Bachelor in Electronic Engineering - Minor in Robotics

4 Years On Campus Bachelors Program

La Salle – Universitat Ramon Llull

Program Overview

The Bachelor in Electronic Engineering – Minor in Robotics at La Salle Campus Barcelona (Universitat Ramon Llull) trains you to become a specialist in both electronics and intelligent robotic systems, blending strong technical foundations with real-world project experience. You will learn to design, build, and program embedded electronic systems and robots that can solve challenges across industries like automation, education, healthcare, and social services.

Curriculum Structure

Year 1

In your first year, you will build essential skills in both electronics and computing, starting with subjects like Basic Electronics, which introduces you to circuit analysis, electronic components, and hands-on lab work. Courses such as Business and Engineering help you develop problem-solving skills and plan innovative projects, setting a strong foundation for understanding how electronic systems work and how engineers contribute to technological solutions.

Year 2

The second year deepens your knowledge of core electronic principles and introduces robotics concepts. You will study Circuits Theory and Analog Electronics to master signal behavior and system design, while electives like Introduction to Robotics let you explore the design and control of robotic platforms using sensors and actuators, building advanced, real-world capabilities.

Year 3

By the third year, you will integrate automation and intelligence into your systems. Courses such as Digital Signal Processing teach you how to manipulate signals in embedded contexts, while robotics electives like Artificial Intelligence Applied to Robotics introduce machine learning and robot perception so your robots can adapt and make decisions. These experiences prepare you to connect core engineering theory with intelligent, autonomous behavior in robotic systems.

Year 4

Your final year focuses on project-based learning and professional readiness. You will take on a substantial robotics project where you define, design, implement, and evaluate a real robot solution to a real-world challenge. This final year integrates all your knowledge while developing teamwork, creativity, and project management skills highly valued in industry.

Focus Areas

Electronic system design, embedded robotics, sensors and actuators integration, control systems, computer vision and AI for robotics, signal processing, hands-on project development

Learning Outcomes

Graduates will be able to design and analyse electronic systems, develop intelligent robotics solutions using modern embedded tools, apply AI and signal processing methods, and execute complex engineering projects independently and in teams

Professional Alignment (Accreditation)

This is an official degree recognized by the Spanish Ministry of Education, qualifying you as a Graduate in Electronic Engineering in Communications with a specialization in robotics, ideal for roles in robotics engineering, automation, embedded systems, intelligent devices, and related fields

Reputation (Employability Rankings)

Studying at La Salle means training at an internationally recognized engineering school with strong industry links and access to advanced labs like the FabLab and Robotics Lab. The program emphasizes practical experience with companies and real challenges, ensuring you graduate ready for the global job market.

Experiential Learning (Research, Projects, Internships etc.)

At La Salle Campus Barcelona, our Bachelor in Electronic Engineering - Minor in Robotics puts hands-on learning front and center, so you'll build real-world skills right from the start using cutting-edge facilities tailored for electronics and robotics. You'll dive into practical projects with programmable robots, design control systems, and work in dedicated labs that support everything from microprocessors to electromagnetism, all backed by our 50+ years of engineering excellence. This means gaining confidence through actual experimentation, not just theory, preparing you to innovate in robotics and electronic systems.

Here are some standout ways you'll get that experiential edge::

- Robotics Lab for industrial, social, and educational robotics, where you'll program robots and apply design control theory to real setups.
- Electronics and Instrumentation Lab with a wide timetable for hands-on practices in electronics, perfect for bachelor's-level projects in your program.
- Microprocessors Lab dedicated to design, programming, microprocessors, and digital logic—ideal for robotics coursework and group experiments.
- Electromagnetism Lab (Semianechoic Room) for projects on electromagnetic compatibility, antennas, and related applications, supporting your engineering research.
- Group projects like those in Advanced Operating Systems courses, taught via Project Based Learning where teams design and implement file systems and memory management, with professor guidance and peer evaluations.
- First-year interdisciplinary group projects tied to UN Sustainable Development Goals, as seen with Electronic Engineering - Robotics students collaborating across degrees on creative, innovative challenges.

These resources make applying a smart move—imagine turning your passion for robotics into expertise with facilities that pros use. Check out the full list of installations here: https://www.salleurl.edu/en/installacions Ready to take the next step? Let's chat about your application!

Progression & Future Opportunities

At La Salle – Universitat Ramon Llull, our Bachelor in Electronic Engineering - Minor in Robotics puts practical skills front and center, so you'll build real-world expertise from day one through hands-on labs, group projects, and cutting-edge tools tailored to robotics. You'll dive into designing, simulating, and programming robotic systems using industry-standard platforms and software, all in a supportive environment that mirrors professional engineering challenges. This approach ensures you're not just learning theory—you're creating solutions with processors like Arduino and Raspberry Pi, sensors, actuators, and more, right in specialized practical sessions.

Here's how our experiential learning comes alive for this program::
- Group projects every 3-4 weeks using LEGO NXT/EV3 robots to solve real design problems collaboratively, fostering teamwork and innovation just like in industry.
- Hands-on programming labs with tools like LabVIEW, Arduino, Raspberry Pi, and an introduction to ROS (Robot Operating System) for building and controlling robotic systems.
- Practical sessions on sensors, actuators (e.g., motors, LEDs), and processors, including simulations of mechanical control like robot walkers to analyze stability and degrees of freedom.
- Project-Based Learning across related engineering courses, where you'll develop and present creative robotics-integrated projects, as seen with our Electronic Engineering - Robotics students tackling innovative challenges.
- Access to singular laboratories for engineering, including those equipped for robotics platforms, simulation, and prototyping—part of La Salle's 50+ years of engineering excellence.

Imagine applying to a program where these experiences set you up for internships and leadership in robotics—spots fill fast for September 2026, so let's get your application rolling!