Degree in Industrial Electronics Engineering

4 Years On Campus Bachelors Program

University of Navarra

Program Overview

The Degree in Industrial Electronics Engineering transforms you into a professional capable of designing, developing, and improving industrial electronic systems that power modern machinery and automation. You'll master the creation of industrial control systems, electronic components, and automation solutions across manufacturing, healthcare, banking, and smart home applications.

Curriculum Structure

First Year
Your foundation begins with core engineering principles in electronics, mechanics, and industrial systems. The entire first year is available in English, making it accessible whether you're an international student or simply prefer English-language instruction. You'll develop the fundamental knowledge needed to understand how industrial equipment operates and the role electronics plays in automation.

Second Year
As you progress, you'll deepen your technical expertise while choosing your specialization pathway. From year two onward, English remains integrated into 20-30% of coursework, depending on your chosen focus area. You'll begin exploring advanced topics like electronic technology, manufacturing of electronic systems, and mechanics—subjects that form the backbone of industrial design.

Third and Fourth Years
In your final years, you'll apply your knowledge to real-world challenges through specialized modules. Depending on your chosen pathway, you might focus on Data Analytics and machine learning for predictive industrial processes, Computer Science with software development for Industry 4.0 applications, or Hacking and Making projects that integrate Arduino programming, additive manufacturing, and circuit design. These years emphasize hands-on learning, with projects eligible for international competitions.

Focus Areas

Data Analytics & Big Data | Computer Science & Software Development | Hacking & Making (Do-It-Yourself Projects)

Learning Outcomes

Design and develop industrial electronic control systems and automation equipment; analyze and optimize industrial processes; create software solutions for web, mobile, and Industry 4.0 applications; apply machine learning to solve real-world engineering challenges.

Professional Alignment

This degree is certified with the EUR-ACE international seal of excellence, confirming it meets rigorous professional engineering standards. Upon graduation, you can pursue the Master's Degree in Industrial Engineering by completing just 18 additional ECTS credits, positioning you for advanced career progression and the professional title of Industrial Engineer in Spain.

Reputation & Employability

The program is delivered through Tecnun, the School of Engineering at Universidad de Navarra—a respected institution known for producing graduates in demand across industrial sectors. The curriculum is specifically designed to build profiles that companies actively seek, with specialization pathways in emerging fields like data analytics and Industry 4.0 that align with current market needs.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Navarra's Tecnun School of Engineering, our Degree in Industrial Electronics Engineering immerses you in hands-on learning from day one, building real-world skills in designing, developing, and optimizing electronic systems for machines, automation, and industry 4.0 applications. You'll dive into practical projects using cutting-edge tools like Arduino programming, data analytics for industrial processes, and software development for web/mobile apps and simulations, all while tackling multidisciplinary challenges that mirror what top companies demand. This isn't just theory—it's about creating electronic control systems, sensor networks, and smart devices through collaborative, project-based work that prepares you to lead in electronics innovation.

Here's how our experiential learning stands out, tailored specifically to this degree:
- Multidisciplinary DIY projects in Hacking and Making: Work on Arduino programming, additive manufacturing (3D printing), printed circuit design, and app development, with opportunities to compete in international Making & Hacking contests.
- Data analytics and machine learning tools: Apply Big Data skills to real projects in health, industrial processes, banking, and home automation for predictions and diagnostics.
- Software design and development: Specialize in creating software/programs for web apps, mobile apps, 3D simulations, and Industry 4.0 systems.
- LabVIEW introduction and simulation tools: Hands-on training in LabVIEW for measurement/instrumentation, plus modeling, simulation techniques, and computational fluid dynamics.
- Industrial electronics labs and practices: Theoretical-practical sessions designing/implementing systems like sensorization for safety, power electronics, electrical systems, and automated manufacturing with robots.
- EUR-ACE certified curriculum with electronics focus: Enrich your profile with subjects in electronic technology, manufacturing of electronic systems, mechanics, and power electronics, all in state-of-the-art facilities.

Imagine applying right now to gain these skills and launch your career—our program even offers the first year fully in English if you qualify.

Progression & Future Opportunities

Why the Degree in Industrial Electronics Engineering at Universidad de Navarra is Your Path to Real-World Impact

Imagine designing the electronic control systems that power everything from aircraft to manufacturing plants, or programming robots that handle everything from delicate surgical procedures to hazardous material removal. That's what you'll be doing as a graduate of Universidad de Navarra's Degree in Industrial Electronics Engineering—and you'll start gaining these practical skills from day one, not years from now.

At Universidad de Navarra, you don't just learn theory in lecture halls. You become a professional with hands-on capacity for designing, developing, and improving industrial electronic systems and components. The program gives you genuine exposure to the tools and workflows that companies actually use, combined with opportunities to work on real projects that you can even submit to international competitions.

Here's what makes this degree genuinely different in terms of practical experience:

- Arduino programming and additive manufacturing: You'll work on multidisciplinary Do-It-Yourself projects that integrate knowledge from different engineering branches, including Arduino programming and design of printed circuits
- Hacking and Making competitions: Your coursework projects can be submitted to international Making & Hacking competitions, giving you real-world recognition and portfolio material
- Specialized technical pathways: Choose to deepen your expertise in Data Analytics (working on projects in health, industrial processes, banking, and home automation), Computer Science (software design for web applications, mobile apps, and 3D simulations), or Hacking and Making
- EUR-ACE international certification: Your degree carries the EUR-ACE international seal of excellence, confirming that the program meets professional engineering standards across Europe
- English-language instruction: Study your entire first year in English (B2 level or equivalent), with 20–30% English content continuing into subsequent years, preparing you for global engineering roles

The curriculum is built around 240 ECTS credits across four academic years, covering mechanics, electronic technology, and manufacturing of electronic systems—giving you a complete technical foundation without sacrificing depth.