MIAU
30+30
ECTS
720hrs
Embedded Files
MIAW
Master in Intelligent Artificial Worlds
Based on STEAM Modules (Science, Technology, Engineering, Design, Architecture, Arts and Mathematics) with Artificial Intelligence
UPM MADRID
POLYTECHNIC UNIVERSITY
ETSAM - MCH - ETH ZURICH
Edition 5
2025/6
MIAW Guidelines
MIAW Guidelines
Introduction
Introduction
MIAW master in STEAM Modules for Unified Architectural Innovation with Artificial Intelligence is a professional academic program at the convergence of STEAM workflows and design practice presented by Universidad Politécnica de Madrid, in collaboration with MCH Master in Collective Housing. Its academic structure offers advanced training in the technical skills necessary to recast the boundaries of these disciplines, while fostering critical thought in the context of cutting edge design speculation. The course is intended for qualified architects, engineers, artists or designers who have completed their bachelor´s degree or equal level certificate. MIAU will take place at the ETSAM, UPM University, Madrid Spain, and also can be followed online.
Context
Context
The AEC (Architecture, Engineering and Construction) Industry evolves firmly, so professionals must be skilled with the most advanced tools and methods to address new challenges regarding Project Generation, Computer Graphics and New Technologies. Advanced Computation tools such as Parametric Design, Structural and Environmental Real-time Analysis, Building information Modelling (BIM), Artificial Intelligence (AI), Virtual Reality (VR), Augmented Reality (AR), Scripting Methods for Automation and Resarch, Rendering and Space Rrepresentation in Real-time, Inmersive Environments and Virtual Tours, Digital Twins, Machine Learning (ML), requires new skills that must be learned by the different agents that take part in the construction process from early stages of design creation, to get a more sustainable, creative and responsive projects.
Starting from a deep knowledge of the tool and the processes involved in the student's workflow during the development of the master, the necessary resources are provided for the realization of a project with a technological approach that starts from the premise of intervening in the root of a social need, with a technical and economic approach, so that the student has a direct way to apply their knowledge in today's society.
Agenda
Agenda
Duration
Duration
The program consists of 360 hours (30 ECTS) from October 202x till October 202(x+1), Monday till Thursday, every afternoon (15.45 to 21.00). During this time, it is strongly recommended an intense dedication in order to develop and complete practical work.
Schedule
Schedule
202X
July 30 - 1st period registration deadline
September 29 - 2nd period registration deadline
October 16 - 1st TERM start
202(X+1)
February 16 - 1st term final presentations
February 19 - 2nd term start
June 22 - 2nd TERM final presentations
October 12 - Master Final Project Presentations
Academic Fees
Academic Fees
POSTGRADUATE COURSE 360 h / 30 ETCS / Total Tuition Fee 3.000 .
60 h SHARED WITH MCH PROGRAM
The Experience
The Experience
In contrast to the traditional Online programs and tutorials, the Master in Advanced Architecture, Urbanism and Computational Design offers a "virtual" real classroom environment, based on a continuous, interactive and collaborative learning process in real time at the student's disposal.
MIAU is not a solitary experience, since the program gives the possibility to be part of a select group of international students, perfectly connected thanks to the most advanced videoconferencing and collaborative work platform.
The limited number of students (a maximum of 25 per course) guarantees that each student can have a rigorous and continuous follow-up by the faculty and the academic coordination team, with hours dedicated to academic advising and administrative support.
Format
Format
Hybrid Online and Presential (Synchronous or Asynchronous)
Hybrid Online and Presential (Synchronous or Asynchronous)
Students can choose to follow the program in Synchronous or Asynchronous format, according to their personal schedule after personal assessing.
A) In the synchronous format, learning takes place in real time with all students in real time classrooms, physical or virtual, where knowledge is imparted horizontally through the various communication channels available, for which a virtual classroom is offered to have access to all the content taught during the various modules.
The rest of the time the student continues to have access to the virtual content, as well as contact with their peers, encouraging the development of the personal project as well as interpersonal relationships within the master itself.
B) In the asynchronous format, which we offer on an exceptional basis, a series of master classes given by the experts, of a more instructional and not so practical nature, will be recorded and made available to the students offline, so that the essential knowledge is always available for review by all students.
In the same way, these virtual meeting spaces will remain open, as well as the physical classroom, and available to the students so that they can use them at any time for the development of their project within the master, individually or collectively.
It is worth mentioning that both formats are not exclusive, and can be used whenever necessary by the students.
Educational Goals
Educational Goals
1 - Creating Instrumental Project Support: Generation, Ideas, Formats, Displays, Narratives.
2 - Cultivate Group Dynamics that explore the formalization of research in operational formats for its communication and sharing within multidisciplinary teams.
3 - Generate Research Lines that deepen in the knowledge of Project Design through Custom Tools
4 - Push the limits of cutting edge technologies under a critical approach
5 - Generate practical tools as objectives that are useful for future research
6 - Create a both Critical and Instrumental Framework for Architecture, Design, and Computational Projects
7 - One-to-one Mentorship to MIAU students in order to transform their oral presentations in compelling and impactful performances, guided by Antonella Broglia
8 - Generate Multidisciplinary Environments for the crossing of fields of knowledge, involving the entire MIAU academic community
9 - Establish and customize Research Models based on MIAUHAUS methodology (TFM)
10 - Develop Professional Digital Workflows to achieve tangible and specific objectives
Professional Practices
Professional Practices
The Master in Advanced Architecture, Urbanism and Computational Design connects students with an international network of professionals, institutions and companies, pioneers in computational design applications in the field of Architecture, Engineering and Construction (AEC).
In the same way, the deep knowledge of the software with which we prepare our students enables them to face any problem of our reality with the most advanced tools in the multiple sectors available to them, making them competent professionals in a multitude of sectors, not only in the AEC sector.
On the other hand, a number of international industries and offices, connected with MIAU offer annual internships and job opportunities for our Alumni.
Student Profile
Student Profile
MIAU Program is intended for Architects, Designers, Engineers who want to become experts in Advanced Computation and build a critical project in the Architecture, Engineering and Construction (AEC) industry.
The aim is to earn new tools and methodologies working with proficient experts and faculty, in an innovative educational structure
Application and Admission
Application and Admission
The application period is continually open. If you wish to apply, please, send your CV and portfolio, to miau@miautics.com. The academic committee will evaluate your application and we will contact you as soon as possible. Application period for next year's edition is open until 1st December.
We also arrange meetings with aplicants interested in our Program. If you wish to meet us, send an email to miau@miautics.com
Scholarships
Scholarships
Applications until September xx, 202X.
The possibility of four 50% scholarships is established. These scholarships will be assigned based on academic merit. Fellows may be assigned teaching support tasks.
To apply for the scholarship you must register in the ordinary way and additionally send the following documents to miau@miautics.com:
-Personal motivation letter.
-Academic and/or professional merits.
-Academic and personal portfolio.
-Accreditations of the merits that are considered relevant, letter of recommendation
Academic Program (Syllabus)
Academic Program (Syllabus)
The Master In Advanced Architecture, Urbanism and Computational Design, based on a Learning by Doing and Design by Research Methodology, offers a singular educational experience, articulated in 3 modules with a Master Thesis Project (TFM). MIAU consists of two Semesters, both structured according to three interconnected fields as academic blocks: Project Generation (PGE), Computer Graphics (CGR) and New Technologies (NTE). The subjects are packed into six interconnected, transversal and unified areas: SCIENCE, TECHNOLOGY, ENGINEERIGN, ART AND DESIGN, AND MATHEMATICS (ARTIFICIAL INTELLIGENCE (AI), BIG DATA (BD), EXTENDED REALITIES VR/AR (XR), GENERATIVE DESIGN (GD), BIM - AECO INDUSTRY (BA), COMPUTER AND MOTION GRAPHICS (CG)...)
KEY CONCEPTS: TER= TERM OR SPECIALIZATION COURSE / ARE= AREA / SUB= SUBJECT / WOR = WORKSHOP / MCL = MASTERCLASS
TER 30 ETCS (360h)
TER 30 ETCS (360h)
ARE / SCI SCIENCE (72h)
ARE / SCI SCIENCE (72h)
(COMPUTER GRAPHICS, SIMULATIONS, MULTIDICIPLINAR FRAMEWORKS)
(COMPUTER GRAPHICS, SIMULATIONS, MULTIDICIPLINAR FRAMEWORKS)
Description:
Contains the fundamental “why” of the course. Through Digital Fundamentals, Digital Morphologies and Digital Systems, students will learn about algorithmic geometry, parametric systems and the foundations of working with data in architecture. In Disciplinary Simulations and Multidisciplinary Design Systems those theories are transformed into concrete algorithms that simulate and generate solutions.
Application of the scientific method to computational design.
Data-driven optimization (environmental simulation, energy performance, sustainable material analysis).
AI-based predictive modeling in architecture.
Computational design is not only an innovation toolbox, but also a new method of approaching the way the world around us is built and created. It is a set of form-finding processes that can recreate nature's evolving approach to design, or even explore full artificial workarounds . You can start with design goals and then explore countless possible permutations of a solution to find the best fit. By using cloud computing, generative design can walk through thousands or even millions of design options, testing configurations, and learning from each iteration what works and what doesn't. These processes allow designers to generate new options, to reach an effective design. As Lars Hesselgren explains: “ Generative design is not about designing the building – Its' about designing the system that builds a building. ” It is a method to automatically generate forms from the modification of the variables that define them, chosen by the designer.
Principles, methods, and applications on how simulations can model, predict, and optimize complex systems in design, science, architecture, engineering, and other disciplines. Students learn to harness computational tools to replicate real-world phenomena, enabling data-driven design decisions.
Leader: Sergio Del Castillo Tello (MIAU)
Credits: 5 ECTS
Faculty: Sergio Del Castillo Tello (MIAU)
Contents:
SUB AWF - Advanced Workflows. Multiplatform operational workflows for the creation, realization and presentation of achitecture and urbanism projects. Global overview of design methodologies.
SUB DFU - Digital Fundamentals. Basic concepts and terminology to conceive computational design as a field of knowledge and production based on algorithms, geometries, structures, shapes and images within the current context and the prospective evolution of digital tools regarding to project designing.
SUB DGM - Digital Morphologies. 3DModelling. Form generation, nature and properties based on the customized selection of variables in its design: Typologies vs topologies.
SUB DGS - Digital Systems. Geometric automation based on the assembly, sets and aggregation of related components conforming complex entities.
SUB PAR - Advanced Prototype Parameterization. Visual programming of reactive and adaptive parametric projects. PVB, PVI, PVA: Visual Programming: Basic, Intermediate, Advanced Levels.
SUB DSM - Disciplinary Simulations. Generation of subsystems integrating the project based on several disciplines (structural, bioclimatic, constructive, physical, infrastructural). The result is the elaboration of FEM calculation documents and structural dimensioning, and decision making regarding thermodynamic bioclimatic strategies.
SUB MDS - Multidisciplinary Design Systems. Dynamic models programming as a support to transversely cross routines of different disciplines. Understanding the project as an assembly of interrelated sub-elements. Adaptive parametric projects designing the behavior of their architectural elements between them and in relation to the outer and inner context
ARE / TEC TECHNOLOGY (72h)
ARE / TEC TECHNOLOGY (72h)
ARE SIM /
ARE SIM /
Description:
Once the concepts are clear, we dive into the tool-set. Advanced Prototype Parameterization (Visual Programming Basic–Advanced) is where students will master Rhino and Grasshopper and its plug-ins (Kangaroo, Galapagos, etc.); parallel sessions show how the same logic carries over to Dynamo inside Revit. Programming Languages adds Python scripting for automation, while the Advanced Workflows and BIM Programming seminars teach cross-platform data exchange, BIM APIs and digital-twin coordination. By the end of the term students will be able to chain Grasshopper definitions, Dynamo graphs and BIM databases into a single, reproducible workflow.
Digital tools and BIM + parametric design platforms.
Integration of generative AI into architectural workflows.
Digital fabrication, robotics, and rapid prototyping.
Leader: Iago Romero Ogando (MIAU)
Credits: 5 ECTS
Faculty: Iago Romero Ogando (MIAU)
Contents:
ARE / ENG ENGINEERING (72h)
ARE / ENG ENGINEERING (72h)
Description:
The fully practical part of the course; we turn the algorithms we have learned to generate, into objects you can hold. Mechanics covers joints, auxetic skins and soft-body rigs; Advanced Digital Fabrication allows students to prototype with 3D printing, making micro-structures, kinetic façades or snap-fit assemblies at scale. Short exercises culminate in a physical mock-up - whether printed, milled or otherwise - that tests tolerances, assembly logic and material behaviour within the classroom setting.
Structural innovation through optimization algorithms.
Simulation of construction processes.
Complex systems engineering applied to the built environment.
ARE AAI / ALGORITHMS (ARTIFICIAL INTELLIGENCE)
ARE AAI / ALGORITHMS (ARTIFICIAL INTELLIGENCE)
Impact of artificial intelligence (AI) on urban environments. It examines how AI technologies, including machine learning and computer vision, are transforming city planning, governance, and services. Students delve into AI-powered solutions for traffic management, energy efficiency, public safety, and citizen engagement. Case studies showcase successful AI implementations in various urban contexts worldwide. Ethical considerations surrounding AI in cities, such as bias and data privacy, are also discussed. Through hands-on projects, students develop AI solutions addressing urban challenges and gain insights into the future of AI-driven cities.
Director: Iago Romero Ogando (MIAU)
Credits: 5 ECTS
Faculty: Iago Romero Ogando (MIAU)
Contents:
SUB ADP - Algorithms, Data and Processes. Programming basics. Introduction to opensource development environments.
SUB DDD - Data Driven Design. Case studies about Algorithms to automate decisions. Decision-making methods.
SUB MCH - AI and Machine Learning Methods. An introdution on algorithms to allow computers to learn from experience datasets.
SUB EVO - Prototype Evolutionary Design. Evolutionary problem solving mimics the evolution employing the same trial-and-error methods that nature uses in order to arrive at an optimized result.
ARE / ART ARTS AND DESIGN (72h)
ARE / ART ARTS AND DESIGN (72h)
ARE DAZ DATA (BIG DATA AND DATAVIZ)
ARE DAZ DATA (BIG DATA AND DATAVIZ)
Description:
The Image Production, Hyperrealism and Diagramming & Graphic Design studios walk step-by-step through lighting, texturing and compositing pipelines to produce high quality renderings, both using classic VRay workflows, as well as modern AI tools.
In addition, workshops on Real-Time Engines Realism and Digital Landscapes teach students to export models into Unreal or Unity for interactive walkthroughs and atmospheric videos. The result is a toolkit for crafting clear visuals, cinematic renders and immersive XR experiences that communicate both concept and craft.
Intersection of big data and arch-urban environments. It delves into how cities collect, process, and analyze vast amounts of data to improve urban planning, infrastructure, transportation, and services. Students learn about data sources such as IoT sensors, social media, and government records. They examine case studies and applications of big data analytics in addressing urban challenges like traffic congestion, environmental sustainability, and public health. The module also covers ethical considerations, privacy issues, and the potential for data-driven smart cities. Students gain practical skills in data analysis and visualization relevant to urban contexts.
Architectural design as the synthesis of creativity and computational logic.
Digital aesthetics and visual narratives.
Generative art and formal exploration through AI.
Leader: Manuel Monterserín (MIAU)
Credits: 5 ECTS
Faculty: Iago Romero Ogando (MIAU)
Contents:
SUB MOD - 3D Animation and Motion Design. Designing and visualizing processes, change, evolution, transformation. Creating illusions of life animation. Abstract living spaces. Visual story-telling. Movement thinking. Dinamic graphic art. Rigging motion systems
SUB CGI - History and Technique of the Image. Contextual evolution of the pictorial representation related to the production techniques.
SUB DIG - Diagramming and Graphic Design. Production of graphic representation of a proposition, of the project´s scheme, of the relations between the different parts or elements of a set or system.
SUB IMG - Image Production. Specialization on digital imaging production, postproduction and narratives.
SUB HYR - Hyperrealism. Understanding the retoric of the real, allows us to get into de realness as a creative material, throught advanced CG technics. Approaching the realness in image making not as a goal itself but as a research field.
SEM DLA - Digital Landscapes. Virtual-Natural Ecosystem emulations
SEM ABS - Three-Dimensional Abstraction. Hiporealism. Abtract interpretations with virtual techniques. Graphic Design and Branding. Motion Graphics.
SUB RVI - Virtual Reality. Space exploration for a digital nature. Virtual reality experiences allows us to experiment an inmerssive digital experience. Rather than replicating or transforming condition of the real world, genuine digital immersive experience.
SUB ARX - Augmented and Hybrid AR/VR (XR) Realities. Virtual layers over the real environment.
SEM REA - Real Time Engines Realism. Not only mimic the real, but reinterpreting it as the new digital.
SEM ECO - Ecology and Virtual Ecosystems. Biodiversity, modelling and prospection of interactive natural biotopes.
ARE / MAT MATHEMATICS (72h)
ARE / MAT MATHEMATICS (72h)
ARE XRE / INTERFACES (EXTENDED REALITIES VR/AR/XR)
ARE XRE / INTERFACES (EXTENDED REALITIES VR/AR/XR)
Description:
Finally, we introduce the geometric rules behind the course so far. Digital Morphologies introduces computational geometry; Geometric Conflicts tackles collision detection, mesh optimisation and topological surgery; Mathematical Explorations and Mathematical Simulations give you the calculus of curvature, differential growth and dynamic relaxation. Combined, these subjects will teach students about advanced geometry, whether for form-finding, complex NURBS or mesh structures.
Mathematical foundations of parametric and algorithmic design.
Computational geometry applied to architecture.
Mathematical models for optimization and simulation.
Convergence of Extended Realities (XR), including Virtual Reality (VR) and Augmented Reality (AR), with urban planning and architecture. Students examine how XR technologies are reshaping city design, visualization, and user experiences. They delve into XR tools for urban modeling, digital twins, and interactive architectural design. Case studies highlight innovative XR applications in urban development, heritage preservation, and urban tourism. Ethical considerations, such as data privacy in XR urban environments, are discussed. Through hands-on projects, students create XR-enhanced urban and architectural prototypes, gaining a deeper understanding of the future integration of XR in city planning and architecture.
Leader: Alvaro Sanchez Garda (MIAU)
Credits: 5 ECTS
Faculty: Alvaro Sanchez Garda (MIAU)
Contents:
SUB PRG - Programming Languages. Scripting in Python
SUB HAK - Object Hacking. Digital Twins for testing Project Conditions
SEM REC - Digital Reconstruction. Laser Scanning and Photogrammetry. Digital Twins from point clouds. Geometry reconstruction. Topology and retopology. Geometry conversion modes from real to digital and back.
SUB GIS - Geographical Information Systems. Urban Territorial Analysis.
ARE BAI / INDUSTRIES (BIM / AECO / ENTREPRENEURSHIP)
ARE BAI / INDUSTRIES (BIM / AECO / ENTREPRENEURSHIP)
Description: Entrepreneurship in computational design focuses on leveraging cutting-edge computational tools, algorithms, and technologies to create innovative solutions within architecture, engineering, and design industries. It combines creativity, technology, and business acumen to address inefficiencies, enhance performance, and push the boundaries of traditional design practices.
Building Information Modeling (BIM) and its application in the Architecture, Engineering, Construction, and Operations (AECO) industries. Students learn the fundamentals of BIM, including 3D modeling, data integration, and collaboration. They explore how BIM revolutionizes project design, management, and sustainability. Practical exercises involve creating BIM models and analyzing real-world AECO projects.
Leader: Antonio Canero Esteban (MIAU)
Credits: 5 ECTS
Faculty: Antonio Canero Esteban (MIAU)
Contents:
SUB BIM - Building Information Modelling. Set of processes and methodologies for the generation and management of data of a building or civil engineering work during its life cycle, using a digital model shared between different actors in the value chain. The objective is to reduce time and resources in the design, construction and management of the asset.
SEM BMM - BIM Managers. BIM Case studies.
SEM BAP - BIM Programming. BIM APIs.
SEM PRW - Professional Workflows. Companies and Offices Working Case Studies.
SUB GSP - Generative Space Planning. Generative Building Layout Design
SUB BIO - Advanced Environmental Bioclimatics and Thermodynamics.
SUB STR - Advanced Singular Structures. Special solutions to special structural problems.
SEM CON - Geometric Conflicts. Cutting Edge Topics in Computational Geometry Problems. Construction Case Studies and Digital Articulations.
SEM PRC - Atlas of Procedural Objects. Deep Procedural Design Space Explorations.
SUB MET - MEP Metabolics. BIM Installations and Mechanical Electro-Plumbing Nets
SUB UPA - Parametric Urbanism and Landscape. Urban design processes, techniques and mechanisms of the computational approach to the environmental urban morphology.
SUB MEC - Mechanics. Assembly Physical Solutions through Dynamic Constraints. Hard ans Soft Bodies, Collisions. Auxetic Structures, Rigging
SUB THR - Thermodynamics, Energy and Form. Thermodynamics, as the field of physics which studies the energy interactions between systems, offers a basic understanding of heat exchanges, explaining how energy is emitted, transmitted and absorbed.
SUB SUS - Sustainable Design and Bioconstruction. Circular Design in the Build Environment, Economy and Ecology
SEM NTF - NTFs and Extreme Singular Style in Image Production. In search of personal identity in a world of massive computational imaginery. Non Fungible Tokens operations.
SUB CRI - Digital Research Tools for Critical Thinking. Computational Criticism Methods.
SUB CHA - Character Design. Graphical Imaginaries. Skeleton, Rigging.
SUB TEX - Texture painting. Auto mapping coordinates. Skinning.
SUB RIG - Rigging. Rgging and skinning characters and animaton elements.
SUB CED - Composition and Edition. Mocaps and Tracking for videophotocompositions and integration virtual/real. Integrated Postproduction
SUB VFX - Cinematic Animation. Virtual Special Effects,VFX. Big sets of data simulation and effects.
SEM DOC - Final Architectural Documents. Worksflows to manage the sets of data for the representation in real time of the architectural object.
SUB FIS - Physical Simulations. Generation of subsystems integrating the project based on physical sims.
SUB MAT- Mathematical Simulations. Dynamic models for mathematical dataviz.
SUB BIO - Biological Simulations. Designing and visualizing natural processes, change, evolution, transformation. Creating illusions of life animation.
SUB AIN -Artificial Intelligence and Neural Networks. Predictive modeling, adaptive control and applications where they can be trained via a dataset. Self-learning resulting from experience can occur within networks, which can derive conclusions from a complex and seemingly unrelated set of information
SEM IOT - Internet of Things. Objects, Subjects
SEM COM - Computer Vision. Visual Recognition
SUB INT - Interactive Environments. Processing.Processing. NTFs.
SUB ROB - Mechanics for Robotics. Soft and Hard Body Modelling, Techniques for Digital Robotic Manufacture.
SUB CSL - City Sciences Labs. Multidimensional aproach for the urban reality/virtuality
SUB DAM - Big Data Mapping Methods. Specialized techniques and technologies to process very large sets of data
SUB MAT - Mathematical Explorations. Explanations behind geometrical natural processes.
SEM MET - Research Methodologies. Set up of the structure of an architectural research paper.
SUB ORG - Organic Modelling and Texturing. Free-form and Sculpting Methods for creating complex 3D objects and textures. Painting textures to set advanced realistic material behaviour. Free sculpting modelling. Zbrush.
SUB WEB - UX/UI Design. Designing processes of defining the experience of a user when interacting with digital products.
SUB RVA - Advanced Virtual Reality. Virtual Interactive Tours, AR/VR Integration.
SUB VIZ - Advanced Data Vizualizations. DataViz: Infoxication, Manipulation, Activism.
SEM MEV - Metaverses. Expansive universe to play, build, own, and monetize virtual experiences
SUB FAB - Advanced Digital Fabrication. New material micro-structures. Smart materials. Material laboratory.
SUB MEG - Digital Megabuildings. Big Hybrids and other architectural monsters. Mixed-program configurations in large scale operations and its digital documentation.
SUB BIA - Advanced BIM. Programming APIs. BIM Manager / CIM Manager. Digital Twins.
SUB EMO - Multiobjective Evolutional Design Optimizations. Evolved Virtual Creatures. Designing Behaviours.
SEM TWI - Digital Twins. Operational examples on duplicating real buildings into the digital realm.
Final Project
Final Project
Description: This academic module serves as the culmination of the Advanced Architecture and AECO (Architecture, Engineering, Construction, and Operations) program, providing students with the opportunity to showcase their expertise. Students choose a research topic relevant to advanced architecture or AECO industry challenges. They conduct in-depth research, design innovative solutions, and present their findings through a comprehensive thesis. The module emphasizes critical thinking, problem-solving, and advanced research methodologies. Ethical considerations, sustainability, and cutting-edge technologies are integrated into the thesis process. Graduates emerge with a master's thesis that demonstrates their advanced knowledge and readiness to tackle complex issues in the fields of architecture and AECO.
Leader: Sergio del Castillo Tello (MIAU)
Contents:
SUB PRO - Final Master’s Project, guided by one or two instructors from the faculty as codirectors. Flexible personal tuiton during the creation of the TFM.
SEM PAP - How to Structure a Research Paper.
SEM INV - How to Structure a Research Thesis
Academic final structure: MIAU I (Multipurpose toolkits 1st Academic term) October 16 till February 16 + MIAU II (Advanced Specialization 2nd Academic term February 19 till June 22) = 2 x Specialization course 300 h= 2 x credits 30 ETCS + TFMIAU Final Thesis Project (3rd Academic term, June 22 till October 8-12 , credits 12 ETCS).
Each Advanced Infographics course can be done independently as a UPM specialization course. Tuition fee payment can be split in two times each academic term.
SUBJECTS
SUBJECTS
DFU - Digital Fundamentals
DFU - Digital Fundamentals
Basic concepts and terminology to conceive computational design as a field of knowledge and production based on algorithms, geometries, structures, shapes and images within the current context and the prospective evolution of digital tools regarding to project designing.
Description:
Introduction to basic concepts and terminology to knowledge and production discipline based on algorithms, geometries, structures forms and images. Digital tools and format files fit in the current context seen in its prospective evolution. Exploration of several operational workflows for realization, research and presentation of projects. Learning of the optimal practical cross between platforms, instruments and tools. 1.- Offer resources for the generation of documents of support, ideation and exhibition. Creation of a sequenced global vision. 2.- Know the potential of each platform at each task, as well as to establish its comparison and selection appropriate to the purpose of each flow, which proposes the search for a specific objective, or a drift towards it 3.- Production of own personalized tools adapted to the development of each proposal. He establishes a sequential evolution from the first practice to the last in such a way that each is linked to the previous one in the drift of the development of the chosen project, which can be a real contest that is taken as a pretext to develop the works. 4.-Manage practical knowledge by linking progressively extracted data as an exploration of the decisions that are taken for the preparation of the project. Visualize and present the crossing of all these variables.Bibliography:
John Maeda https://maedastudio.com/ http://www.danieldavis.com/a-history-of-parametric/ http://www.cad-addict.com/2010/02/from-cad-to-bim-part-i-history-of-cad.html AISH, R. (2005) ACADIA MITCHELL,W. J. (1978) The theoretical foundation of computer-aided architectural design, Environment and PlanningNumber of Sessions/Duration: 3 (10 hours)
AWF - Advanced Workflows
AWF - Advanced Workflows
Multiplatform operational workflows for the creation, realization and presentation of achitecture and urbanism projects. Global overview of architectural projects.
Description:
Interoperability between tools and algorithms and specialization in cutting edge fields regarding architectural and urban realm. Collaborative management and digital management work of a advanced design office. Large-scale documents and Big Data sets. Databases and information management. Urban information, City Sciences approaches.Milestone:
Big Scale Documents, Databases, Urban Interfaces.Bibliography:
Michael Batty: “The New Science of Cities” Laurie Winkless: “Science and the City The Mechanics Behind the Metropolis”Number of Sessions/Duration: 12 (30 hours)
PAR - Advanced Prototype Parameterization
PAR - Advanced Prototype Parameterization
Visual programming of reactive and adaptive parametric projects. PVB, PVI, PVA: Visual Programming: Basic, Intermediate, Advanced Levels
Description:
Responsive architectural parametric prototypes through visual programming. This seminar will seek to combine the visual programming’s concepts and protocols to full reactive and adaptative prototypes and its context. This seminar opens the possiblity to the interpretation and exchange of the generated geometry and its attributes to BIM formats and models. BIM Megabuildings: Low Carbon Buildings, Climate-Context-Culture, Comfort and Energy, Sustainable Service Systems for Mega-Buildings, Multidisciplinar Design Systems (MDS), Megaconstructions, Planning and Phases.Milestone:
Megabuilding Project Documnentation and Programming.Bibliography:
https://ieatbugsforbreakfast.wordpress.com/ OTTO, Frei, and Bodo Rasch. 1996. Finding Form: Towards an Architecture of the Minimal. Stuttgart: Axel Menges. FRAZER, John. 1995. An evolutionary Architecture. London: Architectural Association.Number of Sessions/Duration 18 (45 hours)
DGM - Digital Morphologies
DGM - Digital Morphologies
3D Modelling. Computational Geometry and Computational Complexity.
Description:
Generation, nature and properties of form based on chosen custom design inputs. We introduce students to relational ways of generating and analyzing architecture using visual programming. A project based learning method will allow to elaborate a useful catalog of morphogenerative protocols and tools that can be used on project making situations. The student will acquire as well a critical capacity about digital and parametrical tools. During this seminar, dicussions about some of the current architectural fashions related to these tools will be held. The main branches of computational geometry are: Combinatorial computational geometry, also called algorithmic geometry, which deals with geometric objects as discrete entities Numerical computational geometry, also called machine geometry, computer-aided geometric design (CAGD), or geometric modeling, which deals primarily with representing real-world objects in forms suitable for computer computations in CAD/CAM systems.Milestone:
Computational Forms Catalogue: A Design Space. An adaptative procedural environment open to student’s speculative proposalsBibliography:
http://www.interactivearchitecture.org/ http://www.co-de-it.com/wordpress/ DELANDA, Manuel. Deleuze and the Use of the Genetic Algorithm in Architecture https://www.youtube.com/watch?v=50-d_J0hKz0 LYNN, Greg, https://www.ted.com/talks/greg_lynn_on_organic_design?language=es KOLAREVIC, Branko (2005) Performative Architecture Beyond instrumentalityNumber of Sessions/Duration: 9 (22.5 hours)
DGS - Digital Systems
DGS - Digital Systems
Geometric automation based on the assembly, sets and aggregation of related components conforming complex entities. Case studies of procedural routines, cellular automata, emerging environments and multiagent systems.
Description:
A complex digital system is an organization of entities created from many rules which may interact with each other within a computational framework. Complex systems are systems whose behavior is intrinsically difficult to model due to the dependencies, competitions, relationships, or other types of interactions between their parts or between a given system and its environment. Systems that are “complex” have distinct properties that arise from these relationships, such as nonlinearity, emergence, spontaneous order, adaptation, and feedback loops, among others. Because such systems appear in a wide variety of fields, the commonalities among them have become the topic of their own independent area of research. In many cases it is useful to represent such a system as a network where the nodes represent the components and the links their interactions.Milestone:
Variations on the exercise’s adaptive prototypesBibliography:
http://madeincalifornia.blogspot.com.es/ http://www.spacesyntax.com/ http://www.bedarf.cc/ KOLAREVIC, Branko (2015) Building Dynamics: Exploring Architecture of Change. Ed. Routledge SHIFFMAN, Daniel The nature Of Code http://natureofcode.com/book/ YIANNOUDES, Socrates (2016) Architecture and Adaptation: From Cybernetics to (…). Ed. Routledge NICHOLAS J. Macias et al. Self-Organizing Digital Systems in Advances in Applied Self-organizing Systems, pp.177-216 FARLEY, B et al. (1954) Simulation of self-organizing systems by digital computerNumber of Sessions/Duration: 12 (30 hours)
DSM - Disciplinary Simulations
DSM - Disciplinary Simulations
Generation of subsystems integrating the project based on several disciplines (structural, bioclimatic, constructive, physical, infrastructural). The result is the elaboration of FEM calculation documents and structural dimensioning, and decision making regarding thermodynamic bioclimatic strategies.
Description:
Tools for the creation of virtual scenarios simulating restricted live physical conditions. The aim is to acquire the ability to model complex livealike systems such as tensile structures, inflatables, minimal surfaces, unfoldable surfaces, depoyable structures and analyse its behaviour as a force and vector input’s result through time. Particle Systems and FEM Finite Element Modeling for physical calculations. Proper remeshing for each case of study.Milestone:
Bioclimatic, Structural, Mechanical SimulationsBibliography:
https://spacesymmetrystructure.wordpress.com/ HARTMANN A.K., (2009) Practical Guide to Computer Simulations. Ed. World Scientific THIJSSEN, Joseph (2007). Computational Physics. Cambridge University Press. STICKLER, B. Schachinger, E. (2013) Basic concepts in computational physics. Ed. Springer Verlag KOONIN, Steven E. (1986) Computational Physics.Ed. Addison-Wesley PANG, T. (2010) An Introduction to Computational Physics. Ed. Cambridge University Press LANDAU, Rubin H.; Páez, Manuel J.; Bordeianu, Cristian C. (2015). Computational Physics: Problem Solving with Python. Ed. John Wiley & SonsNumber of Sessions/Duration: 12 (30 hours)
MDS - Multidisciplinary Design Systems
MDS - Multidisciplinary Design Systems
Dynamic models programming as a support to transversely cross routines of different disciplines. Understanding the project as an assembly of interrelated sub-elements. Adaptive parametric projects designing the behavior of their architectural elements between them and in relation to the outer and inner context
Description:
Dynamic and interrelated model programming as a 3D framewrok to cross different disciplines routines. Conceived as a disciplinary environments solutions (such as the structural, bioclimatic or infrastructure subsystem) integrated into a whole analysis system, the aim is to understand the project as an interrelated subsystem assembly. In the same way, the aim is to learn the basics of evolutionary design applied to a project and thus, combined with other’s subject content, turning digital tools into useful prospective tools for projecting. Multi-objective optimization (also known as multi-objective programming, vector optimization, multicriteria optimization, multiattribute optimization or Pareto optimization) is an area of multiple criteria decision making that is concerned with mathematical optimization problems involving more than one objective function to be optimized simultaneously.Milestone:
Full analysis of the built procedural adaptative environment and collaborative set of tools.Bibliography:
http://www.danieldavis.com/ https://www.modelab.is/ MENGES, Achim. Sean Ahlquist (2011) AD. Computational Design Thinking. Ed. Architectural Digest MUELLER, Caitlin, et al. (2015) Combining Structural Performance and Designer Preferences in Evolutionary Design Space Exploration. Automation in Construction 70-82 RATTI, Carlo, et al. Building Form and Environmental Performance: Archetypes, Analysis and an Arid Climate. Energy and Buildings 35 (2003): 49-59Number of Sessions/Duration: 12 (30 hours)
HIT - History and Technique of the Image
HIT - History and Technique of the Image
Contextual evolution of the pictorial representation related to the production techniques.
Description:
Key concepts and technical terminology to undestrand image production within the evolution of digital tools through architectural and product designThe first complex (non-square) object ever rendered (from 1968) is rendered here in HTML5 and Javascript. In WebGL (and the video capture of the WebGL render), it's flawless. The Canvas render displays face anomalies (they appear and disappear). A solution to this very phenomenon was one of Gordon Romney's first contributions to 3D, and had to be solved before he could capture a pristine rendering of the Soma Cube (though the solution, it seems, hasn't found its way into the Three.js Javascript rendering library over 40 years later)Bibliography:[1] https://my.t-bird.edu/files/personalfiles/134802/Fong_ARPA_Windows_bp01.pdf Retrieved 20110330 UTC 8:59, Fong, Glenn "ARPA Does Windows: The Defense Underpinning of the PC Revolution."[2] Wikipedia, https://en.wikipedia.org/wiki/Computer_graphics Retrieved 20100125 UTC 23:15[3] Personal communication from Dr. Duane Call, graduate of the CS program, after making visits to Stanford and MIT programs 1969.[4]https://www.microsoft.com/presspass/features/1999/08-09blinn.mspx . Blinn, James[5] Computer Graphics Revenue 2009 https://www.glgroup.com/News/Continued-growth-in-all-segements-in-computer-graphics-industry-41964.html[6] Hanrahan, Pat, https://queue.acm.org/detail.cfm?id=1883592 Retrieved 20110328 UTC 12:10Number of Sessions/Duration: 4 (10 hours)
DIG - Diagramming and Graphic Design
DIG - Diagramming and Graphic Design
Production of graphic representation of a proposition, of the project´s scheme, of the relations between the different parts or elements of a set or system.
Number of Sessions/Duration: 4 (10 hours)
IMG - Image Production
IMG - Image Production
Specialization on digital imaging production, postproduction and narratives.Description:Infallible own methodology for the generation of renders, as well as practical workflows for post-production and photocompositions. Wide display from high dynamic range lighting, explanation of lighting calculation engines, through advanced texturing and use of special render objects. Proper protocolized establishment of daylight, night, outdoor, indoor or mixed scenes
Number of Sessions/Duration: 12 (30 hours)
HYR - Hyperrealism
HYR - Hyperrealism
Understanding the retoric of the real, allows us to get into de realness as a creative material, throught advanced CG technics. Approaching the realness in image making not as a goal itself but as a research field.
Number of Sessions/Duration: 12 (30 hours)
DLA - Digital Landscapes
DLA - Digital Landscapes
Virtual-Natural Ecosystem emulations. Emulated natural processes as algorithmic rules. Territorial Prospection Systems. Programmed interrelationships between elements of the landscape. Proxies and scatters. Procedural creation of natural worlds.
Number of Sessions/Duration: 4 (10 hours)
ABS - Three-Dimensional Abstraction
ABS - Three-Dimensional Abstraction
Hiporealism. Abtract interpretations with virtual techniques. Graphic Design and Branding. Motion Graphics.Description:Limit Explorations on geometric elements, radicality of relationships between the constitutive elements of Euclidean and non-Euclidean spacesGeometrical conflics and construction of types of perspectives
Number of Sessions/Duration: 4 (10 hours)
BIM - Building Information Modelling
BIM - Building Information Modelling
Set of processes and methodologies for the generation and management of data of a building or civil engineering work during its life cycle, using a digital model shared between different actors in the value chain. The objective is to reduce time and resources in the design, construction and management of the architectural assets. Intrduction to BIM Teamwork and references management.
Number of Sessions/Duration: 12 (30 hours)
GIS - Geographical Information Systems
GIS - Geographical Information Systems
Urban Territorial Analysis.Introduce the concept of envisioning information to Understand the value of maps in crossing concepts to analyze and make decissions.Students will learn how to compile, analyze, and present geospatial data while emphasizing the value of visual communication. Identify basic structure and data types for tables stored in a GIS databases“Envisioning information is to work at the intersection of image, word, number, art.” Ed Tufte
Number of Sessions/Duration: 12 (30 hours)
MOD - 3D Animation and Motion Design
MOD - 3D Animation and Motion Design
Designing and visualizing processes, change, evolution, transformation. Creating illusions of life animation. Abstract living spaces. Visual story-telling. Movement thinking. Dinamic graphic art. Rigging motion systems
Number of Sessions/Duration: 12 (30 hours)
ADP - Algorithms, Data and Processes
ADP - Algorithms, Data and Processes
Programming basics. Introduction to opensource development environmentsDescription: Core concepts of computer programming within the context of the visual arts. Organized into themes linked to aspects of code -repetition, transformation, parameters, visualization and simulation- it will focus on algorithms and their affiliated programming techniques, with a particular focus on object-oriented programming. Algorithmic processes, harnessed through the medium of computer code, allow us to generate increasingly complex visual forms. We will learn the basics of programming (variables, conditionals, loops, objects, arrays) and a series of applications related to making interactive projects (images, pixels, computer vision, networking, data). Creating computer applications, instead of just using them, will give us a deeper understanding of the essential possibilities of computation and an in-depth analysis of the aesthetics of the information age.
Number of Sessions/Duration 24 (60 hours)
Milestone:
Desktop or web application based on the simulation of complex processes or the visualization of a datasetBibliography:
PEARSON, Matt (2011). Generative Art. Greenwich, CT: Manning Publications. HALE, Nathan Cabot (1993). Abstraction in Art and Nature. New York: Dover. REAS, Casey; McWilliams, Chandler (2010). Form+Code in Design, Art, and Architecture. Design Briefs. New York: Princeton Architectural Press.
RVI - Virtual Reality and Inmersion
RVI - Virtual Reality and Inmersion
Space exploration for a digital nature. Virtual reality experiences allows us to experiment an inmerssive digital experience. Rather than replicating or transforming condition of the real world, genuine digital immersive experience. Description:Creation of scenarios and virtual tours to elaborate immersive environments with respect to the objective of the user experience. Exploration of modal interfaces or peripheral components exploring new sensations in the relationship with the digital realm. Exploration of VR for various disciplinary fields and their intersection, such as medicine, artistic creation, AEC industry, aeronautical industry, virtual teaching and their respective teamwork flows. Generation of virtual and interactive tours for real estate and museum multimedia applications. Mixed VR and AR (virtual and augmented reality) environments and their application in the AEC 4.0 industry
Number of Sessions/Duration: 12 (30 hours)
CED - Composition and Edition
CED - Composition and Edition
Mocaps and Tracking for videophotocompositions and integration virtual/real. Integrated PostproductionDescription:Recreating digital integration scenes with real stuff. Tracking or tracking of elements in animations on real footage. Advanced HDRI composition by channels in static or dynamic image: comparisons.Interpretation of effects and output formats adapted to each objective, codecs. Matte-painting or digital recreation by brushes of scenes and atmospheres.
Number of Sessions/Duration: 12 (30 hours)
VFX - Cinematic Animation
VFX - Cinematic Animation
Virtual Special Effects,VFX. Big sets of data simulation and effects.Description:Special effects for creating sequences. Advanced simulations and emulations of complex processes on mesh and particle clouds. Physical simulations and simulations of pseudomaterials and massive organic natural processes. Advanced creation of kinematic mechanisms, inverse kinematics (IK), rigging, skinning, texturing.
Number of Sessions/Duration: 12 (30 hours)
MCH - Machine Learning Methods
MCH - Machine Learning Methods
An introdution on algorithms to allow computers to learn from experienceDefinition: Supervised and Unsupervised Learning. Supervised ML techniques when we have a piece of data that we want to predict or explain, by using previous data of inputs and outputs to predict an output based on a new input. Unsupervised ML looks at ways to relate and group data points without the use of a target variable to predict. It evaluates data in terms of traits and uses the traits to form clusters of items that are similar to one another. Regression / Classification / Clustering / Dimensionality Reduction / Ensemble Methods / Neural Nets and Deep Learning / Transfer Learning / Reinforcement Learning / Natural Language Processing / Word Embeddings
Number of Sessions/Duration: 20 (50 hours)
DDD - Data Driven Design
DDD - Data Driven Design
Case study Algorithms to automate decisions. Decision-making approach to the design process that heavily relies on collected data about customers' behavior and attitude. Information about how customers interact with your design acts as feedback that informs you whether your design fulfills its purposeDescription:In computer programming ,data-driven is a programming paradigm in which program statements describe the data to be compared and the required processing rather than defining a sequence of steps to follow.
Number of Sessions/Duration: 6 (15 hours)
EVO - Prototype Evolutionary Design
EVO - Prototype Evolutionary Design
Evolutionary Design is the practice of growing a system in a natural way, by adding the minimum amount of code to satisfy the fitness to acheve a single or a multiple goal in an iterative and incremental approach. When done right, the code structure changes continuously to optimize for change, thus allowing a constant speed of development for longer periods of timeDescriptionEvolutionary problem solving mimics the theory of evolution employing the same trial-and-error methods that nature uses in order to arrive at an optimized result. When automated for specific parameters and results, this technique becomes an effective way to computationally drive controlled results within the iterative design process – allowing designers to produce optimized parameters resulting in a form, graphic or piece of data that best meets design criteria
Number of Sessions/Duration: 12 (30 hours)
PRG - Programming Languages
PRG - Programming Languages
Principles of Language DesignSpecification of Language SyntaxSurvey of Procedural and OO LanguagesIntro. to Functional ProgrammingIntro. to Logic ProgrammingProgramming Language SemanticsValuesBindingsTypesProgramming Language ConstructsExpressionsStatementsProcedures and EnvironmentsParameter PassingScripting in Python.
Number of Sessions/Duration: 12 (30 hours)
HAK - Object Hacking and Digital Twins
HAK - Object Hacking and Digital Twins
Digital Twins for testing Project Conditions and real time changes, consumption, and design decissions.
Description:Learning of programming techniques (visual) applied on real projects taken as study samples for the extraction of their internal generation codes. Exploration of project decisions as steps in the scheduling process. Study of the selected projects not as final objects but as dynamic systems of decisions and relationships. Applications:1.-Visualize the project as a process in which each decision is a state that responds to some variables and given context. Selection of those that are programmable for playback2.-Structure the design process in groups of phases (clusters) for its registration and future review.3.-Analyze the project by systems, actions and behaviors.4.-Make the design processes explicit to establish frameworks for collaboration, criticism and transparency.5.-Mastering digital techniques to make modifications in project design programming: add routines and debug the code, generate variations, evaluations and screening during the process.
Description:Learning of programming techniques (visual) applied on real projects taken as study samples for the extraction of their internal generation codes. Exploration of project decisions as steps in the scheduling process. Study of the selected projects not as final objects but as dynamic systems of decisions and relationships. Applications:1.-Visualize the project as a process in which each decision is a state that responds to some variables and given context. Selection of those that are programmable for playback2.-Structure the design process in groups of phases (clusters) for its registration and future review.3.-Analyze the project by systems, actions and behaviors.4.-Make the design processes explicit to establish frameworks for collaboration, criticism and transparency.5.-Mastering digital techniques to make modifications in project design programming: add routines and debug the code, generate variations, evaluations and screening during the process.
Number of Sessions/Duration: 12 (30 hours)
REC - Digital Reconstruction
REC - Digital Reconstruction
Laser Scanning and Photogrammetry. Digital Twins from point clouds. Geometry reconstruction. Topology and retopology. Geometry conversion modes from real to digital and back.
Number of Sessions/Duration: 6 (15 hours)
ECO - Ecology and Virtual Ecosystems
ECO - Ecology and Virtual Ecosystems
Biodiversity, modelling and prospection. Interactive natural biotopes.Description:Creating Virtual Ecosystems involves three steps. First, to create a physical landscape as a starting point. After that, to use self-organization models to generate ecological patterns that create the heterogeneity that is charactestistic of many ecological systems. Finally, competition principles are used to define which individual organisms are found where, and how (affections)
Number of Sessions/Duration: 6 (15 hours)
ARX - Augmented and Hybrid AR/VR (XR) Realities
ARX - Augmented and Hybrid AR/VR (XR) Realities
Critique new and existing XR experiences from an ethical standpoint.Create storyboards and physical prototypes of new XR experiences.Create XR prototypes with digital and immersive authoring tools.Infer technical requirements for implementing XR prototypes.Description:Design thinking mindset and fundamental toolbox for creating AR and XR applications using rapid prototyping. Broad overview of the complete XR design process, discussing different paths to becoming an XR creator, what is generally involved in making XR experiences, and how to best get started. The course then emphasizes design thinking, critiques, and ethics while introducing guidelines and user-centered techniques like design jams..
Number of Sessions/Duration: 6 (15 hours)
PRW - Professional Workflows
PRW - Professional Workflows
Generative Building Layout DesignDescription:
The workflow of a good architect is greatly determined by three stages: designing a project, visualizing all the details, and creating a model of the final design. Before architects can approach a project, they need to understand the idea behind the project. The evolution of the working process took its natural course.
The workflow of a good architect is greatly determined by three stages: designing a project, visualizing all the details, and creating a model of the final design. Before architects can approach a project, they need to understand the idea behind the project. The evolution of the working process took its natural course.
Number of Sessions/Duration: 6 (15 hours)
GSP - Generative Space Planning
GSP - Generative Space Planning
Generative Building Layout DesignDescription:Generative design based on data overlay. Optimization and recursive search for stochastic solutions
Number of Sessions/Duration: 6 (15 hours)
BIO - Advanced Environmental Bioclimatics
BIO - Advanced Environmental Bioclimatics
Bioclimatics .Description:Autonomous development of ecosystems based on bioclimatic and thermodynamic studies, capable of responding to environmental demands in real time.
Number of Sessions/Duration: 12 (30 hours)
STR - Advanced Singular Structures
STR - Advanced Singular Structures
Structural simulations.Description:Simulations for calculation, analysis and structural dimensioning. Processes of search forstructural iterative solutions, automation of structural diagrams, and algorithms of taking decisions based on forces, material strength, discrete or continuous geometries.
Number of Sessions/Duration: 6 (15 hours)
Number of Sessions/Duration: 6 (15 hours)
CON - Geometric Conflicts
CON - Geometric Conflicts
Cutting Edge Topics in Computational Geometry Problems. Construction Case Studies and Digital Articulations.Description:Computational geometry is a mathematical field that involves the design, analysis and implementation of efficient algorithms for solving geometric input and output problems. It is sometimes used to refer to pattern recognition and describe the solid modeling algorithms used for manipulating curves and surfaces.
Number of Sessions/Duration: 6 (15 hours)
PRC - Atlas of Procedural Objects
PRC - Atlas of Procedural Objects
Deep Procedural Design Space Explorations.Description:The Procedural Objects mod adds a vertex customization tool directly in game, which allows you to Edit, Scale, Texture, Rotate in any direction, Add text, Custom parameters or behaviour modules to any prop or building for your needs.
Number of Sessions/Duration: 6 (15 hours)
MET - BIM MEP Metabolics
MET - BIM MEP Metabolics
BIM Installations and Mechanical Electro-Plumbing NetsDescription:When the concept of Building Information Modeling (BIM) is applied to mechanical, electrical and plumbing (MEP) installations, you can obtain a truly smart building design. The process of creating a 3D representation of a building's mechanical, electrical, and piping design. The goal is to create an accurate representation of these systems to aid collaboration and coordination among the trades.
Number of Sessions/Duration: 6 (15 hours)
UPA - Parametric Urbanism and Landscape
UPA - Parametric Urbanism and Landscape
Urbanism.Description:Generate systems to simulate interrelationships between urban design figures, explore concepts key elements in the planning of unconventional urban sectors, configuring analysis routines at scale of the city, as well as programming project routines on landscape units. Develop routines for the specific conditions of the typology. Programming unconventional regulations by crossing multiple data to develop complex urban dynamic models.1. -Creation of adaptive 3D objects as urban supports: geometry, topology, deformations.2. -Learning visual programming environments to generate routines that react to stimuli.3. -Generate a digital and physical framework that serves as a negotiating laboratory.4. -Programming behaviors. Modifying the behaviour of one agent for the behaviour of another.Study of the flexibility of change of the programmed.5. - Programming Multi-agent Systems: selection of variables and process derivatives over time.
Number of Sessions/Duration: 6 (15 hours)
MEC - Mechanics
MEC - Mechanics
Assembly Physical Solutions through Dynamic Constraints. Hard ans Soft Bodies, Collisions. Auxetic Structures, RiggingDescription:Degrees of freedom and dynamic constraints are the two big schemes that need to be balanced when creating foldable structures. A high hyper-staticity in the freedom of movement of the knots can lead to inefficient deployment when programmed.Physical simulation of foldable structural patterns implies the challenge of assessing the freedom of movement of their nodes as well as the consequent dynamic constraints when forces of different order and magnitude are applied to them.The objective is to ensure that the stability of the assembly maintains consistency and allows both folding and unfolding of the assembly. The bend limit will be one that does not prevent it from returning to an original state similar to the initial state within an always stochastic process.
Number of Sessions/Duration: 6 (15 hours)
AIN -Artificial Intelligence and Neural Networks
AIN -Artificial Intelligence and Neural Networks
Artificial Intelligence and Machine Learning.Description:A series of algorithms that endeavors to recognize underlying relationships in a set of data through a process that mimics the way the human brain operates. In this sense, neural networks refer to systems of neurons, either organic or artificial in nature.
A neural network is an oriented graph. It consists of nodes which in the biological analogy represent neurons, connected by arcs. It corresponds to dendrites and synapses. Each arc associated with a weight while at each node. Apply the values received as input by the node and define Activation function along the incoming arcs, adjusted by the weights of the arcs.A neural network is a machine learning algorithm based on the model of a human neuron. The human brain consists of millions of neurons. It sends and process signals in the form of electrical and chemical signals. These neurons are connected with a special structure known as synapses. Synapses allow neurons to pass signals. From large numbers of simulated neurons neural networks forms.An Artificial Neural Network is an information processing technique. It works like the way human brain processes information. ANN includes a large number of connected processing units that work together to process information. They also generate meaningful results from it.
A neural network is an oriented graph. It consists of nodes which in the biological analogy represent neurons, connected by arcs. It corresponds to dendrites and synapses. Each arc associated with a weight while at each node. Apply the values received as input by the node and define Activation function along the incoming arcs, adjusted by the weights of the arcs.A neural network is a machine learning algorithm based on the model of a human neuron. The human brain consists of millions of neurons. It sends and process signals in the form of electrical and chemical signals. These neurons are connected with a special structure known as synapses. Synapses allow neurons to pass signals. From large numbers of simulated neurons neural networks forms.An Artificial Neural Network is an information processing technique. It works like the way human brain processes information. ANN includes a large number of connected processing units that work together to process information. They also generate meaningful results from it.
Number of Sessions/Duration: 6 (15 hours)
IOT - Internet of Things
IOT - Internet of Things
Objects, SubjectsDescription:Networks of physical objects—“things”—that are embedded with sensors, software, and other technologies for the purpose of connecting and exchanging data with other devices and systems over the internet.
Number of Sessions/Duration: 6 (15 hours)
COM - Computer Vision
COM - Computer Vision
Visual RecognitionDescription:Digital image or video process to identify and detect an object or feature, and AI is increasingly being highly effective in using this technology. AI can search for images on social media platforms and equate them to several datasets to determine which ones are important in image search.
Number of Sessions/Duration: 6 (15 hours)
INT - Interactive Environments
INT - Interactive Environments
Processing. NTFs.Description:Are those at which users interact with digital content which drives a user experience which is engaging, memorable, informative and inspiring. Interactive environments include displays that respond to touch, gestures and or body movements.
Number of Sessions/Duration: 6 (15 hours)
ROB - Mechanics for Robotics
ROB - Mechanics for Robotics
Soft and Hard Body Modelling, Techniques for Digital Robotic Manufacture.Description:Robot models simulate the kinematic and dynamic properties of manipulator robots and other rigid body systems. The models are rigidBodyTree objects containing rigidBody and rigidBodyJoint elements with joint transformations and inertial properties. Number of Sessions/Duration: 6 (15 hours)
THR- Thermodynamics, Energy and Form
THR- Thermodynamics, Energy and Form
Thermodynamics, as the field of physics which studies the energy interactions between systems, offers a basic understanding of heat exchanges, explaining how energy is emitted, transmitted and absorbedDescription:Computational Fluid Dynamics (CFD) is the analysis of fluid flows using numerical solution methods. Using CFD, you are able to analyze complex problems involving fluid-fluid, fluid-solid or fluid-gas interaction. Engineering fields where CFD analyses are frequently used are for example aerodynamics and hydrodynamics, where quantities such as lift and drag or field properties as pressures and velocities are obtained. Fluid dynamics is involved with physical laws in the form of partial differential equations.
Number of Sessions/Duration: 6 (15 hours)
SUS - Sustainable Design and Bioconstruction
SUS - Sustainable Design and Bioconstruction
Circular Design in the Build Environment, Economy and EcologyDescription:Intelligent parametrically sustainable design involves replicating the principles found in nature in order to create interaction between it and the built environment, with the aiming of finding the optimum solution through parametric modelling, analysis, simulation and optimization, and ultimately with the intention of assisting architects in the decision-making process.MODULE 1. INTRODUCTION AND CONCEPTSMODULE 2. BIOCONSTRUCTION: BIOMATERIALS AND LIFE CYCLEMODULE 3. SUSTAINABLE ARCHITECTUREMODULE 4. INTEGRATION OF RENEWABLE ENERGY AND MANAGEMENTMODULE 5. BIOCONSTRUCTIVE SYSTEMS: ENERGY AND ECOLOGICAL ENVELOPEMODULE 6. POLLUTION: ATMOSPHERIC, ACOUSTIC AND LIGHTMODULE 7. ENERGY EFFICIENCY: CERTIFICATIONS
Number of Sessions/Duration: 6 (15 hours)
MET - Research Methodologies
MET - Research Methodologies
Creation of a research paper on architectureDescription:
Research methodology is the specific procedures or techniques used to identify, select, process, and analyze information about a topic. In a research paper, the methodology section allows the reader to critically evaluate a study's overall validity and reliability.
Research methodology is the specific procedures or techniques used to identify, select, process, and analyze information about a topic. In a research paper, the methodology section allows the reader to critically evaluate a study's overall validity and reliability.
Number of Sessions/Duration: 6 (15 hours)
FAB - Advanced Digital Fabrication
FAB - Advanced Digital Fabrication
New material micro-structures. Smart materials. Material laboratory.Description:Digital fabrication covers any manufacturing process controlled by a computer. Although technologies are constantly expanding, they mainly involve one of three types of methods: additive manufacturing, subtractive manufacturing and robotic manipulation of any kind.
- Additive manufacturing, which is commonly known as 3D printing, consists of layering material.
- Subtractive Manufacturing
- Robotic Manipulation
- Automating construction processes
- Developing new materials
- Optimizing form and material usage
Number of Sessions/Duration: 6 (15 hours)
CSL - City Sciences Labs
CSL - City Sciences Labs
Multi-instrumental aproach to the epistemologycal undestangding of the city as an open system reality/virtualityDescription:The overcoming of super-objects and hyper-objects as well as static urban norms can only be based on the project of Relations and Interrelations as the object of study itself and on its programming as the only generation methodology. A dynamic planning model is programmed to enable the crossing:The aim of programming is not to optimize the urban fabric for the achievement of objectives, but to encourage complexity in the formal response of the urban planning design system.
Number of Sessions/Duration: 6 (15 hours)
MAT - Mathematical Explorations
MAT - Mathematical Explorations
MathsDescription:Mathematical thinking is a way of thinking to involve mathematics to solve real-world problems. A key feature of mathematical thinking is thinking outside of the box, which is very important in today's world.
Number of Sessions/Duration: 6 (15 hours)
ORG - Organic Modelling and Texturing
ORG - Organic Modelling and Texturing
Free-form and Sculpting Methods for creating complex 3D objects and textures. Painting textures to set advanced realistic material behaviour.Description:Complex deformations and modifications of objects. Conversions from one nature of object to another. Mastery of the different classes of objects and functionalities of each type. Introduction to Plugins: Animation and mechanization with Bongo; Modeling of organic shapes with T-Splines
Number of Sessions/Duration: 6 (15 hours)
WEB - UX/UI Design
WEB - UX/UI Design
Designing processes of defining the experience of a user when interacting with digital products.Description:User Interface (UI) and User Experience (UX): UI refers to the aesthetic elements by which people interact with a product, while UX is about the experience a user has with a product or service. UX would be the foundation, while UI would be the paint and furniture.
Number of Sessions/Duration: 6 (15 hours)
RVA - Advanced Virtual Reality
RVA - Advanced Virtual Reality
Virtual Interactive Tours, AR/VR Integration.Description:Virtual reality is a fully digital, computer-generated, three-dimensional experiential environment. Unlike traditional user interfaces that only allow users to view a screen, VR allows the user to step inside an experience, to be immersed in and interact with a 3D world that can either simulate or differ completely from the real world. (Related: augmented reality medical training, VR medical training, AR + VR medical education).By simulating the senses as possible – such as vision, hearing, and sometimes touch – a computer is transformed into a gatekeeper to a new world. The only limits to a VR experience are the availability of content and computing power.There are 3 primary categories of virtual reality simulations used today: non-immersive, semi-immersive, and fully-immersive simulations.
Number of Sessions/Duration: 6 (15 hours)
MEV - Metaverses
MEV - Metaverses
Digital Worlds Planning.Description:
Metaverse: If the contemporary internet experience is two-dimensional—meaning you browse and scroll through it on a screen—the metaverse is 3D. You’ll be “walking” through it via connected headsets or glasses.It is unclear whether there will be one metaverse or many different separate metaverses (or any metaverse at all, really), but this seems to be the one constant: The metaverse is an immersive next-generation version of the internet, likely rendered by virtual or augmented reality technology.The venture capitalist Matthew Ball, whose writing on the metaverse has influenced Mark Zuckerberg, describes the metaverse as a “successor state to the mobile internet” and a “platform for human leisure, labor, and existence at large.”
Metaverse: If the contemporary internet experience is two-dimensional—meaning you browse and scroll through it on a screen—the metaverse is 3D. You’ll be “walking” through it via connected headsets or glasses.It is unclear whether there will be one metaverse or many different separate metaverses (or any metaverse at all, really), but this seems to be the one constant: The metaverse is an immersive next-generation version of the internet, likely rendered by virtual or augmented reality technology.The venture capitalist Matthew Ball, whose writing on the metaverse has influenced Mark Zuckerberg, describes the metaverse as a “successor state to the mobile internet” and a “platform for human leisure, labor, and existence at large.”
Number of Sessions/Duration: 6 (15 hours)
VIZ - Advanced Data Vizualizations
VIZ - Advanced Data Vizualizations
DataViz: Infoxication, Manipulation, Activism.Description:1-Learning of practical workflows from the process of elaboration or data collection, passing by processing it up to the sample on the chosen platform with the selected criterion.2-Domination of the execution of several useful schemas for the visualization of databases by means of standard digital platforms. Knowledge of digital tools and the logic they use.3-Custom programming of digital sample routines of databases. Scanning of devices data collection and its processing for subsequent use on digital platforms. Customization of the starting schemes based on the needs, objective, idea or exploration to be carried out.
Number of Sessions/Duration: 6 (15 hours)
MEG - Digital Megabuildings
MEG - Digital Megabuildings
ProcessingDescription:A megastructure is a very large artificial object, although the limits of precisely how large vary considerably. Some apply the term to any especially large or tall building. Some sources define a megastructure as an enormous self-supporting artificial construct.Number of Sessions/Duration: 6 (15 hours)
BIA - Advanced BIM
BIA - Advanced BIM
Programming APIs. BIM Manager / CIM Manager. Digital Twins.Description:Best practices for enhancing collaboration in BIM-based networks.BIM-enhanced life-cycle management.Linking BIM and energy performance optimization.Methodologies for BIM-based project performance assessment.BIM-enabled site optimization and automation.
Number of Sessions/Duration: 6 (15 hours)
EMO - Multiobjective Evolutional Design Optimizations
EMO - Multiobjective Evolutional Design Optimizations
Evolved Virtual Creatures. Designing Behaviours.Description:A recursive algorithm is an algorithm that expresses the solution of a problem in terms of a call himself. The call to oneself is known as a recursive or recurring call. Generally, if the first call to the subprogramme is about a problem of size or order N, each new recurrent implementation of the programme will be raised on problems of the same nature as the original, but smaller than N. Thus, as the complexity is progressively reduced of the problem to be solved, there will come a time when its resolution is more or less trivial (or, at least, manageable enough to solve it non-recursively). In that situation we will say that This is a base case of recursiveness.The keys to building a recurring subprogramme are:1- Each recurring call should be defined on a less complex problem (something easier)2- There must be at least one base case to prevent the recurrence from being infinite.
Number of Sessions/Duration: 6 (15 hours)
NTF - Extreme Singular Style in Image Production
NTF - Extreme Singular Style in Image Production
In search of personal identity in a world of massive computational imaginery. Non Fungible Tokens operations.Description:Generation of personal images. Crypto Art, blockchain, ownership within the Digital Realm
Number of Sessions/Duration: 6 (15 hours)
CRI - Digital Research Tools for Critical Thinking
CRI - Digital Research Tools for Critical Thinking
Computational Criticism Methods.Description:“Research Tools” can be defined as vehicles that broadly facilitate research and related activities. “Research Tools” enable researchers to collect, organize, analyze, visualize and publicized research outputs.
Number of Sessions/Duration: 6 (15 hours)
CHA - Character Design
CHA - Character Design
Graphical Imaginaries. Skeleton, RiggingDescription:Character design is the process of brainstorming, sketching, outlining, and drawing fictionalized persons or non-human beings, often from scratch. Designers imbue these beings with unique personalities and characteristics, such as their physical appearances, speech patterns, movements, and personalities.
Number of Sessions/Duration: 6 (15 hours)
CED - Composition and Edition
CED - Composition and Edition
Mocaps and Tracking for videophotocompositions and integration virtual/real. Integrated PostproductionDescription:Learning of the edition, production and postproduction of videos of architecture projects. Domain of animation resources, application of effects and color corrections. narrative strategies Types of animation techniques, such as the animation of graphics (motion graphics) in 2D spaces and 3D, animated painting, text animation, visual effects, chromas, particles, advanced composition with animation of cameras and lights in 3D space. Channel Post Production Workflows extracted from rendered sequences (render elements, render passes, VRFB channels)
Number of Sessions/Duration: 6 (15 hours)
RIG - Rigging
RIG - Rigging
Rigging and skinning characters and animaton elements.Description:Rigging, or skinning, refers to the act of weighting a polygon mesh to a skeleton for the purposes of animation. The "mesh" is the skin, and it is stuck to the "bones" of the animation rig, which form a skeleton that can then be manipulated by an Animator to pose and animate the model.
Number of Sessions/Duration: 6 (15 hours)
TEX - Texture Painting
TEX - Texture Painting
Auto mapping coordinates. Skinning.Description:Skinning is the process of binding the actual 3D mesh to the joint setup you created. This means that the joints you setup will have influence on the vertices of your model and move them accordingly.
Number of Sessions/Duration: 6 (15 hours)
VFX - Cinematic Animation
VFX - Cinematic Animation
Virtual Special Effects,VFX. Big sets of data simulation and effectsDescription:Learning motion design techniques applicable to the project. Based on the principles of animation, storytelling techniques and concept design; explore display possibilities, narration and generation of a coherent ecosystem in the project over time.
Number of Sessions/Duration: 6 (15 hours)
DOC - Final Architectural Documents
DOC - Final Architectural Documents
Worksflows to manage the sets of data for the representation in real time of the architectural object.Description:Sequenced, instantaneous, automatic, referenced and linked elaboration of graphic documents of sections and plans from a three-dimensional model.Management of three-dimensional objects and their flat representation. 2D objects linked to 3D. Optimal platforms for different documents. Types of BIM interchange files.Preparation of the project for the extraction of plans, elevations, sections and perspectives dynamic planes. ustomization of the representation styles of the treated geometry: projections, thicknesses, shading, layers by systems. Types and modification of Perspectives through control of Viewers. Production of flat perspectives: conversion of 3D to 2D plots, projection, contours. Display states
Number of Sessions/Duration: 12 (30 hours)
PRO - MFT - Master Final Thesis / Project
PRO - MFT - Master Final Thesis / Project
Create a practical or theoretical Project based on digital tools learned through the academic program. Structure the framework to develop a personal project tackling the essential academic research phases.Description:P0.00 Definition: Brief explanation as subtitle of the content of the research. P0.01 Introduction: Field/s of expertise and State of the Art concerning the proposal P1.00 Context: Previous researches, contemporary works on the matter. Problems to solve, issues and cutting edge solutions. First approaches to proposed solutions. P2.00 Objectives: What we want to achieve and what is provided as solution. Expected results, expected scenarios. Design Spaces. Stochastic or deterministic approaches. P3.00 Methodology: Overall view of the steps to follow. Phases and partial results. Creation of Instructions or procedures to accomplish the objectives. P4.00 Production: Material and support documents to develop and to evaluate the project. P5.00 Results: Formats and Final Documents. Research databases and final comparisons. Final achievements and final reports. Conclusions and Future research
Number of Sessions/Duration: 12 (30 hours)
Miau Experience
Miau Experience
TRIP MODULE - TAIWAN
TRIP MODULE - TAIWAN
Faculty Structure
Faculty Structure
Sergio Del Castillo Tello
Sergio Del Castillo Tello
MASTER CODIRECTOR
Architect, Honors Degree and Higher Diploma from ETSAM, Technical School of Architecture in Madrid. Founder of MIAUTICS.COM, Co-Founder of miauhaus.org and offmiau.com. MIAUTICS is a Computational Design Experts Group, AEC Consultants, Project Design Office and Academic Institution. Award-winning architect, CG Instructor and 3D Designer for many architectural firms, and also Programming and Digital Fabrication expert Instructor at several institutions and masters such as COAM Institute of Education IFC, College of Architects of Madrid and IED Istituto Europeo di Design. Computational Design Consultant Specialist Architect for COAM 2021 CAT Technical Advisory Center
Arturo Franco Díaz
Arturo Franco Díaz
MASTER CODIRECTOR
Arturo Franco is an architect, curator. As a curator and editor, his work has focused on the exploration of contemporary cities and their multiple ways of living.
Pensioner of the Royal Academy of Spain in Rome 2013-2014. AECID. Ministry of Foreign Affairs. Fellow of the ART_EX 2014-2015 program, (Art Abroad).
Professor of the Department of Architectural Projects of the ETSAM accredited holder. He has been a professor of Analysis, Theory and Criticism at the Superior Technical School of Architecture of Madrid (ETSAM). Visiting professor at numerous international universities.
Director of the magazine Arquitectura COAM, magazine of the Official College of Architects of Madrid (2008-2012) with which he won first prize at the BIAU in Rosario.
Director and editor of the magazine RITA, a magazine associated with the Schools of Architecture of Spain and Latin America, and of the redfundamentos digital platform currently indexed within SCOPUS and the main benchmark for academic research.
Álvaro Sánchez Garda
Álvaro Sánchez Garda
MASTER COORDINATOR
Arquitecto UPCT, Experto en Diseño Computacional
Iago Romero Ogando
Iago Romero Ogando
Architect and Expert in Programming and Artificial Intelligence
Lucia Martín de Aguilera
Lucia Martín de Aguilera
Project Design Area Coordinator
Architect, Expert in Project Theory and Methodology. CEO of archidose.com
Raquel Villa Monedero
Raquel Villa Monedero
Architect Expert in Animation, Kinematics, Simulation, Motion Graphics
Guest Lecturers & Workshop Leaders
Guest Lecturers & Workshop Leaders
New BIM Challenges
New BIM Challenges
Arquitecto
Carlos Arroyo Zapatero
Carlos Arroyo Zapatero
Carlos Arroyo is an architect, urban designer, and educator, and founder of Arroyo Architects. His work bridges computational design, strategic urbanism, and public policy, exploring how data-driven and systemic approaches can inform more adaptable and inclusive cities. He is widely recognized for integrating theory, practice, and education in contemporary urban design.
Parametric Urbanism and Social Negotiations
Parametric Urbanism and Social Negotiations
Arquitecto
Mario Carpo
Mario Carpo
Mario Carpo is an architectural historian and theorist, and the Reyner Banham Professor of Architectural History and Theory at the Bartlett (UCL). His research focuses on the impact of digital technologies, computation, and artificial intelligence on architecture and design culture. He is a key intellectual reference in computational design theory and the history of digital architecture.
Digital Turn
Digital Turn
Arquitecto
Carlo F. Ratti
Carlo F. Ratti
Carlo Ratti is an architect and engineer, Director of the MIT Senseable City Lab, and founding partner of CRA–Carlo Ratti Associati. His work investigates how data, technology, and human behavior are reshaping architecture and cities, with influential projects and exhibitions worldwide. He is a leading voice in computational design, smart cities, and urban innovation.
Radical Communication
Radical Communication
Comunicadora
Antonella Broglia
Antonella Broglia
Antonella es una publicista, promotora cultural, formadora, conferenciante, presentadora de televisión y actriz italiana experta en comunicación política, oratoria y emprendimiento e innovación social.
New Materialities
New Materialities
Arquitecto
Mariana Ibáñez
Mariana Ibáñez
Mariana Ibáñez is an architect, researcher, and educator, and Associate Professor at The Bartlett School of Architecture (UCL). Her work explores computational design, digital fabrication, and data-driven design processes, with a strong focus on material systems and fabrication-aware computation. She is a leading figure in advanced computational design research and pedagogy.
History of Computational Automations
History of Computational Automations
Arquitecto
Cristina Diaz Moreno
Cristina Diaz Moreno
Cristina Díaz Moreno is an architect, educator, and co-founder of amid.cero9, an architecture and research studio based in Madrid. She is Associate Professor of Architectural Design at ETSAM (UPM), where her work explores the intersection of architecture, ecology, technology, and environmental systems. Her practice and teaching are widely recognized for advancing experimental, research-driven design.
Scientific Committee
Scientific Committee
Arturo Franco Díaz. Dr. Arquitecto. Profesor Contratado Doctor. DPA-ETSAM-UPM
Arturo Franco Díaz. Dr. Arquitecto. Profesor Contratado Doctor. DPA-ETSAM-UPM
Miguel Ángel Sánchez García. Dr. Arquitecto. Profesor Asociado. DPA-ETSAM-UPM
Miguel Ángel Sánchez García. Dr. Arquitecto. Profesor Asociado. DPA-ETSAM-UPM
José María de Lapuerta Montoya, Dr. Arquitecto. Catedrático. DPA-ETSAM-UPM
José María de Lapuerta Montoya, Dr. Arquitecto. Catedrático. DPA-ETSAM-UPM
Gines Ignacio Garrido Colmenero. Dr. Arquitecto. Catedrático. DPA-ETSAM-UPM
Gines Ignacio Garrido Colmenero. Dr. Arquitecto. Catedrático. DPA-ETSAM-UPM
Carlos Arroyo Zapatero. Dr. Arquitecto. UEM
Carlos Arroyo Zapatero. Dr. Arquitecto. UEM
Mónica Alberola Peiro. Dr. Arquitecto. Profesora Asociada. DPA-ETSAM-UPM
Mónica Alberola Peiro. Dr. Arquitecto. Profesora Asociada. DPA-ETSAM-UPM
Ángela García de Paredes De Falla. Dr. Arquitecta. Profesora Titular. DPA-ETSAM-UPM
Ángela García de Paredes De Falla. Dr. Arquitecta. Profesora Titular. DPA-ETSAM-UPM
Institutional Faculty Summary
Institutional Faculty Summary
Faculty belonging to the UPM:
Arturo Franco Díaz. Codirector del Máster. Dr. Arquitecto. Profesor Contratado Doctor. Departamento de Proyectos Arquitectónicos. E.T.S. Arquitectura. Universidad Politécnica de Madrid.
Miguel Ángel Sánchez García. Secretario del Máster. Dr. Arquitecto. Profesor Asociado. Departamento de Proyectos Arquitectónicos. E.T.S. Arquitectura. Universidad Politécnica de Madrid.
Luis Basabe Montalvo. Arquitecto. Profesor Asociado. Departamento de Proyectos Arquitectónicos. E.T.S. Arquitectura. Universidad Politécnica de Madrid.
Gines Ignacio Garrido Colmenero. Dr. Arquitecto. Catedrático. Departamento de Proyectos Arquitectónicos. E.T.S. Arquitectura. Universidad Politécnica de Madrid.
Belén Moneo Feduchi. Dr. Arquitecta. Profesora Titular. Departamento de Composición. E.T.S. Arquitectura. Universidad Politécnica de Madrid.
Mónica Alberola Peiro. Dr. Arquitecto. Profesora Asociada. Departamento de Proyectos Arquitectónicos. E.T.S. Arquitectura. Universidad Politécnica de Madrid.
María Victoria Acebo García. Dr. Arquitecta. Profesora Asociada. Departamento de Proyectos Arquitectónicos. E.T.S. Arquitectura. Universidad Politécnica de Madrid.
Ángela García de Paredes De Falla. Dr. Arquitecta. Profesora Titular. Departamento de Proyectos Arquitectónicos. E.T.S. Arquitectura. Universidad Politécnica de Madrid.
Pedro Pitarch Arquitecto. Profesor Asociado. Departamento de Proyectos Arquitectónicos. E.T.S. Arquitectura. Universidad Politécnica de Madrid.
Faculty external to the UPM:
Sergio del Castillo Tello. Codirector del Máster. Arquitecto, Especialista e instructor oficial en Diseño Computacional.
Jose María González del Pozo. Coordinador del Máster. Arquitecto, Especialista en Realidades Extendidas y Modelos Digitales.
Iago Romero Ogando. Arquitecto, Especialista en Programación e Inteligencia Artifical.
Aroa Fernandez. Matemática, Especialista en AI & Data Science.
Paola Otero
Nuria Martínez Salas
Carlos Arroyo Zapatero
Raquel Villa Monedero, Diseñadora 3D Experta en Animación, Simulación CGI y Motion Graphics.
Lucia Martín de Aguilera. Arquitecta, Especialista en Sostenibilidad y Proyectos Estratégicos.
Álvaro Sánchez Garda Arquitecto, Experto en Diseño Computacional
Antonella Broglia. Publicista, Promotora Cultural, Formadora, Conferenciante, experta en comunicación política, oratoria y Emprendimiento e Innovación Social.
Collaborative Entities Involved
Collaborative Entities Involved
ETSAM
IED MASTER
COAM IFC
AALTO UNIVERSITY
ACCIONA
Ingeniería y Construcción
FITS LATAM - FUTURE INNOVATION TAILOR-MADE SCHOOL
INGREEN Ingeniería y Sostenibilidad
Arenas Basabe Palacios Arquitectos
CAPA ESCULTURAS
Ultimaker + Sicnova3D
MCNEEL ASSOCIATES
DLA Arquitectos
MCS Master In City Sciences UPM
FUNDACIÓN METRÓPOLI
MIAU Posgrado Infoarquitectura Avanzada UPM
Baumslagher + Eberle Architecture
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