Bachelor's Degree in Automation and Industrial Electronic Engineering

Specific skills

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Knowledge

• Identify the training needs that will be useful to successfully address new situations related to electronic and automatic industrial engineering.
• Identify the necessary legislation for the practice of the profession of electronic industrial technical engineer.

Skills

• Apply the knowledge specific to electronic industrial engineering in the learning of new methods and theories.
• Demonstrate the advantages and opportunities of different solutions to the same problem in a critical and constructive manner.
• Correctly use, when pertinent, the mandatory specifications, regulations, and standards.
• Apply quality principles and methods.
• Apply the appropriate legislation for the practice of the profession of electronic industrial technical engineer.

Competences

• Design within the field of electronic and automatic industrial technical engineering.
• Develop projects within the field of electronic industrial technical engineering.
• Manage projects within the field of electronic industrial technical engineering.
• Solve industrial engineering problems by interpreting relevant data, with initiative, decision‑making and creativity, in order to provide innovative responses to society’s needs and demands.
• Produce professional documents and scientific‑technical reports according to the conventions of the field of electronic industrial technical engineering.
• Communicate information, ideas, problems and solutions effectively, with the support of appropriate information and communication technologies, to both specialized and non‑specialized audiences.
• Carry out measurements, calculations, valuations, appraisals, expert assessments, studies, reports, task plans and other work typical of the field of electronic technical engineering.
• Develop the planning of activities, personnel and resources in companies, organizations and institutions.
• Properly organize activities, personnel and resources in companies, organizations and institutions.
• Act effectively within a multilingual and multidisciplinary team.
• Carry out an individual project, in the field of the specific technologies of electronic industrial engineering of a professional nature, synthesizing and integrating the knowledge, skills and competences acquired during the studies, including its defence before a university examination committee.
• Act in the professional practice of industrial engineering with ethical responsibility and respect for fundamental rights and duties, diversity and democratic values, gender inequality issues, and social, economic and environmental impact.