• Name: Industrial Electronic and Automatic Engineering
  • Duration: 4 academic years structured into three-month terms
  • Study load: 240 ECTS credits
  • Format: Face-to-face
  • Timetables: Afternoon
  • Run by : School of Engineering and Technology
  • Qualification: Universitat Pompeu Fabra (UPF)
  • Fees: Check out the cost and financing options for the study program at the following link (Fees and financing)
  • Access: Find out about the different access routes and how to complete the university pre-registration process (Access)
  • Languages: Catalan, spanish and english
  • Minimum score: 5,000 (17/18)
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The studies are structured into eight periods of four months each including basic subjects (60 ECTS), compulsory subjects (132 ECTS), optional subjects (24 ECTS) and final project (24 ECTS). All the technical subjects have practices, wether in the subject itself or in laboratories for complete practices.

 

Objectives

Preparing the students to plan, manage and coordinate activities related to Industrial Electronic and Automatic Engineering, encouraging the entrepreneurship spirit and adaptation to different work environments.
 

WHY TAKE THIS BACHELOR DEGREE?

  • 1
    Specialization programs

    On the Bachelor Degree in Electronic Engineering, the elective programs enable you to specialize in the following areas:

    1 - Mechatronics: Integration of electronic technologies within the design of a mechanical component or system.

    2 - Electronics and Automation: Specialization in electronic design and automation.

  • 2
    Concurrent Program with Mechanical Engineering

    The option of taking the program concurrently means that, in just five years, you can also obtain the Bachelor Degree in Mechanical Engineering.

  • 3
    Employment Exchange

    The Employment Exchange helps students to join the professional world. This tool enables you to put the knowledge that you have acquired into practice, with either an internship or employment contract.

  • 4
    Internships

    TecnoCampus's close ties to the business community enable us to give students access to internships to consolidate their knowledge in a real professional environment. Each year, more than 700 students take part in the internship program in over 1,500 partner companies.

  • 5
    Internationalization. International studies and internships

    Study agreements and internships in different countries around the world. As part of our commitment to internationalization, we have partnership agreements in place with 105 universities in 34 countries to give you the opportunity to experience studying or taking an internship abroad.

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ENTRY PROFILE

Students who want to access this study program must have a good foundation of knowledge in mathematics and physics, as well as an aptitude for technology and a capacity for hard work.

Students who are going to take the Bachelor Degree in Industrial and Automated Electronic Engineering have to be interested in and passionate about the world of electronics, automation, industrial control and the diverse range of technological and industrial applications. This study program is suitable for students who, in their prior studies that qualify them for access (High School Baccalaureate, Vocational Training Programs, etc) have demonstrated a good capacity for mathematical reasoning, as well as for problem abstraction and solving. It is also advisable that they have aptitudes in terms of spatial conceptualization, the use of software tools and an adequate knowledge of English.

It is important that students taking the Bachelor Degree in Industrial and Automated Electronic Engineering demonstrate an interest in technological development, particularly in the field of electronics. Students should also be concerned about social and environmental problems. They must be aware of the dizzying pace at which science and technology are currently advancing and the multiple interconnections that exist between the two. Therefore, right from the start of the program, it is advisable that they have a reasonable capacity to adapt to changes, a desire to work in multidisciplinary environments and, of course, a great deal of motivations.

PROFESSIONAL OPORTUNITIES

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Development, implementation and maintenance of:

  • Control and automation systems
  • Energy control systems
  • Industrial electronic systems
  • Robotic systems
  • Industrial installations
  • Mechatronic systems
  • Smart energy network systems

Summary of acquired competences

Capacity for problem analysis and solving with initiative, critical reasoning, transferring knowledge and skills, teamwork, working in an international context and performing executive and management duties in the company.