Bachelor's degree in Mechanical Engineering

4 Years On Campus Bachelors Program

University of Deusto

Program Overview

The Bachelor's degree in Mechanical Engineering at the University of Deusto equips you with hands-on skills in mechanical technology, mechanism design, manufacturing process improvements, and ensuring machine quality and safety—perfect if you're passionate about creating efficient systems in high-demand fields like automotive and machine tools. It's ideal for motivated students who thrive in practical labs and real-world projects, with options to extend into a double degree with Industrial Design Engineering for product development or pursue a Master's for full industrial engineer status.

Curriculum Structure
First Year
You'll kick off with a solid foundation in math and physics, diving into core concepts like Calculus I, Physics I, and Chemistry to understand the building blocks of mechanical systems. This year emphasizes basic engineering principles through hands-on labs, helping you apply theory right away while building teamwork skills in Deusto's dynamic environment. It's designed to spark your curiosity about how materials and forces shape real machines.

Second Year
Building momentum, you'll explore Statics, Materials Science, and Thermodynamics, learning to analyze structures and energy systems that power everyday engineering. Labs let you experiment with material properties and mechanical behaviors, turning abstract ideas into prototypes you'll test and refine. This phase sharpens your problem-solving for practical challenges like stress analysis in designs.

Third Year
Here, things get exciting with advanced topics like Dynamics, Machine Design, and Manufacturing Processes, where you'll design mechanisms and optimize production lines. You'll use Deusto's cutting-edge facilities, including DeustoTech labs, to simulate real industry projects and ensure safety standards. It's where creativity meets precision, preparing you for innovative roles.

Fourth Year
Cap it off with capstone experiences in Machine Safety, Quality Control, and project management, integrating everything into final-year internships with over 125 partner companies. You'll tackle automation, robotics, and process optimization, gaining the versatility employers crave in the Basque Country's thriving engineering scene. Graduates emerge ready to lead with specialized mechanics expertise.

Focus Areas
Specialization in mechanical systems, structure calculations, mechanism and product design, manufacturing process improvements, machine quality, and safety—tailored for automation, robotics, electronics innovation, and process optimization.

Learning Outcomes
Acquire versatile skills as an Industrial Technical Engineer with high mechanics specialization: design mechanisms, enhance manufacturing, ensure safety, adapt to industry demands, and collaborate on real projects via labs and company agreements.

Professional Alignment (Accreditation)
This 240 ECTS program aligns with regulated industrial engineering paths; pair it with the Master's in Automotive Design and Manufacturing or Industrial Engineering for official industrial engineer qualification and broad competences in technology, management, and project leadership.

Reputation (Employability Rankings)
Deusto Engineering boasts strong employability, with 8 out of 10 students recommending it and a professional profile in high demand in Basque automotive/machine tool sectors—versatile grads secure roles via 125+ company partnerships and practical training. Official sessions highlight top rankings in learning-by-doing and job outcomes.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Deusto, our Bachelor's in Mechanical Engineering dives right into hands-on learning from day one, so you'll build real-world skills in designing mechanisms, testing structures, and optimizing manufacturing processes using state-of-the-art labs and tools. You'll get plenty of time in practical sessions to apply theory—like experimenting with materials, mechanical systems, and machine safety—across more than 25 dedicated engineering laboratories that can handle up to 700 students for classes or independent work. This setup, combined with our strong industry ties, means you're not just studying engineering; you're doing it, with tools like those in the Deusto FabLab for cutting-edge digital fabrication.

Here's what makes our experiential learning stand out for Mechanical Engineering students, giving you that edge employers love:

- Deusto FabLab: A MIT-backed digital manufacturing lab with 3D printers, milling machines, laser cutters, and more—perfect for prototyping innovative mechanical designs and joining the global FabLab network for real projects.
- Hands-on laboratories: Over 25 specialized labs for mechanics, structures, materials testing, and production systems, where you apply classroom knowledge to practical cases like machine design and quality control.
- Mandatory internships: Partnerships with over 125 engineering companies, including automotive and machine tool sectors, offering placements that often lead to full-time jobs—our grads are versatile pros ready for industry demands.
- Group projects and practical training: Team-based work on real-world applications, like developing products for companies, plus options like DeustoTech projects that put your skills to use for actual users.
- Digital tools and software access: Cutting-edge tech in FabLab for digital fabrication (e.g., FabAcademy program with MIT), plus lab equipment for simulation, modeling, and advanced manufacturing processes.

Progression & Future Opportunities

At the University of Deusto's Bachelor's in Mechanical Engineering on the Bilbao Campus, you'll dive into hands-on learning right from the start, applying theory to real-world mechanical systems, structures, and production design in dedicated labs where you can create, test, and refine your ideas. Students rave about how practical it is—using machines early on, tackling projects that mimic industry challenges, and building skills in everything from manufacturing processes to machine safety. This isn't just classroom stuff; it's where you gain the confidence to design mechanisms, optimize products, and innovate with cutting-edge tools, all backed by strong ties to over 125 engineering companies for seamless real-world transitions.

Here's what sets our experiential learning apart, tailored specifically to Mechanical Engineering:
- Deusto FabLab: A state-of-the-art digital manufacturing lab (part of the global MIT Fab Lab network) equipped with 3D printers, milling machines, laser cutters, and digital fabrication tools—perfect for prototyping mechanical designs and experimenting with new materials and innovation.
- Specialized engineering laboratories: Hands-on spaces for testing materials properties, structures, mechanical systems, and applying theory to practical cases like machine design and quality assurance.
- Mandatory internships: Guaranteed placements with 125+ partner companies in high-demand sectors like automotive and machine tools, often leading to job offers, giving you real industry experience and employability edge.
- Group projects and real-user development: Collaborative work through DeustoTech, where you build projects for actual companies and users, honing teamwork on mechanism design, process improvement, and production systems.
- FabAcademy program: Advanced digital fabrication training with weekly hands-on projects, global MIT classes, and 30+ hours/week of practical work using FabLab tech—ideal for mechanical innovation.