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Degree description
The Master’s Degree in Robots Engineering focuses on the advanced training of professionals capable of leading the design, development and application of robotic systems in an international environment. The curriculum combines solid foundations in applied mathematics, numerical analysis and matrix theory with specific subjects such as distributed control, advanced robot planning and control, computer vision systems, experimental measurement techniques, advanced thermal analysis, finite element methods and electric propulsion control. It also addresses key areas of modern engineering such as intelligent equipment maintenance, service robotics, life cycle analysis and environmental sustainability. The training is complemented by cross-cutting competency subjects such as engineering ethics, scientific writing, English and Spanish, providing students with a comprehensive global preparation.
The programme combines theoretical and practical teaching through experiments, innovation projects, work placements and a master’s thesis. Teaching is delivered jointly by Beihang University and the Universitat Politècnica de València, reinforcing its international and multidisciplinary character. Graduates will be prepared to face technological challenges in strategic sectors such as the aerospace industry, automotive, advanced manufacturing, energy and healthcare, applying solutions based on robotics, artificial intelligence and advanced control. The degree fosters research capacity, innovation and collaborative work in global contexts, training professionals with a comprehensive vision and competencies to drive the transformation towards a more automated, efficient and sustainable industry.
Degree objectives
The objective of the programme is to train highly qualified professionals in the field of robotics who, through their technical training and cross-cutting competencies, are capable of driving the transformation towards a more automated, efficient and sustainable industry, thus responding to the growing global demand for robotics experts.
Students will acquire an in-depth knowledge of the fundamental principles governing the design and implementation of robotic systems, as well as of the emerging technologies that are transforming industry. Through a curriculum that combines theory and practice, understanding of key areas such as distributed control, advanced robot planning and computer vision is fostered, ensuring that graduates are equipped to apply effective solutions across various sectors.
Furthermore, the programme promotes the development of essential cross-cutting competencies such as professional ethics, effective communication and teamwork, which are indispensable for professional practice in an international work environment. The aim is for students to not only be experts in their field, but also responsible professionals committed to the sustainability and social impact of technology.
Career opportunities
The Master’s in Robotics Engineering is designed to prepare graduates to meet the demands of the constantly evolving robotics and technology sector. The following are the professional graduate profiles, aligned with the competencies required by industry:
These profiles have been defined considering current and future trends in the sector, ensuring that the training provided by the Master’s in Robotics Engineering is relevant and of high quality. The integration of technical competencies and cross-cutting skills will enable graduates to adapt to a constantly changing work environment and contribute to technological advancement in the robotics industry.
- Robotic Systems Engineer: This profile focuses on the design and development of complex robotic systems. Graduates will be able to implement innovative solutions in various applications, from industrial automation to service robotics, ensuring the efficiency and functionality of systems.
- Advanced Control Specialist: Graduates in this profile will focus on robot planning and control, using advanced predictive and robust control techniques. Their training will enable them to optimise the performance of robotic systems in dynamic and changing environments.
- Researcher in Robotics and Automation: This profile is oriented towards the research and development of new technologies in the field of robotics. Graduates will be able to contribute to innovation in the sector, developing new algorithms and methodologies that improve the interaction between robots and humans.
- Intelligent Maintenance Consultant: Graduates will be prepared to implement predictive maintenance and intelligent operation strategies for machinery and equipment. Their training will enable them to optimise processes and reduce operational costs across various industries.
- Computer Vision Systems Developer: This profile focuses on the creation and improvement of artificial vision systems for robotic applications. Graduates will be able to design algorithms that allow robots to interpret and react to their environment effectively.
Mainly aimed at
The Master’s is aimed at university graduates in the field of engineering and information technologies, interested in deepening their knowledge in Computer Engineering, Industrial Computing and Industrial Robotics, as well as related areas.
- Graduates in Computer Engineering, Industrial Computing, Industrial Robotics or equivalent Degrees.
- Graduates from other official degree programmes such as Industrial Engineering or Telecommunications Engineering.
Master’s structure
Credits: 60 ECTS
Compulsory: 30 ects | Electives: 18 ects | External placements: 0 ects | Master’s thesis (TFM): 12 ects
Work placements
Work placements not applicable.
Research and access to doctoral studies
The master’s degree is official, therefore it qualifies for access to doctoral studies.
Academic exchange / agreements with other universities
This degree will be taught at Beihang Valencia Polytechnic Institute (BVPI), a centre belonging to the Universitat Politècnica de València located abroad at Hangzhou International Campus, Zhejiang Province, People’s Republic of China.
Agreements will be established between UPV (Beihang Valencia Polytechnic Institute, BVPI) and Beihang University (BUAA) in order to obtain a double degree.
These agreements will establish the framework of collaboration between UPV (Beihang Valencia Polytechnic Institute, BVPI) and Beihang University, BUAA to set the conditions that students from these institutions must meet in order to obtain the academic degrees of Master’s in Robotics Engineering and the Master’s in Mechanical Engineering in Robots Engineering.
Master’s Thesis
The Master’s Thesis represents the final stage of the student’s training. It is a multidisciplinary work related to the subjects studied in the degree programme. In the preamble to the UPV framework regulations, which govern all phases of the process, the TFM is defined as “an autonomous activity of the student with the support of one or more supervisors where the final result must always be an individual work by the student, defended before a panel”. It is, therefore, an original exercise to be carried out individually and presented and defended before a university panel.
Objective of the Master’s Thesis
The main objective of a master’s thesis is to demonstrate the competencies acquired during the master’s training. Given its integrative nature, the theoretical and practical training acquired by the student will conclude with the preparation and defence of this final degree work, which will contribute to completing the development of all the competencies established for the degree.
