Mechatronics Engineering · Mondragon Unibertsitatea (MU)

Mondragon Unibertsitatea (MU) logo
Mondragon Unibertsitatea (MU)Arrasate
Higher Polytechnic School
Mechatronics Engineering at MU (Higher Polytechnic School, Arrasate): photo 1
Languages
Español
InstitutionPrivate
Duration4years
Modality
On-site 🏫

Presentation

General information about the degree

📚 General Description

The Bachelor's Degree in Mechatronics Engineering at MU Mondragon Unibertsitatea trains professionals to design, develop and maintain systems and products that integrate mechanics, electronics, computing and automatic control. The curriculum covers core subjects such as mathematics, physics, electronics, automation, mechanical design, robotics, programming and embedded systems, providing a comprehensive understanding of mechatronic systems.

✨ Specific Information

The degree combines theory and practice, encouraging project-based learning and collaboration with companies in the surrounding industrial community. Students have access to specialist laboratories and can participate in international mobility programmes such as Erasmus. The programme also includes compulsory company placements, helping students transition into the workplace and develop professional skills.

👤 Recommended Profile

This degree is recommended for students interested in technology, innovation and problem-solving, with skills in mathematics, physics and logical reasoning. It is ideal for creative people who can work as part of a team and are enthusiastic about advances in automation and robotics.

🚀 Further Study and Career Paths

After completing the degree, graduates can progress to university master's studies in related areas such as industrial engineering, automation or robotics, or enter the industrial, technology or service sectors directly, working in the development, maintenance and management of mechatronic systems.

More information

Explore its fields of study

Every programme in the fields this degree belongs to

Engineering, Manufacturing and Construction

Industrial Engineering/Production

Industrial and Production Engineering is the branch that turns ideas into real products: here you will learn to design, optimise and manage the processes that keep factories, aircraft, vehicles and complex technological systems running. It is where physics, mathematics and creativity come together to solve real-world problems. Automation and robotics applied to production lines Design and development of industrial products and mechanical systems Supply chain and logistics management Technologies applied to sectors such as automotive, aerospace, shipbuilding and biomedical engineering Optimisation of resources, quality and sustainability in production processes This path opens doors to key sectors of the global economy, from automotive multinationals to aerospace companies and industrial technology start-ups.

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Engineering, Manufacturing and Construction

Mechanical Engineering

Mechanical Engineering is the discipline behind almost everything that moves: from car engines and industrial robots to aircraft, medical equipment and energy systems. If you are fascinated by understanding how things work and want to design them yourself, this is the path for you. Design and simulation of parts and mechanisms with professional software such as CAD/CAE Thermodynamics, strength of materials and fluid mechanics applied to real projects Manufacturing and industrial processes: how what you design is built Automotive engineering, robotics, renewable energy and product design Teamwork on engineering projects with a practical approach You will be able to build your career in sectors such as automotive, aerospace, energy and manufacturing, where demand for professionals is very high.

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Engineering, Manufacturing and Construction

If you are passionate about understanding how things work and want to build the world of the future, this field is for you. Engineering, industry and construction encompasses everything involved in designing, creating and improving systems, structures and technologies that transform our everyday lives. Principles of mathematics, physics and chemistry applied to real-world problems Designing and developing electronic circuits, machines and automated systems Chemical engineering: materials, industrial processes and sustainability Telecommunications, networks and information technology Construction, structures and infrastructure planning Automotive engineering, robotics and intelligent control systems These studies open the door to sectors such as technology, energy, industry and construction, all with very high global demand for skilled professionals.

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