Bachelor's Degree in Industrial Electronics and Automation Engineering

At the University of Deusto's Bachelor's Degree in Industrial Electronics and Automation Engineering, you'll dive right into hands-on learning from day one, designing electrical and electronic circuits, programming devices, and controlling real industrial processes in state-of-the-art labs. You'll get plenty of afternoon time in specialized laboratories to experiment with hardware from leading manufacturers, tackling practical challenges in electronics, robotics, microprocessors, and automation that mirror industry needs. This approach builds your skills through "learning by doing," so you're not just studying theory—you're creating devices and optimizing processes with tools pros use every day:

- Laboratories for electronics and automation: Work in dedicated labs equipped with industrial-grade electronic instrumentation, power electronics setups, and programmable logic systems to design circuits and test real-world applications.
- Collaborative and industrial robotics lab: Experiment with cutting-edge robotics tech as part of Industry 4.0 training, including hardware for automation projects.
- Digital manufacturing laboratory: Practice fully automated production processes, integrating electronics, IT, and control systems for smart factory simulations.
- Group projects and PBL (Project-Based Learning): Tackle complex, cross-cutting team projects that combine subjects like microprocessors, advanced industrial automation, software design, and intelligent systems.
- Internships with 100% student placement: Guaranteed internships through agreements with over 125 engineering companies, giving you real professional experience in process control and innovation.
- Software and digital tools: Hands-on with programming, software design, industrial informatics, and tools for multimedia/network software, computability, and intelligent systems.
- University-industry collaborative classrooms: Join projects via DeustoTech or Deusto Moto Team for dynamic, participative work on actual industry challenges.

The Bachelor's Degree in Industrial Electronics and Automation Engineering at Deusto isn't just about lectures and exams. This program is built on the principle that theory comes alive in the laboratory, where you'll move beyond textbooks and actually design, build, and test real systems. The university has invested in modern facilities and partnerships with industry to ensure you're learning with the same tools and technologies that companies use every day.

Here's what makes the experiential learning at Deusto exceptional:

- Dedicated laboratories with professional-grade equipment: You'll work with hardware equipment provided by leading manufacturers in the industrial sector, giving you hands-on experience with actual industrial tools rather than simplified teaching replicas

- Specialized Industry 4.0 facilities: The program features cutting-edge labs including a collaborative and industrial robotics laboratory and a digital manufacturing laboratory with a fully automated continuous production process, where you'll experiment with the latest technologies shaping modern manufacturing

- 100% internship placement: Every student completes internships through agreements with more than 125 companies in the engineering sector, meaning you'll apply what you learn directly in professional environments

- Project-based learning with real-world problems: You'll work on complex cross-cutting group projects and tackle real-world projects through university-industry collaborative classrooms, where theory meets practical application

- Afternoon laboratory access: The program offers dedicated time in the afternoons for independent practical work, so you can experiment, create, and design on your own schedule

- DeustoTech and Deusto Moto Team involvement: Beyond standard coursework, you can develop your professional skills through these hands-on initiatives and collaborative projects

- Electronics instrumentation training: You'll gain practical experience with handling electronic instrumentation and creating new devices, developing the technical competence that companies actively seek

- Rigorous laboratory-based curriculum: More than half of the training emphasizes hands-on work in facilities equipped with industrial-standard equipment, not teaching replicas

The combination of designing electrical and electronic circuits, controlling industrial processes, and working with emerging technologies like robotics, microprocessors, and industrial automation means you're building a portfolio of real skills that employers value immediately. Graduates emerge as versatile professionals capable of adapting to multiple roles within organizations, with strong employability outcomes that speak for themselves.