Enter OTP
4 Years On Campus Bachelors Program
University Carlos III de Madrid
The Bachelor in Internet Engineering prepares you to become a specialist in designing, implementing, and developing modern communications networks—skills that are in high demand across the tech industry. This four-year program combines practical technical knowledge with theoretical foundations, equipping you to work on real-world telecommunications challenges while staying ahead of rapidly evolving network technologies.
Curriculum Structure
Year 1 & 2: Building Your Foundation
Your first two years establish the core technical and mathematical knowledge you'll need. You'll dive into systems architecture, electronic components and circuits, network fundamentals, and communication theory—the essential building blocks for understanding how modern networks actually work. These foundational courses also include probability, linear systems, and advanced mathematics, ensuring you have the analytical tools to solve complex telecommunications problems.
Year 3: Specializing in Telematics
In your third year, the curriculum shifts toward specialized telematics applications and cutting-edge technologies. You'll take courses like Machine Learning for Signal and Data Processing, Internet Application Protocols, and Security Protocols, combining traditional networking knowledge with contemporary AI and cybersecurity skills. You'll also study Telecommunication Systems and Microprocessor-based Digital Systems, giving you hands-on experience with the hardware and software that power real networks.
Year 4: Advanced Applications and Specialization
Your final year focuses on advanced network design and emerging technologies. Depending on your track, you'll study Network and Cybersecurity Projects, Backbone Networks, and Devices and Optic Transmission Media, while also choosing electives that match your career interests. This capstone year prepares you for immediate entry into professional roles or further specialization through master's programs.
Focus Areas
Network design and implementation, cybersecurity protocols, advanced communication systems, signal processing, and emerging telecommunications technologies
Learning Outcomes
You'll develop the ability to design and manage telematics services using professional tools, program and optimize communication protocols across network architectures, and stay current with technological advances in switching, transmission, and network services. Graduates are equipped to solve real infrastructure challenges in our increasingly connected world.
Professional Alignment
This degree prepares you specifically for a career as a Technical Telecommunication Engineer with specialization in Telematics, recognized under Spanish educational standards. The program is bilingual (Spanish/English), giving you flexibility and international appeal in the job market.
Reputation & Employability
UC3M offers a pathway to continue with the Master in Telecommunication Engineering, allowing you to deepen your expertise if desired. The university's telecommunications programs are well-established within Spain's engineering education framework, with faculty like Deputy Director José Alberto Hernández Gutiérrez actively shaping curriculum innovation.
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Official Program Link: www.uc3m.es/bachelor-degree/telematics
Why Bachelor in Internet Engineering at UC3M Could Be Right for You
The Bachelor in Internet Engineering (Plan modified for Telematics Engineering) at Universidad Carlos III de Madrid is designed to prepare you for a career in telecommunications and network engineering with a strong emphasis on real-world application. Over four years (240 ECTS credits), you'll develop both theoretical knowledge and hands-on expertise in the technologies that power the internet.
Experiential Learning: Where Theory Meets Practice
What sets this program apart is its commitment to learning by doing. The curriculum integrates practical experience throughout your studies with access to dedicated facilities and industry partnerships:
- Specific laboratories in networks, telematic services and applications — giving you hands-on experience with real networking infrastructure
- Internship opportunities with leading companies in telecommunications and technology sectors, allowing you to apply your skills in professional environments
- Electronic Systems labs — dedicated spaces where you'll work on circuit design and embedded systems as part of your coursework
- Campus location in Leganés — hosting modern facilities equipped for telecommunications and network engineering research and development
- Bilingual instruction (Spanish) — ensuring you develop technical communication skills in a global industry
- 35 places available at the Leganés Campus, maintaining a program size that supports meaningful mentorship and lab access
The program brings together multiple university departments — including the Telematic Engineering Department, Electronic Technology Department, and Signal and Communications Theory Department — creating a rich academic environment where you'll learn from specialists across networking, communications, and systems engineering.
This is a degree that doesn't just teach you about the internet; it prepares you to build it.
At Universidad Carlos III de Madrid (UC3M), the Bachelor in Internet Engineering (Plan modified for Telematics Engineering) stands out for its strong focus on hands-on learning, giving you real-world skills in networks, telematic services, and applications right from the start. You'll dive into practical work in dedicated labs on the Leganés Campus, building expertise through courses like Advanced Communication Networks, Telematic Applications, Switching, and Devices and Optic Transmission Media. This bilingual program (Spanish with English options) from the Telematic Engineering Department—along with support from Electronic Technology, Signal and Communications Theory, and others—equips you to become a Technical Telecommunication Engineer specialized in Telematics, with opportunities for internships at top companies.
Hands-on experience is at the heart of this degree: you'll gain practical skills using specialized networks laboratories, telematic services labs, and applications labs designed specifically for this program, plus internships with leading industry partners to apply what you've learned in real professional settings.
Here's what makes experiential learning so dynamic in this program:
- Specific laboratories: Dedicated labs for networks, telematic services, and applications where you'll work on advanced topics like format processing in telematic apps and optic transmission devices.
- Group projects and coursework: Collaborative projects embedded in subjects such as Telematic Applications (6 ECTS), Advanced Communication Networks and Services (6 ECTS), and Switching (6 ECTS), fostering teamwork on real telematic systems.
- Internships: Built-in possibilities for placements in the best companies, bridging classroom knowledge to industry roles in telematics and internet engineering.
- Digital tools and software: Training in tools like advanced spreadsheets (1.5 ECTS course), plus electronics systems and modern detection/estimation theory software used in labs for network simulation and analysis.
- Departmental facilities: Access to resources from the Telematic Engineering Department (lead), Electronic Technology Department, Signal and Communications Theory Department, and others, including potential research-designated spaces for telematics projects.
Imagine graduating with a portfolio of projects from these top-tier facilities—it's the kind of preparation that lands jobs fast. Ready to take the next step? Apply now and let's chat about how this fits your goals. For the full facilities list: [UC3M Facilities](https://www.uc3m.es/bachelor-degree/telematics).
English Language Requirements: Minimum IELTS Academic score of 5.5 (General Training is not accepted) or TOEFL iBT score of at least 72.A 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.New students must have a solid background which allows them access to the advanced knowledge in mathematics, physics and statistics required by the degreeDesirable aptitudes and capabilities: a disposition for individual work, good concentration, facility for independent learning, and the ability to organize time and work, responsibility in teamworkAn 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;Telecommunications engineerNetwork engineerInternet services engineerTelematics engineerCybersecurity engineerCloud computing engineerWeb services engineerNetwork infrastructure engineerDistributed systems engineerICT engineerInternet applications developerNetwork operations engineerTelecommunications systems engineerData communications engineer
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