Industrial Engineering
https://www.upc.edu/en/masters/industrial-engineering-barcelona-etseib
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Master's degree in Industrial Engineering
Barcelona School of Industrial Engineering (ETSEIB)
This master’s degree, which qualifies graduates to practise the regulated profession of industrial engineer, aims to provide multidisciplinary scientific and technical training based on an overview of industrial engineering combined with specialisation in a particular branch of industry.
At the UPC, the master’s degree in Industrial Engineering and the bachelor’s degree in Industrial Technology Engineering form an integrated programme.
More information on the web page of this master's degree.
Specialisations
- Automatic Control
- Biomedical Engineering
- Electricity
- Electronic Engineering
- Energy
- Environment and Chemistry
- IT for Industry
- Materials
- Mechanics
- Industrial Scheduling
- Stuctures and Construction
- Duration and start date
- 2 academic years, 120 ECTS credits. Starting September and February
- Timetable and delivery
- Mornings | Afternoons. Face-to-face
- Fees and grants
- Approximate fees for the master’s degree, excluding other costs (does not include non-teaching academic fees and issuing of the degree certificate):
€2,215 (€12,662 for non-EU residents).
More information about fees and payment options
More information about grants and loans - Language of instruction
Check the language of instruction for each subject in the course guide in the curriculum.
Information on language use in the classroom and students’ language rights.
- Location
- Official degree
- Recorded in the Ministry of Education's degree register
- General requirements
- Academic requirements for admission to master's degrees
- Admission criteria
- English level B2 and Spanish level B2.2 are required (foreign students). The university of origin and the first degree will be considered, particularly the appropriateness of the scientific and technological content of the basic curriculum, the shared industrial engineering module and the specific technology module of the first degree . The academic committee of the master's degree will assign a mark to candidates that is weighted in the following way:
- 50% of the mark reflects the correspondence between the competencies of the first degree and the competencies of the master's degree.
- 40% of the mark reflects the weighted average of the marks on the academic transcript (the marks for the thesis and optional subjects are not included).
- 10% of the mark reflects the candidate's professional experience. - Places
- 250 places in September + 150 in February
- Pre-enrolment
- Pre-enrolment closed (consult the new pre-enrolment periods in the academic calendar).
How to pre-enrol - Enrolment
- How to enrol
- Legalisation of foreign documents
- All documents issued in non-EU countries must be legalised and bear the corresponding apostille.
- Specialisation in Specialisation in Automatic Control
- Specialisation in Specialisation in Biomedical Engineering
- Specialisation in Specialisation in Chemistry
- Specialisation in Specialisation in Electrical Engineering
- Specialisation in Specialisation in Electronic Engineering
- Specialisation in Specialisation in Energy
- Specialisation in Specialisation in Environmental Technology and Chemistry
- Specialisation in Specialisation in Industrial IT
- Specialisation in Specialisation in Industrial Scheduling
- Specialisation in Specialisation in Materials
- Specialisation in Specialisation in Mechanics
- Specialisation in Specialisation in Structural Engineering and Construction
First semester
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Fundamentals of Robotics 4.5
- Industrial Scheduling 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Rc Sailing 6
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
- Biomaterials 4.5
- Biomedical Signals 4.5
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Industrial Scheduling 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Rc Sailing 6
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Industrial Scheduling 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Rc Sailing 6
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Industrial Scheduling 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Rc Sailing 6
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Industrial Scheduling 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Rc Sailing 6
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Industrial Scheduling 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Rc Sailing 6
- Renewable Energy 4.5
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Industrial Scheduling 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Rc Sailing 6
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Industrial Scheduling 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Rc Sailing 6
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Industrial Scheduling 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Quantitative Methods of Industrial Process Management I 4.5
- Rc Sailing 6
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
- Biomaterials 4.5
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Industrial Scheduling 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Rc Sailing 6
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Industrial Scheduling 4.5
- Machine Elements Calculation 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Rc Sailing 6
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
- Biotechnology and Environment 4.5
- Construction Systems 4.5
- Cybathlon M1 6
- Cybathlon M2 6
- Cybathlon M3 6
- Electrical Technology 3
- Electronic Instrumentation Systems 4.5
- Extended Electronics 4.5
- Formula Student M1 6
- Formula Student M2 6
- Formula Student M3 6
- Forum M1 6
- Forum M2 6
- Industrial Scheduling 4.5
- Machine Technology 4.5
- Methods and Analysis Techniques for Electrical Engineering 4.5
- Moto Student M1 6
- Moto Student M2 6
- Moto Student M3 6
- Process Control 4.5
- Rc Sailing 6
- Service-Learning Project in the Stem Field M1 6
- Service-Learning Project in the Stem Field M2 6
- Service-Learning Project in the Stem Field M3 6
- Supply Chain Management for Industry 4.5
- Theory of Structures 4.5
Second semester
- Business and Organization Management 4.5
- Climatic Change and Environmental Pollution 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Non-Linear, Optimal and Predictive Control 4.5
- Thermal Machines 4.5
- Transports 4.5
- Biomechanics 4.5
- Business and Organization Management 4.5
- Climatic Change and Environmental Pollution 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Thermal Machines 4.5
- Transports 4.5
- Business and Organization Management 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Thermal Machines 4.5
- Transports 4.5
- Business and Organization Management 4.5
- Climatic Change and Environmental Pollution 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Thermal Machines 4.5
- Transports 4.5
- Business and Organization Management 4.5
- Climatic Change and Environmental Pollution 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Thermal Machines 4.5
- Transports 4.5
- Business and Organization Management 4.5
- Climatic Change and Environmental Pollution 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Nuclear Power Plants 4.5
- Thermal Machines 4.5
- Transports 4.5
- Business and Organization Management 4.5
- Climatic Change and Environmental Pollution 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Thermal Machines 4.5
- Transports 4.5
- Business and Organization Management 4.5
- Climatic Change and Environmental Pollution 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Thermal Machines 4.5
- Transports 4.5
- Business and Organization Management 4.5
- Climatic Change and Environmental Pollution 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Operations Management 4.5
- Thermal Machines 4.5
- Transports 4.5
- Business and Organization Management 4.5
- Climatic Change and Environmental Pollution 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Thermal Machines 4.5
- Transports 4.5
- Business and Organization Management 4.5
- Climatic Change and Environmental Pollution 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Mechanical Vibrations 4.5
- Thermal Machines 4.5
- Transports 4.5
- Business and Organization Management 4.5
- Climatic Change and Environmental Pollution 4.5
- Concrete Structures 4.5
- Constructions and Industrial Architecture 4.5
- Data Process and Communication 4.5
- Design on Silicon 4.5
- Design, Ecodesign and Recycling 4.5
- Electrical Systems 4.5
- Hydraulic Machines 4.5
- Integrated Manufacturing Systems 3
- Thermal Machines 4.5
- Transports 4.5
Third semester
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Control and Protection of Electrical Systems 4.5
- Control Technology 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Human Resources 3
- Industrial and Service Robotics 4.5
- Installations Projects 3
- Microcomputers 4.5
- Natural Resources and Waste Management Optimization for Food Products and Packages 4.5
- Perception Systems 4.5
- Power Electronics Systems 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Control and Protection of Electrical Systems 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Human Resources 3
- Installations Projects 3
- Medical Images 4.5
- Microcomputers 4.5
- Modelling and Simulation of Biomedical Systems 4.5
- Natural Resources and Waste Management Optimization for Food Products and Packages 4.5
- Power Electronics Systems 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Control and Protection of Electrical Systems 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Environmental Management Systems 4.5
- Human Resources 3
- Installations Projects 3
- Microcomputers 4.5
- Power Electronics Systems 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Control and Protection of Electrical Systems 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Human Resources 3
- Installations Projects 3
- Microcomputers 4.5
- Natural Resources and Waste Management Optimization for Food Products and Packages 4.5
- Power Electronics Systems 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Control and Protection of Electrical Systems 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Human Resources 3
- Installations Projects 3
- Microcomputers 4.5
- Natural Resources and Waste Management Optimization for Food Products and Packages 4.5
- Power Electronics Systems 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Climate Control and Refrigeration 4.5
- Control and Protection of Electrical Systems 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Extended Thermal Machines 4.5
- Human Resources 3
- Hydrogen Technologies 4.5
- Installations Projects 3
- Management and Energy Efficiency 4.5
- Microcomputers 4.5
- Natural Resources and Waste Management Optimization for Food Products and Packages 4.5
- Power Electronics Systems 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
- Thermal Equipment 4.5
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Control and Protection of Electrical Systems 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Environmental Management Systems 4.5
- Human Resources 3
- Installations Projects 3
- Microcomputers 4.5
- Natural Resources and Waste Management Optimization for Food Products and Packages 4.5
- Power Electronics Systems 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Control and Protection of Electrical Systems 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Environmental Management Systems 4.5
- Human Resources 3
- Installations Projects 3
- Microcomputers 4.5
- Natural Resources and Waste Management Optimization for Food Products and Packages 4.5
- Power Electronics Systems 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Control and Protection of Electrical Systems 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Design of Supply Chain 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Human Resources 3
- Information Systems 4.5
- Installations Projects 3
- Management and Cost Control 4.5
- Microcomputers 4.5
- Natural Resources and Waste Management Optimization for Food Products and Packages 4.5
- Power Electronics Systems 4.5
- Quantitative Methods of Industrial Process Management II 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Control and Protection of Electrical Systems 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Human Resources 3
- Installations Projects 3
- Microcomputers 4.5
- Natural Resources and Waste Management Optimization for Food Products and Packages 4.5
- Power Electronics Systems 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Conformation Systems of Pieces 4.5
- Control and Protection of Electrical Systems 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Human Resources 3
- Installations Projects 3
- Intern Transport and Process Simulation Systems 4.5
- Machine Design Methodology 4.5
- Machine Testing 4.5
- Mechanical Design 4.5
- Microcomputers 4.5
- Natural Resources and Waste Management Optimization for Food Products and Packages 4.5
- Power Electronics Systems 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
- Advanced Structural Analysis 4.5
- Architecture, Construction and Facilities 4.5
- Chemical Technology 4.5
- Control and Protection of Electrical Systems 4.5
- Data Science for Industry 4.5
- Design of Electric Machines and Electric Drives 4.5
- Digital Electronic Systems 4.5
- Electric Energy Conversion 4.5
- Energy Technology 3
- Human Resources 3
- Installations Projects 3
- Microcomputers 4.5
- Natural Resources and Waste Management Optimization for Food Products and Packages 4.5
- Power Electronics Systems 4.5
- Security and Predictive Maintenance of Cyberphysical Systems 4.5
- Sensors and Communications 4.5
- Steel and Composite Structures 4.5
- Technological Innovation 3
Fourth semester
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy and Environment 5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- Hydrogen and Fuel Cells 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- Adas and Radio Frequency Systems 6
- Advanced Course on Heat and Mass Transfer 5
- Aerodynamics 4.5
- Application of Power Electronics for Renewable Generation 5
- Applied Statistics 5
- Automobile Dynamics 6
- Automotive Artificial Intelligence 4.5
- Automotive Safety Systems 4.5
- Batteries 4.5
- Biogas and Biofuels 5
- Biomass and Waste 5
- Business Management 5
- Computational Fluid-Dynamics Applied to Nuclear Technology 4.5
- Computational Methods in Energy Technology 5
- Computer Vision 4.5
- Computer-Aided Engineering 4.5
- Control and Automation for the Efficient Use of Energy 5
- Data Science 5
- Decision Models and Tools 5
- Design and Dynamic Simulation of Storage Systems 5
- Efficiency and Rehabilitation in Building Energy 5
- Electrical Motors 6
- Embedded Systems 4.5
- Energy Economy and Comprehensive Energy Planning Models 5
- Energy Markets 5
- Energy Resources 5
- Energy Storage 5
- Environmental Challenges 4.5
- Financial Management 5
- Financial Markets and Instruments 3
- Fuel Cells 4.5
- Fundamentals of Nuclear Engineering and Radiological Protection 8
- Fusion Technology 4.5
- Geothermal Energy 5
- Heat Exchangers 5
- ICT Technologies and New Mobility Services 4.5
- Industrial Energy Efficiency 5
- Information Systems 5
- Infrastructure and Electric Charging Systems 4.5
- Integration of Renewables in the Electric Grid 5
- Internal Combustion Engines and Fuels II 4.5
- International Business & Global Logistics Management 5
- Introduction to Competition Vehicles 3
- Legislation and Homologation 4.5
- Master's Thesis 12
- Medical Robotics 4.5
- Mobile Robots & Navigation 4.5
- Modelling, Identification and Simulation of Dynamical Systems 4.5
- Models and Tools of Decision Science 6
- Operations Management II 3
- Optimization in Control & Robotics 4.5
- Pattern Recognition & Machine Learning 6
- Photovoltaic Devices 5
- Power Quality 5
- Product Planning 3
- Professional Carrer Development in Industrial Engineering 3
- Quality Management in the Supply Chain 5
- Reactor Physics and Thermal-Hydraulics 7.5
- Sales Management 5
- Scientific Python for Engineers 3
- Seminar: Energy Consumption and Sustainability 4.5
- Seminar: Global Warming and Anthropocene 4.5
- Seminar: Information Technologies and Internet 4.5
- Seminar: Justice and Resources Allocation 4.5
- Seminar: Robotics and Genetic Engineering 4.5
- Sensors, Instrumentation and Communications 4.5
- Smart Grids 5
- Sociopolitical Challenges 4.5
- Software Architecture and Evaluation 4.5
- Solar Photovoltaics 5
- Solar Thermal Energy 5
- Steering, Suspension and Braking Systems 6
- Technical Entrepreneurship 5
- Technology, Ethics and Society 6
- Technoscientific Challenges 4.5
- Telematics 6
- Thermal Energy Storage 5
- Transmission Systems and Performance 6
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Wind Power 5
- World Economy 5
- CompulsoryECTS
- OptionalECTS
- ProjectECTS
Professional opportunities
- Professional opportunities
Graduates of this master’s degree will acquire a multidisciplinary overview of technology that will enable them to contribute to any kind of industrial endeavour. They will be qualified for employment in engineering firms and in technical, R&D, production and sales departments. Their broad skills will also allow them to work for companies offering consultancy services in the fields of technology, management, industrial plant design and project management. The master’s degree enhances the employability of its graduates by making them versatile, flexible and able to develop and lead projects across all sectors of industry. The training they receive in organisation and management techniques prepares them to take on leadership roles in industrial and service company management, project management, public administration, institutions and multidisciplinary teams.
- Competencies
-
Generic competencies
Generic competencies are the skills that graduates acquire regardless of the specific course or field of study. The generic competencies established by the UPC are capacity for innovation and entrepreneurship, sustainability and social commitment, knowledge of a foreign language (preferably English), teamwork and proper use of information resources.
Specific competencies
On completion of this course, students will be able to:- Understand, analyse and design electrical energy generation, transport and distribution systems.
- Understand, draft, calculate and design integrated manufacturing systems.
- Design and test machines.
- Analyse and design chemical processes.
- Design and analyse thermal machines and heat engines, hydraulic machines and industrial heat and cold facilities.
- Understand, analyse, use and manage sources of energy.
- Design electronic systems and industrial instrumentation.
- Design and draft automated production systems and advanced control processes.
- Organise and run businesses.
- Work out strategies and plans for a range of organisational structures.
- Understand business and employment law.
- Understand financial and cost accounting.
- Understand information systems for management, industrial organisation, production, logistics and quality management.
- Organise production systems, logistics and quality management systems.
- Organise work and human resource management in keeping with the principles of occupational health and safety.
- Practise integrated project management.
- Manage research, development and technological innovation.
- Design, build and use industrial plants.
- Understand building construction, facilities, infrastructure and urban development for industrial engineering.
- Calculate and design structures.
- Draft and design electrical and fluid facilities, lighting, air conditioning and ventilation, energy saving and efficiency systems, acoustics, communications, home automation and smart buildings, and safety facilities.
- Understand transport and industrial maintenance methods and techniques.
- Check and control facilities, processes and products.
- Draw up certificates, audits, verifications, tests and reports.
- Write, present and defend to university examiners an original, individually authored piece of work consisting of a professional industrial engineering project that displays all of the competencies acquired during the master's degree course.
Double-degree pathways at a single school
- Master's degree in Industrial Engineering (MUEI) + one of the following master's degrees:
- Master’s degree in Automatic Control and Robotics / Master's degree in Automotive Engineering / Master's degree in Management Engineering / Master’s degree in Nuclear Engineering / Master's degree in Energy Engineering
- MUEI + Master's degree in Business Management (Management of Organisations in the Knowledge Economy) (UOC)
- Bachelor's degree in Industrial Technology Engineering + MUEI + Bachelor's degree in Business Administration and Management (UOC)
- MUEI + Master's degree in industrial Engineering (École Nationale Supéreure de l'Aéronautique et de l'Espace (Diplôme d’Ingénieur ISAE SUPAERO), Toulouse, France)
- MUEI + Master's degree in Management Engineering (Ilinois Institute of Technology (IIT), Chicago, USA) (Only ETSEIB students to IIT) (To choose between 6 masters)
- MUEI (speciality "mecánica") + Master of Science in Mechanical Engineering (Collegio di Ingegneria Meccanica, Aerospaziale, dell'Autoveicolo e della Produzione, Politecnico di Torino, Torino, Italy)
- MUEI + Master's in Management Grande Ecole Degree (École Des Hautes Études Commerciales (HEC), Paris, France) (Only ETSEIB students to HEC)
- MUEI + Master's degree in industrial Engineering (Fakultat Für Maschinenwesen (Mw), Technische Universitat München (TUM), Munich, Germany) (to choose between 8 masters)
- MUEI + Master's degree in Automotive Engineering (Fakultat Für Maschinenwesen (Mw), Technische Universitat München (TUM), Munich, Germany) (to choose between 8 masters)
- MUEI + Master's degree in Automatic Control and Robotics (Fakultat Für Maschinenwesen (Mw), Technische Universitat München (TUM), Munich, Germany) (to choose between 8 masters)
- MUEI + Master's degree in Supply Chain, Transport and Mobility Management (Fakultat Für Maschinenwesen (Mw), Technische Universitat München (TUM), Munich, Germany) (to choose between 8 masters)
- MUEI + Master's degree in Management Engineering (Fakultat Für Maschinenwesen (Mw), Technische Universitat München (TUM), Munich, Germany) (to choose between 8 masters)
Check the degree’s main quality indicators in the University Studies in Catalonia portal of the Catalan University Quality Assurance Agency. Find information on topics such as degree evaluation results, student satisfaction and graduate employment data.
Further information
Further information
- UPC school
- Barcelona School of Industrial Engineering (ETSEIB)
- Academic coordinator
- Amaia Lusa Garcia
- Academic calendar
- General academic calendar for bachelor’s, master’s and doctoral degrees courses
- Academic regulations
- Academic regulations for master's degree courses at the UPC
Pre-enrolment
Pre-enrolment for this master’s degree is currently closed.
Use the “Request information” form to ask for information on upcoming pre-enrolment periods.