Aerospace Engineering
https://www.upc.edu/en/masters/aerospace-engineering
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Master's degree in Aerospace Engineering
The master's degree in Aerospace Engineering aims to provide multidisciplinary training in science and technology based on a broad approach to aeronautical engineering.
Specialisations
- Aerospace Vehicles
- Airports
- Propulsion
- Space
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- Duration and start date
- Two academic years, 120 ECTS credits. Starting September and February
- Timetable and delivery
- Mornings and afternoons. Face-to-face
- Fees and grants
- Approximate fees for the master’s degree, excluding degree certificate fee, €5,300 (€7,950 for non-EU residents).
More information about fees and payment options
More information about grants and loans - Language of instruction
- The first year is taught in Catalan; the second year in English.
- Location
Terrassa School of Industrial, Aerospace and Audiovisual Engineering (ESEIAAT)
- Official degree
- Recorded in the Ministry of Education's degree register
- General requirements
- Academic requirements for admission to master's degrees
- Places
- 60 in September + 60 in February
- Pre-enrolment
- Pre-enrolment period open.
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 (Eng) Especialitat Aeroportskkk
- Specialisation in (Eng) Especialitat en Espaikkk
- Specialisation in (Eng) Especialitat en Propulsiókkk
- Specialisation in (Eng) Especialitat en Vehicles Aeroespacialskkk
First semester
- Aerodynamics, Flight Mechanics and Orbital Mechanics 7.5
- Aerospace Materials 5
- Airport Engineering Fundamentals 3
- Design and Behavior of Special Structures 3
- Design and Construction of Airports 7.5
- Fundamentals of Aircraft Design 3
- Fundamentals of Propulsion 3
- Fundamentals of Space Engineering 3
- Geotechnical Engineering 3
- Production and Design Aerospace 5
- Project Management Key Agreements & Deals 3
- Propulsion II 3
- Resistant Elements in Aeronautics 3
- Rockets Combustion and Propulsion 5
- Aerodynamics, Flight Mechanics and Orbital Mechanics 7.5
- Aerospace Materials 5
- Airport Engineering Fundamentals 3
- Design and Behavior of Special Structures 3
- Design and Construction of Airports 7.5
- Fundamentals of Aircraft Design 3
- Fundamentals of Propulsion 3
- Fundamentals of Space Engineering 3
- Geotechnical Engineering 3
- Production and Design Aerospace 5
- Project Management Key Agreements & Deals 3
- Propulsion II 3
- Resistant Elements in Aeronautics 3
- Rockets Combustion and Propulsion 5
- Aerodynamics, Flight Mechanics and Orbital Mechanics 7.5
- Aerospace Materials 5
- Airport Engineering Fundamentals 3
- Design and Behavior of Special Structures 3
- Design and Construction of Airports 7.5
- Fundamentals of Aircraft Design 3
- Fundamentals of Propulsion 3
- Fundamentals of Space Engineering 3
- Geotechnical Engineering 3
- Production and Design Aerospace 5
- Project Management Key Agreements & Deals 3
- Propulsion II 3
- Resistant Elements in Aeronautics 3
- Rockets Combustion and Propulsion 5
- Aerodynamics, Flight Mechanics and Orbital Mechanics 7.5
- Aerospace Materials 5
- Airport Engineering Fundamentals 3
- Design and Behavior of Special Structures 3
- Design and Construction of Airports 7.5
- Fundamentals of Aircraft Design 3
- Fundamentals of Propulsion 3
- Fundamentals of Space Engineering 3
- Geotechnical Engineering 3
- Production and Design Aerospace 5
- Project Management Key Agreements & Deals 3
- Propulsion II 3
- Resistant Elements in Aeronautics 3
- Rockets Combustion and Propulsion 5
Second semester
- (Ang) Direcció de Projectes d'Aeronaus i Vehicles Aeroespacials 5
- (Ang) Sistemes de Propulsius d'Aeronaus 5
- Advance Course Heat and Mass Transfer 5
- Advanced Cubesat Mission Design 3
- Advanced Design of the Movement Area 3
- Aerospace Vehicles 7.5
- Agile Methodologies and Processes for the Creation of Innovative Solutions 3
- Air Transport and Navigation Systems 7.5
- Data Mining and Machine Learning for Engineers 3
- Facilities Management 3
- High Performance Computing Projects for Aerospace Engineering 3
- Implementation and Testing of Metaheuristics for Optimization Problems 3
- Infrared Thermography for Building Diagnostics 3
- Introduction to Metaheuristics for Optimization Problems 3
- Introduction to Planetary Atmospheres 3
- Management and Operation of Terminal Buildings 3
- Numerical Methods in Heat and Mass Transfer 5
- Photonics Sensors and Laser Technology 3
- Programming Interfaces and Applications 3
- Radiofrequency and Communication Systems 5
- Smart Textiles 3
- Space Resources & Planetary Settlements 3
- Spaceports, Airports for Spaceflights 3
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Workshops for Innovation in Automotive Industries 6
- (Ang) Direcció de Projectes d'Aeronaus i Vehicles Aeroespacials 5
- (Ang) Sistemes de Propulsius d'Aeronaus 5
- Advance Course Heat and Mass Transfer 5
- Advanced Cubesat Mission Design 3
- Advanced Design of the Movement Area 3
- Aerospace Vehicles 7.5
- Agile Methodologies and Processes for the Creation of Innovative Solutions 3
- Air Transport and Navigation Systems 7.5
- Data Mining and Machine Learning for Engineers 3
- Facilities Management 3
- High Performance Computing Projects for Aerospace Engineering 3
- Implementation and Testing of Metaheuristics for Optimization Problems 3
- Infrared Thermography for Building Diagnostics 3
- Introduction to Metaheuristics for Optimization Problems 3
- Introduction to Planetary Atmospheres 3
- Management and Operation of Terminal Buildings 3
- Numerical Methods in Heat and Mass Transfer 5
- Photonics Sensors and Laser Technology 3
- Programming Interfaces and Applications 3
- Radiofrequency and Communication Systems 5
- Smart Textiles 3
- Space Resources & Planetary Settlements 3
- Spaceports, Airports for Spaceflights 3
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Workshops for Innovation in Automotive Industries 6
- (Ang) Direcció de Projectes d'Aeronaus i Vehicles Aeroespacials 5
- (Ang) Sistemes de Propulsius d'Aeronaus 5
- Advance Course Heat and Mass Transfer 5
- Advanced Cubesat Mission Design 3
- Advanced Design of the Movement Area 3
- Aerospace Vehicles 7.5
- Agile Methodologies and Processes for the Creation of Innovative Solutions 3
- Air Transport and Navigation Systems 7.5
- Data Mining and Machine Learning for Engineers 3
- Facilities Management 3
- High Performance Computing Projects for Aerospace Engineering 3
- Implementation and Testing of Metaheuristics for Optimization Problems 3
- Infrared Thermography for Building Diagnostics 3
- Introduction to Metaheuristics for Optimization Problems 3
- Introduction to Planetary Atmospheres 3
- Management and Operation of Terminal Buildings 3
- Numerical Methods in Heat and Mass Transfer 5
- Photonics Sensors and Laser Technology 3
- Programming Interfaces and Applications 3
- Radiofrequency and Communication Systems 5
- Smart Textiles 3
- Space Resources & Planetary Settlements 3
- Spaceports, Airports for Spaceflights 3
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Workshops for Innovation in Automotive Industries 6
- (Ang) Direcció de Projectes d'Aeronaus i Vehicles Aeroespacials 5
- (Ang) Sistemes de Propulsius d'Aeronaus 5
- Advance Course Heat and Mass Transfer 5
- Advanced Cubesat Mission Design 3
- Advanced Design of the Movement Area 3
- Aerospace Vehicles 7.5
- Agile Methodologies and Processes for the Creation of Innovative Solutions 3
- Air Transport and Navigation Systems 7.5
- Data Mining and Machine Learning for Engineers 3
- Facilities Management 3
- High Performance Computing Projects for Aerospace Engineering 3
- Implementation and Testing of Metaheuristics for Optimization Problems 3
- Infrared Thermography for Building Diagnostics 3
- Introduction to Metaheuristics for Optimization Problems 3
- Introduction to Planetary Atmospheres 3
- Management and Operation of Terminal Buildings 3
- Numerical Methods in Heat and Mass Transfer 5
- Photonics Sensors and Laser Technology 3
- Programming Interfaces and Applications 3
- Radiofrequency and Communication Systems 5
- Smart Textiles 3
- Space Resources & Planetary Settlements 3
- Spaceports, Airports for Spaceflights 3
- Turbulence: Phenomenology, Simulation, Aerodynamics 5
- Workshops for Innovation in Automotive Industries 6
Third semester
- Acoustics 3
- Air Transport 5
- Airport Building Systems 5
- Airport Infrastructure Management 5
- Airport Operations 5
- Applications for Planetary Exploration 3
- Applied Robotics 3
- Biomedical Instrumentation 3
- Business Law 3
- Business Management Aeronautics 5
- Computational Engineering 5
- Demolitions and Soil Preparation 3
- Design and Use of Uav for Remote Sensing of the Environment 3
- Designing Innovative Products and Business 3
- Dynamic Analysis of Structures 3
- Extension of Space Propulsion 3
- Fundamentals of Nuclear Engineering 3
- Game Theory 3
- Introduction to Active Flow Control 3
- Mobile Robots 3
- Quality Management 3
- Railway Systems 3
- Research Seminars 3
- Science and Technology Communication Through Media 3
- Structures of New Generation Materials 3
- Surface Engineering 3
- Thermal Turbomachinery and Combustion 3
- Acoustics 3
- Applications for Planetary Exploration 3
- Applied Robotics 3
- Astrodynamics 5
- Biomedical Instrumentation 3
- Business Law 3
- Composite Materials 5
- Computational Engineering 5
- Demolitions and Soil Preparation 3
- Design and Use of Uav for Remote Sensing of the Environment 3
- Designing Innovative Products and Business 3
- Dynamic Analysis of Structures 3
- Extension of Space Propulsion 3
- Fundamentals of Nuclear Engineering 3
- Game Theory 3
- Hypersonic Aerodynamics 5
- Introduction to Active Flow Control 3
- Mobile Robots 3
- Quality Management 3
- Railway Systems 3
- Research Seminars 3
- Science and Technology Communication Through Media 3
- Space Propulsion 5
- Spacecraft Design 5
- Structures of New Generation Materials 3
- Surface Engineering 3
- Thermal Turbomachinery and Combustion 3
- Acoustics 3
- Advanced Propulsion 5
- Applications for Planetary Exploration 3
- Applied Robotics 3
- Biomedical Instrumentation 3
- Business Law 3
- Composite Materials 5
- Computational Engineering 5
- Demolitions and Soil Preparation 3
- Design and Use of Uav for Remote Sensing of the Environment 3
- Designing Innovative Products and Business 3
- Dynamic Analysis of Structures 3
- Extension of Jet Engines 5
- Extension of Rocket Engines 5
- Extension of Space Propulsion 3
- Fundamentals of Nuclear Engineering 3
- Game Theory 3
- Internal Aerodynamics and Aeroelasticity of Turbomachines 5
- Introduction to Active Flow Control 3
- Mobile Robots 3
- Quality Management 3
- Railway Systems 3
- Research Seminars 3
- Science and Technology Communication Through Media 3
- Structures of New Generation Materials 3
- Surface Engineering 3
- Thermal Turbomachinery and Combustion 3
- Acoustics 3
- Advanced Aerodynamics 5
- Advanced Aeroelasticity 5
- Aerospace Laboratories 5
- Applications for Planetary Exploration 3
- Applied Robotics 3
- Architecture and Aircraft Systems 5
- Biomedical Instrumentation 3
- Business Law 3
- Composite Materials 5
- Computational Engineering 5
- Demolitions and Soil Preparation 3
- Design and Use of Uav for Remote Sensing of the Environment 3
- Designing Innovative Products and Business 3
- Dynamic Analysis of Structures 3
- Extension of Space Propulsion 3
- Fundamentals of Nuclear Engineering 3
- Game Theory 3
- Introduction to Active Flow Control 3
- Mobile Robots 3
- Quality Management 3
- Railway Systems 3
- Research Seminars 3
- Science and Technology Communication Through Media 3
- Structures of New Generation Materials 3
- Surface Engineering 3
- Thermal Turbomachinery and Combustion 3
Fourth semester
- Master's Thesis 12
- Master's Thesis 12
- Master's Thesis 12
- Master's Thesis 12
- CompulsoryECTS
- OptionalECTS
- ProjectECTS
Double-degree pathways at a single school
With other Catalan universities
- Master's degree in Aeronautical Engineering (any specialisation) (ESEIAAT) / Master's degree in Management Engineering (blended learning)
With other Catalan universities
- Bachelor's degree in Aerospace Technology Engineering / Aerospace Vehicle + Master's degree in Aeronautical Engineering + Bachelor's degree in Business Administration and Management (UOC)
- Bachelor's degree in Aerospace Technology Engineering / Aerospace Vehicle + Master's degree in Aeronautical Engineering + Bachelor's degree in Economics (UOC)
- Master's degree in Aeronautics Engineering + one of the following master's degrees from the Cranfield University
- Master in Advanced Motorsport Engineering
- Master in Aerospace Computational Engineering
- Master in Aerospace Dynamics
- Master in Aerospace Manufacturing
- Master in Aerospace Materials
- Master in Aerospace Propulsion
- Master in Aerospace Vehicle Design
- Master in Air Transport Management
- Master in Aircraft Design option-Msc in Aerospace Vehicle Design
- Master in Aircraft Engineering
- Master in Airport Planning and Management
- Master in Astronautics and Space Engineering
- Master in Automotive Engineering
- Master in Automotive Mechatronics
- Master in Autonomous Vehicle Dynamics and Control
- Master in Avionic Systems Design option MSc in Aerospace Vehicle Design
- Master in Computational Fluid Dynamics
- Master in Computer Aided Engineering
- Master in Renewable Energy Engineering
- Master in Renewable Energy Technology
- Master in Structural Design option-Msc in Aerospace Vehicle Design
- Master in Thermal Power
- UPC school
- Terrassa School of Industrial, Aerospace and Audiovisual Engineering (ESEIAAT)
- Academic coordinator
- Daniel Garcia Almiñana
- 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.