Bachelor's in Industrial Electronics Engineering

At Mondragon University, our Industrial Electronics Engineering program puts you right in the heart of hands-on learning, where you'll design, build, and test real-world electronic systems like robotic automation and energy storage tech from day one. You'll dive into practical challenges that mirror industry needs, using cutting-edge tools to develop electronic equipment, automate processes, and even create controls for electric vehicles—all while getting direct feedback from pros in the field. This learn-by-doing approach means you're not just studying theory; you're building skills that companies crave, boosting your employability from the start.

Here's how we make experiential learning come alive for you:
- Dual training with paid work experience: Starting in your second year, you'll get a €500/month grant while alternating university and company work, including an in-company End of Degree Project that feels like your first real engineering job.
- Labs for electronics and automation: Hands-on work in specialized facilities at the Arrasate-Mondragón campus, tackling subjects like Power Electronics, Robot Systems, Microprocessors, and Control Engineering with actual programmable devices, circuits, and industrial tools.
- Group projects on real challenges: Collaborative assignments where teams design, implement, and optimize systems like advanced controls and energy storage, adapting to company realities for skills in analysis, synthesis, and teamwork.
- Industry-ready software and digital tools: Training in programming for networks, automation software, and simulation tools tied to courses in Industrial Electronics and Advanced Control.

At Mondragon University, our Industrial Electronics Engineering program puts you right in the heart of real-world action from day one, so you build hands-on skills in designing electronic circuits, programming devices, automating industrial processes, and even creating robotic systems. You'll tackle practical challenges that mirror what companies need, using top-notch tools and facilities at our Arrasate-Mondragón campus to develop, test, and industrialize equipment for everything from electric vehicles to energy storage systems. This learn-by-doing approach means you're not just studying theory—you're ready to step into a job where you optimize production, control robots, and innovate sustainable tech.

Here are some standout ways you'll gain that edge::
- Dual training from year 2: Alternate between classes and paid work (€500/month stipend), including an in-company End of Degree Project for your first real engineering experience—over 95% of dual students land jobs, often with their training company.
- Labs for electronics and automation: Work on electrotechnics, microprocessors, power electronics, robot systems, and advanced control in dedicated facilities, fine-tuning circuits and systems to meet industry safety and quality standards.
- Group projects and challenges: Collaborate on designing robotic systems, home automation, and industrial processes, applying subjects like Electronical Technology and Energy Storage Systems to solve company-relevant problems.
- Programming and digital tools: Gain expertise in programmable devices, networks, and software for automation, control engineering, and robot programming right in your coursework.

This is your chance to apply now and turn your passion for electronics into a high-demand career—spaces are limited to 60 per year.