Bachelor's degree in Robotics Engineering

4 Years On Campus Bachelors Program

University of Deusto

Program Overview

The Bachelor's in Robotics Engineering trains you to become a specialist in industrial electronics, automation, and robotics—the technologies transforming how industries operate today. This four-year degree combines rigorous theoretical foundations with hands-on laboratory work, preparing you to design and implement robotic solutions across industrial and service sectors while building a career in one of the fastest-growing fields globally.

Curriculum Structure

First and Second Years: Building Your Foundation

Your initial years establish the core technical knowledge you'll need. You'll dive into fundamental subjects in industrial electronics, automation systems, and programming that form the backbone of robotics engineering. The curriculum balances theoretical learning with practical application, introducing you to the essential concepts that underpin advanced robotics design and implementation.

Third and Fourth Years: Specialization and Real-World Application

In your final years, you'll tackle advanced coursework including Advanced Robotics Programming and specialized modules in automation and control systems. Here's where the program gets exciting: you can choose the dual pathway option, which means spending 60 ECTS credits working directly in companies while completing your degree—giving you genuine professional experience before graduation. You'll work in state-of-the-art laboratories equipped by industry-leading manufacturers, developing real projects that solve actual engineering problems.

Focus Areas

Industrial electronics, automation systems, artificial vision, intelligent manufacturing, process control, and robotic design and programming.

Learning Outcomes

Graduates develop expertise in creating robotic solutions, designing automation systems, applying industrial vision technologies, and managing complex manufacturing processes. You'll graduate with both theoretical mastery and practical competency verified through extensive laboratory work and real-world project experience.

Professional Alignment

The degree is specifically structured to meet industry demand, with coursework designed around the technologies actively used by leading manufacturers. The dual pathway option—available in your final years—ensures direct alignment between your studies and workplace expectations, helping you graduate job-ready.

Reputation & Employability

Robotics ranks among the areas with the greatest employment prospects both locally and internationally, according to the university. The program's emphasis on practical training in world-class laboratories and its dual pathway model position graduates competitively in a field experiencing rapid growth and high demand for skilled professionals.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Deusto's Bachelor's in Robotics Engineering, you'll dive right into hands-on learning from day one, building real-world skills in industrial electronics, automation, and robotics through projects that mirror industry challenges. Our world-class laboratories—equipped by top manufacturers like KUKA for industrial robots—are designed for professional training, letting you experiment with actual automation and robotics projects that bring theory to life. You can even opt for the dual pathway in your third and fourth years, gaining 60 ECTS of on-the-job experience at partner companies while completing your degree.

This practical focus extends across dedicated facilities and opportunities tailored to robotics:
- Robotics and artificial vision laboratories: Work with industrial robots like KUKA KRG and GiGe Color Cameras to develop automation projects in industrial and service settings.
- Intelligent manufacturing laboratory: Tackle real projects in smart production environments, emphasizing plug-and-produce modular robotics platforms.
- Group projects and real-world experimentation: Develop and test robotics systems in labs, applying theoretical foundations to practical scenarios like cognitive robotic platforms for agile manufacturing.
- Dual pathway internships: Spend significant time (60 ECTS) in companies during years 3 and 4, building industry skills alongside your studies.
- DeustoTech collaborative spaces: Join university-industry projects, including seminars and teamwork on robotics tech like those with LKS Next.

Imagine turning your passion for robotics into a career with unbeatable employability in a field booming locally and globally—spots are filling up fast, so apply today at the Bilbao and San Sebastian campuses open house on February 14 from 10:00 to 14:00. For the full facilities list, check https://www.deusto.es/en/home/study/courses/bachelors-degree/robotics-engineering.

Progression & Future Opportunities

# Bachelor's Degree in Robotics Engineering at Universidad de Deusto

The Bachelor's degree in Robotics Engineering at Deusto stands out for its hands-on, project-based approach that bridges the gap between theory and real-world application. Rather than spending your time purely in lectures, you'll spend significant hours in world-class laboratories experimenting with cutting-edge equipment, developing actual robotics projects, and solving problems that professionals encounter every day. This isn't just about learning *about* robotics—it's about building robots, testing systems, and understanding how automation transforms industries.

The program equips you with expertise in industrial electronics, automation, and robotics, focusing on the technologies that power modern manufacturing and service industries. You'll gain hands-on experience in an environment where laboratories are managed in partnership with leading industry manufacturers, ensuring the tools and methods you learn match what you'll encounter in your career.

## Your Experiential Learning Toolkit:

State-of-the-art facilities and equipment:
- Robotics and artificial vision laboratories with industrial-grade systems
- Intelligent manufacturing laboratory for exploring automation systems
- Industrial robots (KUKA KRG models) for practical programming and operation
- GiGe Color Cameras for machine vision applications
- Computer labs equipped with specialized programming environments
- Electronics and power electronics laboratories for hands-on circuit and system work

Real-world learning experiences:
- Live project development where you experiment by creating actual robotics projects that apply theoretical knowledge in practice
- Dual pathway option available in your 3rd and 4th years (60 ECTS credits), allowing you to study while working directly in companies and gaining professional experience simultaneously
- University-industry collaborative classrooms where professionals bring real business challenges into the classroom
- Internship opportunities with strong employer relationships built through the Faculty of Engineering's wide network of collaborating companies

The combination of cutting-edge laboratories, real industrial projects, and dual-pathway opportunities means you'll graduate as a versatile professional who can adapt to multiple roles in automation and robotics companies—exactly what employers are seeking right now.