated circuits, and telecommunication systems that emphasize application over theory. This path not only gives you the Bachelor but also qualifies you as a full Telecommunications Engineer, preparing you for industry demands with direct exposure to the tools pros use.
Here are some key ways you'll dive into experiential learning specific to this program::
- Advanced labs in electronic systems and high-frequency technology: Hands-on work with microprocessors, integrated circuits, and electronic components in facilities supported by the Electronic Technology Department, featured in courses like Microprocessor-based Digital Systems and Electronic Systems.
- Networking and telematics projects: Practical training in backbone networks, internet protocols, and access networks through the Telematic Engineering Department, including group-based electives like embedded systems or big data for space missions.
- Signal processing and machine learning tools: Apply software for Machine Learning for Signal and Data Processing and digital communications in real scenarios, using university digital tools for simulation and analysis.
- Departmental research facilities: Access labs from participating departments (e.g., Physics, Mathematics, Computer Science) for projects in electromagnetic fields, communication theory, and telematic applications.
- Library and information resources: Dedicated support from the Library and Information Sciences Department, plus skills courses like Information Skills and Advanced Spreadsheets for data handling in telecom projects.
This practical edge, combined with UC3M's top-quality assurance and industry-aligned curriculum, makes it a smart move to apply—spots at Leganés Campus fill fast!
English Language Requirements: Minimum IELTS Academic score of 5.5 (General Training is not accepted) or TOEFL iBT score of at least 72.Admission to PARSI is requested during pre-enrollmentThe student should have a good previous training that allows access to advanced knowledge in mathematics, physics and statisticsA B2 level of English must be accredited before completing the studies; this level must be demonstrated during the first year by passing a test, submitting an accepted official certificate, or through any other method determined by the university.An online application fee of €100 is required for Early Admission, allowing applicants to select up to two degree programs; this fee applies to international students applying through the Early Admission route, not standard domestic applicants.Country-specific admission is based on prior secondary education, with applicants required to obtain UNED accreditation where their high school grade is converted to the Spanish scale and can be improved through specific subject tests.Students from EU countries (except Spain), countries with agreements, International Baccalaureate, or European Baccalaureate can access Spanish universities without entrance exams if they meet home-country requirements;Mobile network engineer5G network engineerBackbone network engineerAccess network engineerIoT systems engineerCommunications security engineerCryptography engineerTelecommunications consultantDigital transformation consultantSoftware developerTelecommunications project manager
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