Master's Degree in Robotics and Control Systems
Mondragon Unibertsitatea
Key Information
Campus location
Arrasate, Spain
Languages
Spanish, English
Study format
On-Campus
Duration
18 months
Pace
Full time
Tuition fees
EUR 8,778 / per year *
Application deadline
Request info
Earliest start date
Request info
* 1st year: 8,778 euros / 2nd year: 4,389 euros
Introduction
The main objective of the degree is to train experts capable of automating, controlling, maintaining and providing intelligence to industrial processes and autonomous systems.
We highlight
- Specialization in cutting-edge technologies
- Very practical approach
- Reference laboratories
- Half-time job
Methodology
Mondragon Unibertsitatea offers advanced training based on its own teaching-learning methodologies:
- Dual itinerary.
- 2 days in the classroom and 2 1/2 days of paid internships in the company from the beginning of the course. The third semester is carried out entirely in the company.
- Active methodologies, based on the realization of multidisciplinary projects (Project Based Learning, PBL) and with the feedback of teachers promoting continuous learning.
- Continuous assessment.
- End of Master's Project in Companies and Technological Centers of reference.
- Bilingual model.
- Autonomous Learning.
- Participation in research lines.
- Practices in laboratories with advanced equipment.
- Visits to companies and technological centers of reference.
Dual Program
Mondragon Unibertsitatea is a practical university, immersed in business reality and that provides students with different learning experiences in business environments (dual training, study-work alternation, and final degree / master projects).
We have a large network of collaborating companies that integrate the dual training experiences of students as a strategy to attract and retain young talent. These companies also help students to integrate their final bachelor / master project into the larger research and transfer projects that they carry out together with Mondragon Unibertsitatea .
All these training experiences in business environments last between 10 months and 3 years depending on the modality and have a financial aid bag.
Ideal Students
Addressed to
University graduates in Industrial Electronics Engineering, Energy Engineering and Mechatronics Engineering. With training complements: other engineering.
Career Opportunities
Qualified for
- Engineering Departments.
- R&D&i departments.
- Consulting and engineering services.
- Research or technological centers.
- Teaching.
Job Profile
Recent Graduates
- Designers, developers and/or programmers of robotic, control and automation systems.
Short/medium term
- Consultant in robotics, automation and control systems.
- Product Manager.
- Researcher in technology centers or R&D units.
Long term
- R&D&I Director.
- Responsible for research in technology centers.
- Responsible for design and management of automated plants.
Work areas
Taking into account the increasing use of robots and autonomous systems in industry and society, the areas and scopes of work are very extensive:
- Advanced manufacturing.
- Industry 4.0, digital and connected.
- Artificial vision.
- Machine tool.
- Biohealth sector.
Program Outcome
The main objective of this master's degree is to automate, control, maintain and provide intelligence to industrial processes and autonomous systems, directing innovative projects that guarantee their availability using and integrating cutting-edge technologies, in both industrial and scientific environments, and with the ability to advise on alternatives. most appropriate considering the user specifications and current regulations. To this end, the students will be trained to:
- Identify the need for an industrial process or an autonomous system in the field of electromechanical drives and select the most suitable one.
- Design, develop and implement data preprocessing and modeling techniques to predict, classify and group data, being able to interpret and validate the models created for knowledge extraction
- Model and simulate the kinematics and dynamics of robots of different types in industrial environments
- Program a robot so that the desired kinematic behavior is obtained.
- Build a custom device to control a process or an autonomous system.
- Obtain physical signals from sensors and design the appropriate conditioning for their transfer to control systems in both industrial and non-industrial contexts.
- Select relevant theories and methods from the fields of perception and apply them in a new context.
On the other hand, the learning results achieved in this Master are adapted to Level 3 of the MECES (Spanish Framework of Qualifications for Higher Education).
Curriculum
1st Course • 1st semester
- Artificial vision
- Data analytics
- Robotics: Mechanics, Modeling and Simulation
- Robot Programming
- Analysis of Sustainable Digital Control Systems
- Sensors and Capture
- Data visualization
- Innovation direction
- Internships in Alternation I
1st Course • 2nd semester
- Electromechanical Drives
- Cybersecurity Regulations (*)
- Alternative Project Management Approaches (*)
- Internships in Alternation II (*)
Specialty: Autonomous Systems
- Mobile Robotics
- Technologies for the Internet of Things
- Perception
- Deep Learning
- Robotic Control Systems
- Signal Treatment
Specialty: Automation
- Industrial Communications
- Human/Machine Interfaces and Supervision, Control and Data Acquisition
- Advanced Automata Programming
- Synchronized Axes Control
- Machine Safety
- Hydraulic Drives
Research Itinerary
2nd year • 1st semester
- Quantitative methods for research
- Methodological guidelines for the preparation of a doctoral thesis
- Production of scientific texts
- Research project management
- Modeling and simulation
- Master's Final Project
Academic Itinerary
2nd year • 1st semester
- Master's Final Project
- Business practice
Admissions
Program Tuition Fee
Scholarships and Funding
University's Own Aid
Work while studying a Master in Engineering
We offer you the possibility of combining studies with part-time work.
Bekabide
With the BEKABIDE program we adapt payments to the economic possibilities of students and their families.
We carry out a personalized study taking into account the expenses and income that would be involved in studying at Mondragon Unibertsitatea , taking into account the student's family economic situation and applying the established criteria to be a beneficiary of the program.
Help for alternating Study-Work
We offer you the possibility of combining your studies with a part-time job. In addition to providing you with an important source of income to finance your studies (minimum €649.16 per month), it provides you with complementary training and also the possibility of recognizing credits.
Help for the Master's Final Project
The Master's final project and the associated internships are carried out in the final phase of the master's studies. The student puts into practice the knowledge and skills acquired in the master's degree in a real environment (company, technology center, research laboratory). This aid is usually a minimum of €649.16 per month.
Official Scholarships
For students from the Autonomous Community of the Basque Country
- Basque Government General Scholarship
- Transportation aid for students with mobility difficulties from the Basque Government
- Public Price Aid (Agreement signed between the Basque Government and Mondragon Unibertsitatea )
- Help for large families
- Help families with a disabled member
- Help for victims of a terrorist act
- Help for victims of gender violence
For students who are NOT from the Autonomous Community of the Basque Country.
- General scholarship from the Ministry of Education, Culture and Sports of the Spanish Government