| The Degree in Mechanics and Industrial Computing is oriented to respond to the growing challenges of Industry 4.0, where the role of industrial computing is increasingly preponderant in the integration, control, and management of mechanically-based production processes. With a qualified teaching staff in the areas of Mechanics, Electronics and Computing, supported by appropriate workshop and laboratory resources, this degree aims to train highly qualified staff, providing these graduates with a strong applied and versatile technological knowledge, decisive for the competitiveness and productivity of modern industry. |
The Bachelor¿s degree in Mechanics and Industrial Computing provides a highly qualified and differentiating training in the current context of transformation and modernization of the industry. This is an innovative course whose learning objectives are aligned with the European strategy for Industry 4.0.
The training provided is based on science and technology so that future graduates can join the demanding job market and progress competitively.
Graduates in Mechanics and Industrial Computing have excellent versatility and career prospects in the current and future trends of companies that are increasingly invested in technology. Areas especially receptive to these graduates are Mechanics, Electronics and Information Technology and any and all integrations of these areas, including production, maintenance, robotics, transformation (production) of energy and energy efficiency, among others.
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In general, graduates in Mechanics and Industrial Computing can perform functions in different areas of the productive, commercial, or service providing sector, including:
» Industrial production;
» Industrial maintenance;
» Automation, Control and Robotics;
» Technological projects;
» Development, monitoring, control, and management of production processes;
» Equipment design, conception, and maintenance;
» Technical assistance and commercial support related to technological processes and equipment;
" Information systems;
» Consultancy and training.
More specifically, these graduates acquire the necessary skills to perform in:
» Industrial companies and other companies that employ technological means in their processes;
» Technology companies that employ modern integrated industrial production systems and that use the Industrial Internet of Things (IIoT) platforms, communication networks, and information systems to optimize operational efficiency;
» Companies in the automotive industry and other industries with classic or modern automation using industrial computing, information systems and computer networks or other devices for monitoring and controlling production processes;
» Companies that incorporate automation and robotics;
» Industrial companies and service providers operating in the fields of new forms of energy production and management, such as Wind, Solar and other areas;
» Consultancy and service providing companies in the field of industrial technology;
» Commercial areas using technological innovation in production processes, commercialization, implementation, and programming of equipment and systems.
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