UPC BarcelonaTech Master’s and Doctoral Programmes: Your Complete Guide to Engineering Excellence in Barcelona

Why Choose UPC BarcelonaTech for Graduate Study

The Universitat Politècnica de Catalunya · BarcelonaTech (UPC) stands as Spain’s premier technical university and one of Europe’s leading institutions for engineering, architecture, sciences, and technology. Designated an International Campus of Excellence, UPC combines the academic rigour of a research-intensive polytechnic with the cultural vibrancy of Barcelona — creating a graduate study experience that is difficult to match anywhere in Southern Europe. With over 27,966 bachelor’s and master’s students, 2,189 doctoral candidates, and 3,093 teaching and research staff, UPC operates at a scale that ensures both depth of expertise and breadth of opportunity.

What distinguishes UPC from other European technical universities is the sheer volume and diversity of its graduate offerings. The university delivers 68 master’s programmes — of which 27 are taught entirely in English — across ten distinct engineering fields, plus architecture, applied sciences, and sustainability. These range from one-year specialist degrees (60 ECTS) to comprehensive two-year research-oriented programmes (120 ECTS), allowing students to calibrate their graduate education to their specific career and research goals. The UPC BarcelonaTech official website provides detailed information on all current programmes and application procedures.

For international students, Barcelona itself is a compelling part of the proposition. The city is a European technology hub hosting the annual Mobile World Congress, a thriving startup ecosystem, and the offices of major technology companies. This environment creates natural connections between university research and industry practice that enhance employment prospects for graduates. Students considering how UPC compares with other leading European technical institutions should also explore our guide to EPFL’s MSc in Materials Science and Engineering for a Swiss benchmark.

Aerospace Engineering and Applied Sciences Programmes

UPC’s aerospace engineering portfolio is among the most comprehensive in Europe. The flagship Aerospace Engineering programme spans two years (120 ECTS) with specialisations in Aerospace Vehicles, Airports, Propulsion, and Space — covering the full spectrum from aircraft design to satellite systems. For students seeking a more focused path, the Aerospace Science and Technology master’s (MAST) delivers intensive training in 1.5 years (90 ECTS), while the unique Applications and Technologies for Unmanned Aircraft Systems programme specifically addresses the rapidly growing drone technology sector.

The applied sciences offerings demonstrate UPC’s strength at the intersection of fundamental research and practical application. The Advanced Mathematics and Mathematical Engineering programme (MAMME) provides rigorous training for students pursuing research careers in mathematical modelling and computation. Computer Vision — an increasingly critical field driving advances in autonomous systems, medical imaging, and industrial automation — is offered as a dedicated one-year master’s. The Engineering Physics programme bridges theoretical physics with engineering applications, while the Photonics programme positions graduates in one of the fastest-growing technology sectors.

The Statistics and Operations Research master’s (MESIO), jointly delivered with the University of Barcelona, combines mathematical rigour with practical problem-solving in areas from supply chain optimisation to financial risk modelling. The Pure and Applied Logic programme is a distinctive offering that appeals to students at the intersection of mathematics, philosophy, and computer science. For students interested in multiscale modelling, the Atomistic and Multiscale Computational Modelling programme spans physics, chemistry, and biochemistry — an inherently interdisciplinary approach that reflects the direction of modern materials research. Students exploring advanced engineering programmes globally should check our guide to Vanderbilt’s engineering graduate programs for a US perspective.

Informatics, Artificial Intelligence, and Telecommunications

UPC’s informatics and telecommunications programmes rank among the most sought-after in Southern Europe, reflecting Barcelona’s emergence as a major European technology hub. The Artificial Intelligence master’s programme (90 ECTS, 1.5 years) provides comprehensive training in machine learning, natural language processing, computer vision, and intelligent systems — fields where demand for qualified graduates far exceeds supply. The Innovation and Research in Informatics programme (MIRI) offers a deeper two-year (120 ECTS) research-oriented experience with six specialisation tracks: Advanced Computing, Computer Graphics and Virtual Reality, Computer Networks and Distributed Systems, Data Science and Business Intelligence, High Performance Computing, and Service Engineering.

The telecommunications engineering portfolio is equally impressive. The flagship Telecommunications Engineering master’s (MET) spans two years (120 ECTS) with specialisations ranging from Antennas, Microwaves and Photonics to Wireless Communications, Internet Networks, and Multimedia. The Advanced Telecommunication Technologies programme provides a concentrated one-year (60 ECTS) path for students who already hold a telecommunications degree and seek cutting-edge specialisation. The Electronic Engineering master’s (MEE) focuses on the hardware foundations that underpin all modern communication systems.

A particularly forward-looking programme is the Applied Telecommunications and Engineering Management (MASTEAM), which combines technical telecommunications expertise with management skills — recognising that modern telecoms professionals increasingly need both. The Erasmus Mundus Big Data Management and Analytics (BDMA) programme, offered jointly with European partners, addresses the explosive growth in data-driven decision-making across industries, with specialisations in Business Process Analytics, Content and Usage Analytics, and Large-Scale Data Analytics. For those exploring how other universities approach computer science at the graduate level, our guide to Oxford’s MSc in Advanced Computer Science provides a complementary perspective.

Architecture, Urbanism, and Sustainable Design at UPC

Barcelona is synonymous with architectural innovation — from Gaudí’s masterpieces to contemporary landmarks by Foster, Nouvel, and Herzog & de Meuron — and UPC’s architecture programmes are among the most respected in the Mediterranean region. The Advanced Studies in Architecture-Barcelona (MBArch) offers eight specialisation tracks: Architectural Restoration and Rehabilitation, Architecture Energy and Environment, Contemporary Design, Process Design and Programming, Technological Innovation in Architecture, Theory History and Culture, Urban and Architectural Management and Valuation, and Urbanism. This breadth allows students to engage with architecture from any angle that matches their interests.

The Advanced Studies in Design-Barcelona (MBDesign) complements the architecture programmes with tracks in Art Direction in Design, Contemporary Design, Design Innovation and Technology, Design Research, and Industrial Design Engineering. The Landscape Architecture programme (MBLandArch) is a comprehensive two-year (120 ECTS) degree that addresses urban and rural landscape design, planning, and management — a field of growing importance as cities worldwide grapple with climate adaptation and biodiversity preservation.

Sustainability is woven throughout UPC’s built environment programmes. The Sustainable Intervention in the Built Environment master’s (MISMeC) focuses specifically on retrofit and regeneration strategies that minimise environmental impact while preserving architectural heritage. The Advanced Building Construction and Building Construction Management programmes address the technical and managerial dimensions of sustainable construction practice. UPC’s position in Barcelona — a city that has consistently pioneered urban sustainability initiatives, from superblocks to Mediterranean climate-adapted design — provides an unparalleled living laboratory for students in these fields.

Civil Engineering and Environmental Management Programmes

UPC’s civil engineering portfolio is one of the most extensive in Europe, with programmes spanning structural engineering, geotechnical engineering, environmental engineering, transport systems, and maritime engineering. The flagship Civil Engineering master’s (120 ECTS, 2 years) offers six specialisation tracks: Computational Engineering, Environmental Engineering and Sustainability, Geotechnical Engineering, Structural Engineering and Construction, Transport Engineering and Urbanism, and Water Engineering. This comprehensive structure ensures that graduates are prepared for the full range of civil engineering challenges.

Several programmes address niche but critical areas. The Structural Analysis of Monuments and Historical Constructions (SAHC) master’s — taught in English — is one of very few programmes globally dedicated to the structural assessment of historic buildings, reflecting Spain’s extraordinary architectural heritage. The Oceanography and Marine Management programme leverages Barcelona’s Mediterranean coastal location, while the Supply Chain, Transport and Mobility Management programme addresses the logistics challenges facing modern economies. The Numerical Methods in Engineering master’s provides advanced computational training essential for modern structural analysis, fluid dynamics, and geomechanics.

Environmental engineering at UPC takes a multi-programme approach. The dedicated Environmental Engineering master’s (120 ECTS) provides comprehensive training, while the Natural Resources Engineering programme focuses on sustainable extraction and management of geological resources. The Sustainability Science and Technology programme takes an inherently interdisciplinary approach, connecting engineering solutions with social, economic, and policy dimensions of sustainability. For students interested in how sustainability integrates with engineering at other leading institutions, our guide to Bristol’s MSc in Engineering and Energy Sustainability offers a valuable UK comparison.

Industrial Engineering, Robotics, and Advanced Manufacturing

Industrial engineering is a cornerstone of UPC’s identity, with programmes offered across multiple campuses in Barcelona and the surrounding Catalonia region. The Industrial Engineering master’s (120 ECTS) is available on both the Barcelona and Terrassa campuses, providing comprehensive training in manufacturing systems, process engineering, and industrial management. The Management Engineering programme combines technical knowledge with business strategy, while the Technology and Engineering Management master’s focuses specifically on leading technology-driven organisations.

The Automatic Control and Robotics master’s represents one of UPC’s most forward-looking programmes, training graduates for careers in automation systems that are transforming manufacturing, logistics, healthcare, and agriculture. The Automotive Engineering programme (120 ECTS) offers specialisations in Connected Vehicles and Assisted Driving, Electromobility, and Engines and Mechanics — reflecting the automotive industry’s dramatic transition toward electric and autonomous vehicles. The Biomedical Engineering master’s bridges engineering with health sciences, developing technologies for diagnosis, treatment, and patient monitoring.

Materials science and chemical engineering round out the industrial portfolio. The Advanced Materials Science and Engineering programme (120 ECTS) explores the frontier materials that enable innovation in aerospace, energy, electronics, and biomedical applications. The Chemical Engineering master’s offers tracks in Green Chemical Process Engineering and Smart Polymer Engineering, addressing industry’s growing demand for sustainable chemical processes. The Interdisciplinary and Innovative Engineering programme — with specialisations in Advanced Manufacturing Systems, Efficient Systems, and Healthcare and Biomedical Applications — deliberately breaks traditional disciplinary boundaries, training engineers for roles that require versatility across multiple domains. These programmes complement broader European offerings; our guide to Nottingham’s health sciences postgraduate programmes shows how biomedical engineering connects with clinical research.

Erasmus Mundus and International Joint Programmes

UPC’s participation in multiple Erasmus Mundus Joint Master’s Degrees underscores its international standing and provides unique opportunities for students seeking a truly European education. The Erasmus Mundus programme, funded by the European Commission, supports high-quality joint master’s programmes delivered by consortia of European universities, with generous scholarships available to outstanding students from around the world.

UPC’s Erasmus Mundus offerings span several key technology domains. The Photonics Engineering, Nanophotonics and Biophotonics programme (Europhotonics) provides two years of training at the cutting edge of light-based technologies with applications in communications, healthcare, and manufacturing. The Coastal and Marine Engineering and Management programme (CoMEM) addresses the engineering challenges facing coastal regions globally, with specialisations ranging from Arctic Marine Coastal Engineering to Environment and Management. The Flood Risk Management and Hydroinformatics and Water Management (Euroaquae+) programmes respond to growing global challenges in water resource management and climate adaptation.

In the digital domain, the Big Data Management and Analytics programme (BDMA) prepares graduates for one of the fastest-growing career fields globally. The Advanced Materials Science and Engineering programme (AMASE) connects UPC with leading materials science departments across Europe. Each of these Erasmus Mundus programmes requires students to study at two or more partner universities, typically in different countries, providing cross-cultural experience and exposure to different academic traditions that significantly enhance graduates’ international employability.

Doctoral Research Programmes at UPC BarcelonaTech

With 46 doctoral programmes and over 2,189 doctoral students, UPC operates one of the largest doctoral schools in Southern Europe. The doctoral structure follows the European standard: candidates must have completed 60 ECTS at master’s level before entering a research period that culminates in the defence of a doctoral thesis. This structure provides flexibility — students with a 120 ECTS master’s can enter directly, while those with shorter master’s qualifications may need to complete bridging coursework.

Doctoral research at UPC benefits from the university’s extensive research infrastructure and its deep connections with industry. The 58,200 UPC alumni network, concentrated in Barcelona’s technology and engineering sectors, provides supervisory connections, collaboration opportunities, and career pathways that extend well beyond the university. Many doctoral projects are co-funded by industry partners, and UPC’s participation in European research networks and programmes ensures access to funding, facilities, and collaboration opportunities across the continent.

The breadth of doctoral programmes mirrors the university’s master’s portfolio, covering aerospace engineering, architecture and urbanism, biomedical engineering, chemical engineering, civil engineering, computer science, electrical and electronic engineering, environmental engineering, industrial engineering, materials science, mathematics, naval engineering, photonics, physics, sustainability, and telecommunications. This comprehensive offering means that virtually any research interest within the engineering and technology spectrum can find a home at UPC, supported by faculty who are active contributors to their fields. Students weighing doctoral options across Europe should also explore how the University of Melbourne structures its research degrees — our guide to Melbourne’s programmes provides an Australasian comparison point.

Studying and Living in Barcelona as a Graduate Student

Barcelona offers graduate students a quality of life that combines Mediterranean climate, world-class cultural offerings, and a dynamic professional environment at costs significantly lower than London, Paris, or Zurich. The city’s technology ecosystem has grown rapidly, with Barcelona hosting the annual Mobile World Congress, a thriving startup scene anchored by initiatives like Barcelona Tech City, and European offices of major technology companies. For UPC graduates in engineering and technology, this environment translates directly into internship opportunities, networking events, and career prospects.

UPC’s campuses are distributed across Barcelona and the surrounding Catalonia region, including locations in the city centre, Terrassa, Castelldefels, Manresa, Sant Cugat del Vallès, and Vilanova i la Geltrú. This multi-campus structure means that different programmes are hosted at different locations, and prospective students should verify which campus delivers their chosen programme. Barcelona’s efficient public transport system and the region’s Mediterranean scale make intercampus travel practical, though most students primarily use the facilities of their home campus.

The cultural richness of Barcelona is an asset that enhances the graduate study experience in ways that transcend academic programming. The city’s architectural heritage — from Gothic Quarter medieval buildings to Gaudí’s Sagrada Família and contemporary projects by international architects — provides a living textbook for architecture students and an inspiring environment for all. The Barcelona city council actively supports the city’s role as a knowledge hub, investing in infrastructure, cultural programming, and sustainability initiatives that directly benefit the university community. Beaches, mountains, and cultural festivals throughout the year ensure that life outside the laboratory is as stimulating as the research within it.