Bachelor's degree in Industrial Design Engineering

4 Years On Campus Bachelors Program

University of Deusto

Program Overview

The Bachelor's degree in Industrial Design Engineering at University of Deusto is a hands-on 4-year program (240 ECTS) on the Bilbao Campus, blending new technologies, communication, and environmental awareness to create innovative projects that meet real market needs. It's perfect for creative problem-solvers with strong skills in physics, chemistry, math, and English, who thrive in collaborative, project-based learning and want to turn ideas into tangible products using tools like 3D printing and design thinking.

Curriculum structure
First year
You'll build a solid foundation in core sciences and design basics, diving into Ciencia y procesamiento de materiales to understand material properties and how they're shaped for products, while exploring Estética e Historia del Diseño to grasp the evolution of aesthetics and cultural influences on design. This year sets you up with essential graphic representation tools and principles of business management, helping you sketch and pitch your first concepts confidently.

Second year
Here, creativity ramps up with Diseño gráfico for mastering visual communication and digital tools, alongside hands-on prototyping in subjects like digital fabrication. You'll experiment in the digital manufacturing lab—endorsed by MIT—with 3D printers, laser cutting, and scanning to bring sketches to life, fostering a "learning by doing" mindset through teamwork and real-world case studies.

Third year
Focus shifts to user-centered innovation with Ergonomía to design for human needs, Ingeniería de Producto for engineering robust solutions, and Innovación y Emprendimiento to spot market trends and launch ideas. Courses like Comunicación y Marketing and Diseño Estratégico y Competitividad teach you to align designs with business goals, including sustainability and "Design for All," preparing you for collaborative projects with companies.

Fourth year
Capstone experiences dominate, integrating everything through advanced projects in Gestión de Proyectos y Aspectos Legales to manage real timelines and regulations, plus electives in digital fabrication or thematic design projects (6-24 ECTS). You'll refine skills in prototyping, testing, and market validation, often partnering with industry for internships that lead straight to job offers.

Focus areas
Digital fabrication (3D printing, CNC, laser cutting), design thinking (observation, prototyping, implementation), sustainability/ethics, ergonomics, product engineering, innovation, and strategic marketing—backed by a MIT-endorsed lab for turning concepts into market-ready prototypes.

Learning outcomes
Design, implement, and validate innovative products; apply technologies for user needs and trends; collaborate in co-creation with global pros; generate value through sustainability, ethics, and "Design for All"; master tools for graphic representation, prototyping, and business integration.

Professional alignment (accreditation)
This official degree equips you for regulated roles in product development/manufacturing, with strong ties to automotive, machine tools, and consumer goods sectors via internships and company projects—pair it with doubles like Mechanical Engineering for in-demand profiles.

Reputation (employability rankings)
Deusto prioritizes employability with guaranteed internships (often leading to jobs), real company collaborations, and practical labs; alumni highlight seamless theory-to-practice transitions, with high demand for grads in innovation-driven fields—no specific QS/Guardian rankings listed, but official stats emphasize 100% on-campus placement focus and international double degrees.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Deusto's Bachelor's in Industrial Design Engineering, you'll dive right into hands-on learning from day one, building real-world skills through prototyping, testing, and collaboration in a program that's all about turning ideas into tangible products. Right in the heart of Bilbao, our Deusto FabLab—a digital fabrication hub backed by MIT—gives you access to cutting-edge tools like 3D printers, CNC machining, laser cutters, and scanners, so you can design digitally and make it physical on the spot. You'll master design thinking via observation, analysis, iterative prototyping, and company-partnered projects that emphasize innovation, sustainability, and user needs.

Here's how our experiential learning ramps up your skills with specific program features:
- Deusto FabLab projects: Prototype lamps, models, and products using 2D/3D modeling, additive/subtractive manufacturing (3D printing, CNC, laser cutting), and experimental digital techniques in courses like Digital Fabrication Technologies.
- Thematic Design Projects: Tackle 6-24 ECTS autumn/spring challenges combining English-taught courses with hands-on fabrication for exchange or core students.
- Group and collaborative work: Team up on design thinking assignments, company collaborations, case studies, and workshops that apply creativity to industrial production.
- FabAcademy program: Join this MIT-led digital fabrication course (since 2016) for weekly hands-on projects, global classes, and 30+ hours/week mastering advanced tools.
- Internships: Mandatory placements with 125+ engineering firms, often leading to job offers, boosting employability in real industrial settings.

Progression & Future Opportunities

At the University of Deusto's Bachelor's in Industrial Design Engineering, you'll dive straight into hands-on learning that turns your ideas into real-world prototypes, building practical skills from day one through projects, internships, and collaborations with companies. The program's Deusto FabLab—a digital manufacturing lab backed by MIT—lets you experiment with cutting-edge tools like 3D printers, CNC machining, laser cutting, and scanning to create and test designs on the spot. You'll master digital fabrication technologies, blending computer-aided design (CAD) with physical making, so you leave ready to innovate in industry.

Here's what makes this experiential learning so powerful:
- Group projects and thematic design work: Tackle collaborative assignments like designing and fabricating a lamp using FabLab methods, exploring 2D/3D modeling and experimental prototyping in teams.
- Specific software and digital tools: Gain expertise in CAD for 2D drawing and 3D modeling, plus computer-aided manufacturing (CAM) integrated with FabLab's additive/subtractive tech.
- Internships: Mandatory placements with over 125 engineering companies, often leading to full-time offers, emphasizing employability from the start.
- Laboratories for hands-on training: Deusto FabLab as the core hub for Industrial Design students, part of a global MIT network of 660+ labs for prototyping via Design Thinking.
- Research and innovation focus: FabLab drives research projects, including FabAcademy (a 5-month MIT-led digital fabrication program with weekly hands-on challenges).