Degree in Industrial Organization Engineering + Specialist Course in Artificial Intelligence Applied to Business

The degree is designed for individuals who have a clear vision of their professional and personal goals, demonstrate maturity, and contribute to the mutual growth of their peers. The aim is to provide candidates with an environment where they can build meaningful, long-term relationships with classmates, professors, alumni, and the institution.

In general, candidates studying at the university should have the following qualities:

• Leadership: The university seeks candidates with the ability to work in teams, self-confidence, initiative, resilience under pressure, strong communication skills, and a high sense of ethics.
• Academic background and professional motivation: Candidates must have completed the necessary studies for admission to the Spanish university system within a reasonable timeframe and with satisfactory academic performance. Additionally, previous professional experience, as well as any complementary training included in the application, will be considered a positive factor.
• Languages: Given the university's international and global focus, proficiency in English, as specified below, is an important admission requirement evaluated during the selection process. Likewise, non-Spanish-speaking students must demonstrate the required proficiency level in Spanish to pursue their studies. Any additional language proficiency will also be considered a distinguishing factor during the admission process.

Personal characteristics:

• Entrepreneurial spirit.
• Global citizens.
• Leadership capacity.

Training objectives:

• A prestigious international institution.
• Flexibility in the curriculum.
• Innovative learning methodologies.
• Personalized teaching: small groups, tutoring systems.
• Practical approach oriented to the job market: workshops, conferences, work placements.
• Exchange programs with universities around the world.
• Comprehensive training.

In addition to the general profile of students at this university, those enrolled in the Degree in Industrial Organization Engineering should demonstrate the following specific characteristics related to the program:

Personal characteristics:

The following criteria are indicative and will always comply with non-discrimination policies regarding race, nationality, ideology, sex, or religion. The following qualities will be considered an asset:

• Interest and curiosity about culture, both their own and that of other regions.
• Intellectual curiosity and a strong desire to explore the role of intercultural political communication, understand the rules governing contemporary societies, and examine how international social actors interact and innovate in their decision-making processes.
• Strong skills in oral and written expression.
• International experience, either through travel or academic exchanges.
• A deep understanding of ethics as the fundamental driver of human decision-making.

Academic characteristics:

The recommended academic profile aligns with the admission requirements outlined on this website. Additionally, the program seeks an interdisciplinary, inclusive, and diverse student body, recognizing the value that different backgrounds bring to the learning experience.

This interdisciplinary, inclusive, and open profile refers to post-compulsory secondary school students who wish to access the degree, highlighting that no specific baccalaureate branch is required for admission. The diversity of academic backgrounds among students is seen as an asset, contributing to a richer teaching and learning environment. Although there is no recommended entry profile and no restrictions are placed beyond those established by the state university regulations on access, and also considering the multidisciplinary nature of the Degree in Industrial Organization Engineering, it is complex to design a specific and suitable entry profile. In any case, it would be appropriate for students who are going to begin the studies leading to this degree to have certain academic characteristics that should be acquired in high school or equivalent studies, such as knowledge related to sciences, like mathematics (additionally physics and chemistry), and to handle engineering concepts that in some way allow a better adaptation to the contents that will later be developed in the degree. These profiles would match that of graduates of the Baccalaureate of Science and Technology or Higher-Level Vocational Training Cycles linked to electronics, industrial automation, and the application of computers in industry and technology in general.