Government Pavilion, C/ Padre Herrera s/n
Post Office Box 456
38200, San Cristobal de La Laguna
Santa Cruz de Tenerife - Spain
Switchboard Tel.: (+34) 922 31 90 00
Hours: Mon, 8:00 a.m. to 9:00 p.m.
General information
- Respond to the demand of the industrial sector, which needs to incorporate professionals capable of combining knowledge of industrial processes, robotics and computer skills applied to such processes.
- Interdisciplinary specialization in the common area of industrial production environments and Information and Communications Technologies, both at the level of software and hardware tools: PLCs, robots, SCADA systems, field buses, simulation tools, and other devices are essential elements for the operation of today's production systems.
- Training of researchers and professionals in the common field of industrial production environments and Information and Communications Technologies
- Design, develop and implement digital systems for industrial automation
- Analyze industry data to extract valuable insights and propose improvement solutions at all levels of the company (field, production planning, and management).
- Development of programming solutions in industrial environments (both at the operational and management levels).
- Development of solutions for the management of digital information in the industry.
- Program artificial intelligence systems in different industrial systems.
- Development of additive manufacturing solutions (3D printing).
- Implementation of cloud computing and industrial IoT systems.
- Programming of mobile robots and manipulators.
- Deploy and configure industrial communications networks.
- Those who continue their training in research will be able to pursue doctoral studies. In particular, the Master's in Industrial Computing and Robotics is aligned with the ULL's doctoral program in Industrial, Computer Science, and Environmental Engineering.
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Specific
- CE01 Ability to apply data analysis techniques and intelligent techniques in robotics and/or industrial computing
- Ability to develop applications, implement algorithms and manage data structures efficiently in programming languages, especially those used in robotics and/or industrial computing
- Ability to develop and program complex applications, including multithreading and/or multiprocessing and/or distributed processes
- Ability to use and develop code and libraries that allow capturing the environment and acting upon it in robotic and/or industrial systems
- Ability to use and develop code and libraries that allow for computer vision or augmented reality on robotic and/or industrial systems
- Ability to design, simulate and/or implement technological solutions that involve the use of robots and/or industrial computing systems in an environment, considering ethical and legal aspects.
- Ability to use and develop communication systems for application to robotic and/or industrial systems
- Ability to use, simulate and design mechanical systems used in robotic and/or industrial environments
- Ability to define, design and project automated production systems and advanced process control
- Ability to use, simulate and implement traditional or emerging manufacturing technologies used in robotic and/or industrial systems
- Ability to achieve optimization, efficiency and sustainability in the development of robotic and/or industrial and/or metaheuristic systems
- Ability to develop cyber-physical systems, the Internet of Things, and/or cloud computing-based techniques
- Ability to carry out a project in the field of Industrial Computing and Robotics
- Although a specific degree is not required to pursue a master's degree, there are some skills that are considered especially suitable for these studies, such as those acquired in Engineering, Technical Engineering, Architecture, Technical Architecture, or degrees related to Engineering or Computer Science. Also, depending on the specialty pursued, graduates in Mathematics, Physics, or similar sciences may fit the recommended profile, among others.
