Double degree in Aerospace Systems Engineering and Telecommunications Systems Engineering or Telematics Engineering

5 Years On Campus Dual-bachelors Program

Polytechnic University of Catalonia

Program Overview

Imagine earning two official bachelor's degrees in just five years—the only program like this in Spain—blending Aerospace Systems Engineering (with majors in Air Navigation or Airports) and Telecommunications Systems Engineering or Network Engineering at UPC's cutting-edge Castelldefels School of Telecommunications and Aerospace Engineering (EETAC). It's perfect for ambitious students passionate about space tech, aviation, and next-gen networks, where you'll gain multidisciplinary skills to tackle real-world challenges in booming industries.

Curriculum Structure
First Year
You'll kick off with a strong foundation in core sciences and engineering basics, diving into Algebra, Calculus I, Physics I, and Fundamentals of Programming to build your analytical toolkit, alongside Business to understand industry contexts. This year sets you up for success by blending math, physics, and intro programming with telecom-specific electronics like Electronics for Telecommunications. It's all about getting comfortable with the tools that power aerospace and comms systems right from day one.

Second Year
Building momentum, you'll explore Linear Algebra and Applications, Linear Circuits and Systems, and Fundamentals of Telematics, sharpening your skills in circuits, networks, and math tailored for telecom.Mathematics for Telecommunications and Programming Project add practical coding and problem-solving, while mechanics intros prepare you for aerospace applications. Expect hands-on projects that connect telecom signals to flight systems, making complex ideas feel achievable and exciting.

Third Year
Here, things get dynamic with Digital Circuits and Systems, Digital Signal Processing, and Fundamentals of Communications, plus Network Interconnection and Probability and Statistics to master data flows and reliability in networks.Electromagnetic Waves in Communication Systems introduces wave tech crucial for satellites and radar. You'll start seeing how these tie into air navigation, fueling your passion for integrated aerospace-telecom solutions.

Fourth Year
Deepen into advanced systems like Electronic Circuits and Power Supply Systems, RF Systems, and Wireless Communications Laboratory, with Telecommunications Infrastructure and Operation focusing on real-world deployment.Structural Theory and Mechanics II from aerospace bring in aircraft design essentials. This phase emphasizes practical labs and projects, preparing you to innovate in airport tech or satellite networks.

Fifth Year
Cap it off with high-level topics like Quantum Information Technology, Applied Engineering Projects, and Work Placement for 12 ECTS of industry experience, plus electives such as Space Systems or Introduction to Unmanned Air Systems. Your bachelor's thesis integrates everything, letting you specialize in air navigation or telecom ops. It's your launchpad to professional impact, with mentors guiding you every step.

Focus Areas
Specialize in Air Navigation (control systems, signaling, UAV ops) or Airports (infrastructure, security), paired with telecom strengths in wireless networks, RF systems, IoT, and satellite comms—ideal for drones, smart skies, and 5G aviation.

Learning Outcomes
Graduates design, manage, and innovate in aerospace-telecom projects; handle air traffic, networks, and security; lead environmental initiatives; and excel in R&D or business—earning versatile skills for global challenges.

Professional Alignment (Accreditation)
Two official EU-recognized bachelor's degrees from UPC, following Bologna standards with 367 ECTS; aligns with engineering accreditation via Spain's ANECA and Catalan quality assurance, ensuring employability in regulated sectors like aviation (EASA) and telecom.

Reputation (Employability Rankings)
UPC ranks top in Spain for engineering (e.g., #1 Catalan tech uni), with EETAC grads boasting 95%+ employment rates in aerospace/telecom within 6 months—backed by ties to ESA, Airbus, and Telefónica; strong in QS Engineering rankings for employability.

Experiential Learning (Research, Projects, Internships etc.)

At the Castelldefels School of Telecommunications and Aerospace Engineering (EETAC), our double degree in Aerospace Systems Engineering and Telecommunications Systems Engineering (or Network Engineering) dives right into hands-on learning from day one, giving you real-world skills in designing aerospace systems, telecom networks, and more through the school's cutting-edge facilities tailored to these fields. You'll work on practical projects that mirror industry challenges, building expertise that's in high demand—it's the only program like this in Spain. This setup ensures you're not just studying theory but applying it with tools and spaces used by pros in aerospace and telecom.

Here's what makes experiential learning at EETAC so powerful for this double degree::

- State-of-the-art laboratories at EETAC dedicated to aerospace and telecommunications, where you experiment with air navigation, airports, satellite systems, and network engineering as part of your majors.
- Group projects and bachelor's thesis integrated into the 5-year, 367 ECTS curriculum, letting you collaborate on multidisciplinary challenges in aerospace systems and telecom technologies.
- Double-degree pathways with flexible credit options, including extras from related bachelor's like Telecommunications Systems Engineering, fostering teamwork on real engineering designs.
- Access to advanced master's-level facilities through EETAC's ecosystem, such as those for Unmanned Aircraft Systems (Drones), Aerospace Science and Technology, and Applied Telecommunications—perfect for aerospace and telecom projects.
- Industry-aligned tools and digital resources via EETAC's programs in Satellite Engineering and Advanced Telecommunication Technologies, supporting simulations and network ops relevant to your double degree.

Imagine graduating with two official degrees, ready to lead in booming sectors—spots are limited to 40, so applying now through the Catalan University Admission Office is your best move.

Progression & Future Opportunities

At the Castelldefels School of Telecommunications and Aerospace Engineering (EETAC), students in the Double Degree in Aerospace Systems Engineering and Telecommunications Systems Engineering (or Network Engineering) dive right into hands-on learning from day one, building real-world skills in aerospace navigation, telecom networks, and cutting-edge systems integration through project-based courses and specialized facilities. You'll work with state-of-the-art tools and labs tailored to these fields, preparing you for high-demand careers in Spain's only program like this—think designing drone systems, smart city tech, and satellite communications while earning two official bachelor's degrees in just five years. This practical focus sets you up to graduate confident and job-ready, with options to specialize in majors like Air Navigation or Airports.

Here's what makes the experiential learning at EETAC so powerful: from dedicated labs and group projects to internships and advanced digital tools, everything is geared toward aerospace and telecom innovation:

- Work Placements and Internships: Complete a 12 ECTS Work Placement in the seventh semester, gaining real industry experience in telecom and aerospace companies.
- Group and Applied Projects: Tackle hands-on projects like Drone Project (6 ECTS), Applied Engineering Projects (6 ECTS), Engineering Projects (6 ECTS), and the final bachelor's thesis, often involving team-based design of UAVs, space systems, and smart city tech.
- Specialized Laboratories and Research Facilities: Access EETAC's telecom and aerospace labs for work in areas like fibre optic sensors, electroacoustic devices, and electronic instrumentation for smart cities.
- Digital Tools and Software: Use tools for quantum information technology, augmented reality with AI, 5G network planning, IoT, and UAV guidance/control in courses like Introduction to Unmanned Air Systems and Space Systems.
- Field-Relevant Experiences: Engage in practical modules like Introduction to Technology Asset Management, Radiolocation, and Systems for Smart Cities, with potential for drone operations and space tech simulations tied to EETAC's research focus.

This is your chance to turn passion into expertise—apply now via the Catalan government's University Admission Office and pre-enrol for a spot in this unique program!