Bachelor's Degree in Automation Electronic Engineering and Bachelor's Degree in Mechanical Engineering

5 Years On Campus Dual-bachelors Program

Autonomous University of Barcelona

Program Overview

The Bachelor’s Degree in Automation and Industrial Electronic Engineering + Mechanical Engineering at the Universitat Autònoma de Barcelona combines electronics, automation and mechanical design to prepare students for modern industrial environments. This programme is ideal for students interested in robotics, smart manufacturing and Industry 4.0, and covers areas such as electronic systems, industrial automation, machine design and production technologies.

Curriculum structure

Year 1:
Students start by building a strong scientific and engineering foundation. Subjects such as Mathematics, Physics, Computer Science, Chemistry, Engineering Graphics and Electrical Physics introduce core analytical skills and technical drawing knowledge needed for engineering design and problem solving.

Year 2:
The second year introduces core engineering topics that connect electronics and mechanics. Students study Circuit Theory, Electronic Systems, Theory of Machines and Mechanisms, Materials Science, and Thermal and Fluid Engineering, helping them understand both industrial control systems and mechanical behaviour.

Year 3:
During the third year, the programme becomes more specialised and practical. Modules such as Digital Electronics and Microprocessors, Automatic Control, Industrial Automation, Electronic Instrumentation, and Manufacturing Processes prepare students to design automated industrial equipment and production systems.

Year 4:
Students deepen their mechanical engineering knowledge and advanced design capabilities. Courses including Mechanical Technology, Design of Machines and Mechanisms, Fluid Engineering, Thermal Engineering, and Structures and Industrial Constructions focus on developing complete industrial systems and machinery.

Year 5:
The final year focuses on advanced technologies and professional preparation. Students study areas such as Advanced Control Techniques, Robotic Systems, Industrial Internet of Things, Computer-Assisted Engineering, and Advanced Manufacturing Methods, and complete final degree projects in both automation electronics and mechanical engineering.

Focus areas: industrial automation, industrial electronics, robotics systems, mechanical design, manufacturing technologies, control engineering, smart production systems

Learning outcomes: design automated industrial systems, integrate electronics and mechanical components, develop robotics solutions, optimise manufacturing processes, implement control systems, manage engineering projects

Professional alignment (accreditation): official double bachelor’s degree within the European Higher Education Area combining Automation and Industrial Electronic Engineering and Mechanical Engineering qualifications

Reputation (employability rankings): the interdisciplinary engineering profile combining automation, electronics and mechanical engineering is aligned with Industry 4.0 demands and valued by manufacturing, robotics and industrial technology sectors

Experiential Learning (Research, Projects, Internships etc.)

At the Autonomous University of Barcelona (UAB), our Bachelor's Degrees in Automation and Industrial Electronic Engineering and Mechanical Engineering (offered through affiliated schools like the Salesian University School of Sarrià) put practical skills front and center, so you're not just learning theory—you're building real-world expertise in automation, electronics, mechanical systems, and industrial processes. You'll dive hands-on into designing vehicles and subsystems, mastering circuit theory, electrical machines, control methods, and strength of materials through projects that mirror industry challenges, all while using UAB's top-tier engineering facilities to tackle everything from manufacturing processes to energy installations. This approach prepares you to lead multidisciplinary teams, manage industrial projects efficiently, and innovate in sectors like sustainable mobility and automation.

Here's how you'll gain that edge with specific hands-on opportunities tied to these programs::

- Laboratories and research-designated spaces: Work in advanced labs focused on microelectronics and electronic systems (via the Department of Microelectronics and Electronic Systems), plus facilities for vehicle mechanics, electronics, structures, and automation projects, including hands-on development of mechanical equipment, electrical installations, and industrial plants.
- Group projects and multidisciplinary teamwork: Collaborate on real engineering projects like drafting, signing, and executing industrial tasks—covering structures, vehicles, manufacturing automation, and quality management—assuming different roles in teams to solve problems in automotive and mechanical engineering.
- Software and digital tools: Apply computer science principles, graphic expression tools, and engineering software for simulations in elasticity, dynamics, vibrations, power electronics, and intelligent vehicle subsystems, following automotive industry standards.
- Industry-relevant skills for projects: Select materials, manufacturing processes, and thermal/fluid-mechanical systems in projects, evaluating social and environmental impacts—perfect for mechanical and automation engineering applications.

These experiences, backed by UAB's engineering ecosystem, will have you ready to jump into high-demand careers. Imagine applying right now to start building your future—spots fill fast!

Progression & Future Opportunities

At the Autonomous University of Barcelona (UAB), our Bachelor's Degree in Automation and Industrial Electronic Engineering and Bachelor's Degree in Mechanical Engineering (both offered through affiliated schools) put you right in the heart of hands-on learning, building real-world skills in automation, electronics, control systems, mechanical design, and industrial processes. You'll master practical tools like circuit theory, electrical machines, vehicle mechanics, and manufacturing systems through project-based work that mirrors industry challenges, all while using UAB's top-tier engineering facilities to design, test, and optimize solutions for everything from energy installations to automated production lines.

This means diving into multidisciplinary team projects where you'll plan industrial engineering tasks, manage resources efficiently, and collaborate on everything from mechanical equipment assembly to electronic subsystems—preparing you to lead in sectors like automotive and sustainable manufacturing:

- Specialized laboratories and equipment: Access advanced setups for electronics, automation, and control, including hands-on work with electrical machines, power electronics, and intelligent subsystems tailored to industrial and automotive applications.
- Department of Microelectronics and Electronic Systems: Dedicated facilities for microelectronics research and electronic systems development, supporting your training in automation and electronics.
- Multidisciplinary group projects: Collaborate in teams on real engineering projects involving structures, mechanical equipment, energy installations, vehicles, and manufacturing automation, applying quality principles and regulations.
- Industry-focused skills integration: Use principles of thermal engineering, fluid mechanics, materials selection, and vehicle structural design in practical problem-solving, with an emphasis on social and environmental impacts.
- Research-grade tools and cleanrooms: Leverage high-end scientific equipment like atomic force microscopes, net rooms for nanolithography, and anechoic chambers available through UAB's engineering ecosystem for cutting-edge electronics and automation experiments.

These experiences don't just teach theory—they equip you to launch your career confidently.