INTRODUCTION

IAAC’s Master in City & Technology is a unique program oriented towards redefining the future of the urban environment through innovative, evidence-based, and experimental approaches to understand, design and materialise cities. The program sits at the intersection of data analytics and urban planning and design, with the goal of training professionals capable of critically, creatively, and technically managing uncertainty in shaping the future of our cities. The program develops cutting-edge tools, designs, and approaches to effectively plan and design in the context of planetary-scale urbanisation, the climate change crisis, and rapid technological development. Taking place in Barcelona, the capital of urbanism, the programme is a platform to shape multidisciplinary leaders empowered to pioneer the transition of the urban environment, including urban, rural, and territorial planning strategies, in the era of big data, towards resilient & circular cities, inclusive & just communities and adaptive & more than human urban environments.

Applications for the academic year 2025/26 are now open!

MaCT01
MaCT02
Degree The Master in City & Technology I is accredited by University of Lleida (UdL) – European Higher Education Area (EHEA) The Master in City & Technology II is accredited by University of Lleida (UdL) – European Higher Education Area (EHEA) – European Higher Education Area (EHEA)
Edition 10th edition 7th edition
Credits 90 ECTS 120 ECTS
Duration October 2025 to July 2026 // Full time (10 months) October 2025 to July 2027 – Thesis Final Submission: September 2026 // Full time (20 months)
Language English English
Tuition Fee Non-EU: 23.850€
EU: 19.800€
Spanish: 11.925€
Non-EU: 31.800€
EU: 26.400€
Spanish: 15.900€
Admission Architects, Urbanists, Designers, Computer Scientists, Engineers, Data Scientists, Entrepreneurs, Economists. Architects, Urbanists, Designers, Computer Scientists, Engineers, Data Scientists, Entrepreneurs, Economists.

* Tuition fee includes a non-refundable programme enrollment fee of 3.800€ 

**Transportation to any of the IAAC Campus and other services not mentioned are not included.

.

CONTEXT & AGENDA

Rooted in the agenda of the Master in City & Technology is the ambition of reducing the distance between education, research, and practice, the program is therefore conceived as a platform to apply innovative ideas to real-world problems. The Master in Advanced Urban Planning & Data Analytics operates through a decidedly industry-oriented approach. Students’ work is developed with and supervised by expert faculty and representatives from the professional world, from partners of architecture & urban design firms to NGOs and world-class networking organisations, which provide briefs that add a sharp and critical edge to the programmes’ agenda.

Students learn data analytics, computational, and creative design skills together with critical research, strategic planning, and communication methods that help them deliver impactful ideas and projects across all professional tiers. These include data collection, cleaning, transformation, analysis, visualization, computer simulation, 3D modeling, interpretation, decision-making, as well as visual reporting. The course introduces contemporary ideas of urbanization in a context of growing social unrest and a worsening climate-driven crisis. It does so based on a critical foundation of theory that helps students position themselves in this scenario and articulate a coherent and mature urban discourse.

TOOLS & SOFTWARE

Students are introduced to a large variety of technological tools and software that enable them to approach the analysis and design of urban spaces from a dynamic, collective, multidisciplinary, and multiscalar perspective. During the programme students are trained on the latest tools for data analytics, computational design, urban simulations, and spatial data science by attending seminars on big data analytics and visualization, programming, parametric mapping, as well as responsive urban design. Seminars on the following tools and software are conducted:

STUDENT PROJECTS

ACADEMIC STRUCTURE

The Master in City & Technology’s’ academic structure is based on IAAC’s innovative, learn-by-doing, and design-through-research methodology which focuses on the development of interdisciplinary skills. During the Master in Advanced Urban Planning & Data Analytics, students will have the opportunity to be part of a highly international group, including faculty members, researchers, and lecturers, in which they are encouraged to develop collective decision-making processes and materialize their project ideas. In this way, IAAC has put together an experimental learning environment that equips professionals with both the theoretical and practical knowledge needed to face the increasing complexity of the contemporary urban environment and to define the future of urbanism.

MASTER IN CITY & TECHNOLOGY (1-Year Program)

The Master in City and Technology comprises the following elements:

  • Design Research Studios
  • Urban Computation Seminars
  • Urban Environments Seminars
  • Urban Communities Seminars
  • Urban Theories Seminars
  • Masterclasses
  • Extracurricular activities

DESIGN STUDIO AND SEMINARS

The Urban Reading Term focuses on the development of a framework to critically analyse data, understand the complexities of urban environments, and utilise advanced tools to create meaningful visual representations and urban or territorial strategies. Students will be introduced to the principles of urban computation, coding, and analytics; theories of the urban; emerging social economies; contemporary digital cultures, and design principles for innovative urban environments..

TERM 1 COURSES:

  • Intro Workshop – Landing in Barcelona – Urban Analysis & Data Mapping (run by Program Alumni)
  • Design Research Studio – Urban Reading – Digital Cartographies, Mapping Urban Complexity in the Anthropocene (13 ECTS)
  • Urban Computation Seminar – Python for Urban Analytics; Digital Cultures (8 ECTS)
  • Urban Environments Seminar – Co-creating public spaces; Designing for more than humans (4 ECTS)
  • Urban Communities Seminar – Emerging Economies (2 ECTS)
  • Urban Theories Seminar – Theories of the Urban I (2 ECTS)

NOTE: Design Studio and Seminars of Term 1 are obligatory.

DESIGN STUDIOS AND SEMINARS

The Urban Empowerment Term focuses on the development of data-driven and participatory design approaches, through the development of creative and critical tools to enable designing with non-experts, placemaking, and a more sensitive approach to human-nature relationships. Students will learn how to use AI tools to process and synthesize different media using Generative AI processes for images and text, including SD pipelines and LLMs agents. This shall lead to novel processes to empower communities and gather data for sustainable, open, and user-driven urban environments.

TERM 2 COURSES:

  • Design Research Studio – Urban Empowerment – Creative Data Analytics for Community-Centred Design (15 ECTS)
  • Urban Computation Seminars – Digital Tools for Investigative Methodologies I; Agent-Based Design & Machine Learning I (6 ECTS)
  • Urban Environment Seminars – Apps for Citizens; Transitional Landscapes (4 ECTS)
  • Urban Communities Seminar – Serious Games (2 ECTS)
  • Urban Theories Seminar – Theories of the Urban II (2 ECTS)

NOTE: Design Studio and Seminars of Term 2 are obligatory.

DESIGN STUDIO AND SEMINARS

The Urban Vulnerabilities Term focuses on leveraging data and evidence-based processes to support vulnerable communities and environments in planning and designing just and equitable urban spaces, transportation systems, housing, and policies. This includes developing tools and designing strategies for spatial equity, determining bias in data and consequent data collection campaigns for impartial data, and developing designs for inclusive urban spaces. Students also continue with AI tools to process and synthesize different media using Generative AI processes for images and text, including SD pipelines and LLMs agents

TERM 3 COURSES:

  • Design Research Studio – Urban Vulnerabilities – Novel methodologies for Data Analytics towards intersectionality inclusive and more than human cities (15 ECTS)
  • Urban Computation Seminars – Digital Tools for Investigative Methodologies II; Agent-Based Design & Machine Learning II (6 ECTS)
  • Urban Environments Seminars – Innovative Urban Futures; Urban Panopticons (4 ECTS)
  • Urban Communities Seminar – Web maps & urban storytelling (2 ECTS)
  • Urban Theories Seminar – Theories of the Urban III (2 ECTS)

NOTE: Design Studio and Seminars of Term 3 are obligatory

Throughout all three terms, the Master in Advanced Urban Planning & Data Analytics offers a holistic educational experience that extends beyond the classroom. In addition to rigorous academic coursework, we place great emphasis on providing students with enriching extracurricular activities. These activities include a series of site and industry visits that allow our students to directly engage with the dynamic and ever-evolving urban environments they study. These visits offer invaluable real-world insights and the opportunity to interact with professionals, practitioners, and cutting-edge technologies in the field of urban planning and technology. Through masterclasses and lectures, they will be presented with the challenges and learnings of professionally engaging with real case applications. All classes throughout all the terms are obligatory.

  • IAAC Lecture Series (2 ECTS)
  • Site & Industry visits (extracurricular activities)

MASTER IN CITY & TECHNOLOGY + THESIS PROJECT (2-Year Program)

Master in City & Technology + Thesis Project – FIRST YEAR

The first year of the Master in City & Technology + Thesis Project is the same for both programmes and has a structure of 3 terms of 3 months each.

Master in City & Technology + Thesis Project – SECOND YEAR

During the Master in City & Technology + Thesis Project, students have the unique opportunity to work for an additional time of 9 months on an Individual Thesis, focused on the development of one research or pilot project. To bridge the gap between education, research & practice, leaders from the professional fields of design, tech, networking, and the third sector join the program team to place concrete challenges on the table, for the thesis students to propose a research topic aligned with these problematiques, ensuring each thesis has direct impact and is meaningful within real-world scenarios. IAAC supports the student in selecting their Thesis subject to better orient them according to their future career interests and opportunities. Each student is assigned one or more Thesis Advisors from academia. They are also paired with a Practice-based Advisor who follows the conceptual, methodological, and technical developments of the work throughout the year. The students will also be grouped in Research Clusters according to their research interests.
In parallel to the development of the Thesis Cluster, the second year of the Master in Advanced Urban Planning & Data Analytics offers a series of seminars enhancing both the theoretical, practical, and computational skills of the students. Some of these seminars are articulated in collaboration with the other master programmes (Program Synergies) offered by IAAC, giving the students the chance to diversify their skillset, as well as further improve their technical knowledge and capacities.

The Second Academic year of the Master in Advanced Urban Planning & Data Analytics comprises the following elements:

  • Advanced Urban Design Thesis Cluster
  • Advanced Computation & Tooling Seminars (including Urban Computation for dynamic visualisation, AI in the built environment; and Augmented & Mixed Reality)
  • Content Seminars (including Business Innovation; Circular Matters; Ecological Interactions; and 1st year program contents)
  • Industry and Applied Research (including Interaction & Prototyping; and EU project-based seminars)
  • Theory Seminars (including Research & Methods)
  • Extracurricular activities

The programme is organized into three terms.

During the first phase of the second year, students start the initial steps of their Individual Thesis research development: contextualizing the research, identifying the knowledge gap, and developing the pathway for the research project’s development. Students will work in Thesis Clusters, supported by Advisors from Academia and Partners from Practice throughout the year, helping them to develop innovative and meaningful work. The first term has complementary courses, focused on Research Methodology, Content Workshops, and Industry & Applied Research.

TERM 1 COURSES:

  • Thesis Cluster – Advanced Urban Design Thesis Cluster (18 ECTS – full year)
  • Theory Seminar (2 ECTS – full year)
  • Content Workshop (2 ECTS – full year)
  • Industry and Applied Research (4 ECTS – full year)

In parallel to the Thesis Cluster sessions that continue on from the first term, students continue with Research Methodology, Industry & applied and research and will be introduced to advanced computational seminars furthering the skills they acquired in the 1st year. Within the thesis, students go deeper into scientific exploration, testing and prototyping their Individual Research projects to verify and consolidate their content and contribution.

TERM 2 COURSES:

  • Thesis Cluster – Advanced Urban Design Thesis Cluster (18 ECTS – full year)
  • Theory Seminar (2 ECTS – full year)
  • Industry and Applied Research (4 ECTS – full year)
  • Advanced Computation and Tooling Seminars (4 ECTS – full year)

This phase is focused on and structured around the development of the final design proposals, consolidating any tools, graphic content, or prototypes related to the Individual Thesis in preparation for its final discussion. The final presentation and defense of the Master’s Thesis takes place before a jury panel at the end of June. Additional support sessions are organised to support the development and quality of the final deliverables.

TERM 3 COURSES:

  • Thesis Cluster – Advanced Urban Design Thesis Cluster (18 ECTS – full year)
  • Theory Seminar (2 ECTS – full year)
  • Advanced Computation and Tooling Seminars (4 ECTS – full year)

The final phase of the programme takes place over the summer and does not include in-person classes, allowing students to focus entirely on developing the complete written document or book for their Thesis Project. The final submission requires two printed copies of the thesis and may also include the publication of a scientific paper.
his phase is focused on and structured around the development of the final design proposals, consolidating any tools, graphic content, or prototypes related to the Individual Thesis in preparation for its final discussion. The final presentation and defense of the Master’s Thesis takes place before a jury panel at the end of June. Additional support sessions are organised to support the development and quality of the final deliverables.

STUDENT PROFILE

The Master in City and Technology is a programme for urban thinkers (including a wide range of backgrounds from urban designers, environmental engineers, and architects, to economists, sociologists, and data scientists), looking to immerse themselves in current debates and technological tooling to question and discuss the future of urban environments. If you are passionate about combining design and data science, and keen to work together with multidisciplinary experts, industries and city administrations on real case studies, come lead the positive transformation of cities, by joining the Master in City & Technology.

*This list is not exhaustive, for specific enquiries about your background, please contact the program’s coordinator.

  • Architecture
  • Arts
  • Business Administration and Management
  • Civil Engineering
  • Data science
  • Development Studies
  • Economics
  • Environmental Studies
  • Geo-information science
  • Infrastructure management
  • Natural Resources
  • Public Administration and Policies Studies
  • Social sciences
  • Sociology
  • Spatial Planning
  • Statistics and econometrics
  • Urban Management
  • Urban Planning
  • Urban Studies

WORK AFTER MaCT

The Master in City & Technology structure links our students to an interconnected network of professionals, companies, as well as academic and research centers. Through this network, they directly have the opportunity to be professionally integrated into both the public, private, and the third sectors in fields related to urban design & planning, urban intelligence & analytics, policy making & community driven initiatives, landscape urbanism & urban environmental design. Furthermore, with the support of IAAC, students have the possibility to create their own practices in the above-mentioned fields.

SCHOLARSHIPS

Our scholarship competition has now finished and we’re unable to accept any more scholarship applications for this year. If you would like to find out when the competition is reopening, please subscribe to our newsletter where we will make the announcement.

 

PROJECT  PROPOSAL: “BIG DATA URBANISM”

The theme of the scholarship offered by the Master in City and Technology programme is focused on Big Data Urbanism: Big data has become an essential tool for the understanding of the urban environment and the generation of accurate decision-making processes for their transformation.

Participants are asked to use Big Data as a tool which informs an urban planning and/or urban design proposal for a city of their choice. In their proposals, they are asked to showcase how through the use of big data they can:

1. Visualize a city’s layers (i.e mobility & transportation, vegetation, road network, waste management infrastructure, energy consumption/generation, housing, tourism, economic activities etc.) through the use of maps and charts.

2. Create a strategy which informs an urban planning/design proposal for the transformation of a city.

REQUIRED MATERIAL

  • A pdf file, A3 format, 3 pages max (max 8MB) containing: a short description in English of the project and the strategy/rationale behind the proposal; images, plans or diagrams of the designed elements.

COMPETITION DEADLINES

Start and end dates to be released soon.

PROGRAMME DIRECTOR & FACULTY

Dr. Mathilde Marengo is an Australian–French–Italian PhD Architect whose research focuses on the Contemporary Urban Phenomenon, its integration with technology, and its implications for the future of our planet. Within today’s critical environmental, social, and economic framework, she investigates the responsibility of designers in answering these challenges through circular and metabolic design. She is Head of Studies, Faculty, and PhD Supervisor at the Institute for Advanced Architecture of Catalonia (IAAC) researching, designing, and experimenting with innovative educational formats based on holistic, multi-disciplinary,y and multi-scalar design approaches, redefining the paradigm of design education within the context of the climate crisis, rapid technological development and planetary urbanisation. At IAAC, she also directs the Urban Sciences Lab (USL), a research group that enhances the creative practice of urban design through data-driven methodologies. The USL explores urban design intelligence within the contexts of urban ecologies and regenerative landscapes; urban communities and public space; and urban analytics and spatial justice pioneering the transition of the urban environment in the era of big data. As part of her work in the USL, she Co-Directs IAAC’s Master in City & Technology. Her investigation is also actuated through her role in several National and EU-funded research projects, as well as being published and exhibited internationally.

Eduardo Rico-Carranza is a Civil Engineer focused on the application of creative forms visualization of data analytics in urban and landscape design. His current research focuses on the development interfaces that capture design in the form of sketches as a form of survey for large scale input in participatory processes. He is carrying out an EPSRC funded Ph.D. in the Space Syntax department in Bartlett school of architecture and acting as a design consultant for Space Syntax Limited. Eduardo currently Co-Directs the Landscape Urbanism master in the Architectural Association exploring the role of design within large landscape and environmental policy. He has extensive teaching experience in other institutions such as GSD, Bartlett and Berlage Institute. Eduardo has experience of working in the Urban Infrastructure Team in Arup as well as urban and landscape designer in a variety of award-winning projects with smaller firms in London.

Coordinators:
Isabel Lima
Mauro Izarra

Studio Faculty:

Iacopo Neri –Design Research Studio Faculty – Urban Reading
Laura Guimarães – Design Research Studio Faculty – Urban Reading
Eduardo Rico – Design Research Studio Leader – Urban Empowerment
Marziah Zad Design Research Studio Leader – Urban Empowerment
Dr. Mathilde Marengo – Design Research Studio Leader – Urban Vulnerability
Honorata Grzesikowska – Design Research Studio Leader – Urban Vulnerability
Isabel Lima – Design Research Studio Leader – Urban Vulnerability


Seminar Faculty:

Riccardo Palazzolo – Urban Research & Consultant
Pablo Muñoz Unceta – Urban Research & Design

Eugenio Bettucchi – Parametric Urban Design Expert
Ana Gallego – Urban Research & Design

Dr. Mariano Gomez Luque – Urban Theory and Design
Andres Colmenares – Creative Research and Strategic Design
Guillem Camprodon – Urban Sensing and Communities
André Resende – Data Science & Urbanism
Neslihan Gulhan – Urban Design
Christina Chen – Product Designer
Lina Salamanca – Art Direction and Brand Design
Jack Isles – Forensic Architect
Zac Ioannidis – Computer Science and Data Expert
Thomas Martin – Computer Games Developer
Felipe Vera – Urban Development
Matias Lince – Urban Development
Adrien Ravon – Architect
Anna Piccinni – Policy analyst
Sebastiano Scacchetti – Transport Engineer
Camilla Franchini – Urban Planning & Spatial Analysis
Hugo Pires Meireles – Transport Planning
Rosa Thoneick  – Digital Innovation and Urbanism
Nikol Kirova – Material Innovation in Design and Architecture
Fiona Demeur – Regenerative Architecture & Research
Willy Muller – Urban Planning & Design
Davide Rovera – Entrepreneurship and Product Management
Nico Schouten – Built Environment
Jonathan Minchin – Ecological Interaction

Angelos Chronis – Urban Sensing and Artificial Intelligence
Serjoscha DueringSpatial Data Analysis & Simulation Methods
Stasya Fedorova – Machine Learning Engineer
Daniil Koshelyuk – AR/VR
Eugenio Bettucchi – Parametric Urban Design Expert
Shin Koseki – Urban landscape
Dario Negeruela Del Castillo – Digital Visual Studies

Practice-based Advisors:
Felipe VeraInter-American Development Bank
Rodrigo Vargas –
UN Habitat Resilience Hub
Sebastiano Scacchetti
– Transport Engineer
Susan Jayne Thams Carruth –
3XN Architects
Eve Nnaji –
add.apt
Jack Isles –
Forensic Architecture
Marziah Zad –
Ashrafi & Zad Design

COLLABORATIVE ENTITIES

Every year the Master in Advanced Urban Planning & Data Analytics collaborates with a network of professionals from the worlds of industry, research, and academia. Through this network and a solid collaboration with the city council of Barcelona, students have a unique opportunity to study with professionals coming from the fields of architecture, urban planning, urban design, urban technologies, mobility and transportation, data science, big data analytics, artificial intelligence, urban innovation, and economics.

INDUSTRY

EUROPEAN PROJECTS

STUDENTS LIFE

IAAC Graduation Day 2024: A Celebration of Collaborative Accomplishments

Discover students’ speeches reflecting on their unique experiences at IAAC, shared during the IAAC Graduation Day 2024.

read more?

MaCT’s Interactive Exhibition Decodes Urban Theories and Issues in the AI era

MaCT students constructed a collective glossary mobilizing a variety of formats and presented in the form of an interactive exhibition.

read more?

MaCT students develop pathways for decarbonisation for Viladecans

MaCT students worked in Viladecans, a city in the Metropolitan Area of Barcelona, part of the citiES 2030 platform.

read more?