During the second year of the Master in Advanced Architecture + Thesis Project (MAA02), students have the unique opportunity to work for a period of 1 year on an Individual Thesis Project, focused on the development of a research or pilot project based on the student’s interest, and the learnings of the first year. IAAC supports the student in selecting their Thesis Project topic in order to better orient them according to their future career interests and opportunities. Each student, according to their specific topic, is assigned one or more Thesis Advisors that follow the development of the work throughout the year.
In parallel to the development of the Individual Thesis Project, the second year of the MAA02 offers a series of seminars enhancing the theoretical, practical and computational skills of the students.
ALGOSurfboards: riding the wave of innovation
This company is the answer to a problem that has plagued surfers for far too long. You see, every surfer wants to stand out in the water, to show off their unique style and flair. But how can you do that when every surfboard is mass-produced with the same design and features? That’s where ALGOSurfboards … Read more
Travify // Business Innovation
Travify is a travel organizing app that simplifies every aspect of your trip in one platform. The app organizes all aspects of a trip, including flights, accommodation, activities, food among many others, plus custom recommendations ensuring the user has access to the best options for their individual needs and preferences. All this segmented into categories … Read more
ARCHIBUDDY – The World Is Your Friend
Introduction Archibuddy is a unique and innovative project that aims to create adaptive architectural elements to make environments emotion-responsive. Archibuddy will leverage the latest technologies to provide personalized experiences to users, optimizing their well-being and productivity using Emotion Detection Technology and the Algorithmic workflow that was developed over the course of the Master’s Research Thesis … Read more
Democratizing Architectural Design: A Participatory Approach through AI
The democratization of the design process through artificial intelligence is the focus of my Master’s thesis. Recent advancements in AI have revolutionized the field of architecture by making it more accessible and inclusive. The necessity for years of experience with professional software is no longer a barrier, as text-to-image AI systems enable non-experts to visualize … Read more
Morph_Designer
Morph_Designer is a project that researches the potential of available building footprint morphological data, and how this can become a design-aid tool in architectural practices, aiming to give a new scope of data driven design that can be used globally. “Architecture and the city are mutually constitutive, each influencing and shaping the other in a … Read more
Reinforcement Learning
Group 5 How can apartment typologies be designed to create communities within buildings, addressing social exclusion and isolation caused by modernist architecture? Can reinforcement learning be used to optimize the distribution of public and private spaces, such as apartments, balconies, patios, and courtyards, to create sub-communities within the building.
Reforming Scrap
GLOBAL WASTE GENERATION LIFE CYCLE This project takes into account the potential of Aluminum and branches out just before recycling to reduce energy consumption in comparison to recycling. Although aluminium is highly recyclable, and energy efficient that only 5% of energy is needed to recycle it in comparison to primary production. It is still energy … Read more
Maker-Place: Co-Creating the City
Similar to a makerspace, a maker-place helps navigate, create with, and demystify the technologies of bureaucratic organization. Where community ideas can receive guidance to the process and get connected to the resources needed to make it happen. Designed as a hybrid digital + physical approach to support small projects outside of the traditional festival scope, connecting … Read more
Hybri-Form
The aim of the research is to investigate the feasibility of using plywood in a hybrid bending active system. The system will integrate restraining elements for both bending actuation and stiffening of the structure, developing a method for scaling up active bending in lightweight construction. Context_Framework Context_Structural lumber Context_Lightweight construction The investigation of lightweight structures … Read more
Terrace Hunter
CONTEXT: Pedro always has visitors and enjoys exploring the city while finding new patios to have a drink in the city of Barcelona. Often with larger groups of people, the patio size can’t always accommodate. Before choosing a spot, he wants to know how big the patios are and where within the city they are … Read more
Impact of Facade Materials on UHI Values
Introduction This project aims to investigate the extent to which different facade material choices can influence the urban heat island effect in the surrounding area. Urban Heat Island There are many factors that affect urban heat island and the three main branches are urban morphology, meteorology and surfaces. Out of all the factors three were … Read more
Proposal for Enhancement of Semantic Segmentation Model for Architectural Purposes
The current semantic segmentation model for ControlNet provides a list of usable materials, but they are not specific enough for architectural purposes. By generating new tokens (colours) that extend the existing model with new material types, we aim to improve the process by which stable diffusion operates and make it more suitable for architecture applications.
HYBRI-FORM
Can the use of active bending in wood in combination with a tensioning system increase the structural stiffness of a multilayered double curved skin while also acting as an alternative assembly system? context_wood construction context_active bending context_behavior based geometry state of art_ analysis state of art_conclusions design_characteristics future steps
| RE.Print (Term 02)
for the previous term work refer : https://blog.iaac.net/re-print/ |Global Scenario The building system was was fragmented to 3 systems, each with a unique purpose. Module A-the wall ensemble: focused on creating a modular wall system that would reduce dead load and offer versatile functionality. Module B-the column ensemble: was designed to utilize the material’s compressive … Read more
AER – Artificial Empathic Response [DIGISCAPES ver 2.0]
AER – Artificial Empathic Response [DIGISCAPES ver 2.0] is a project of IAAC, Institute for Advanced Architecture of Catalonia developed in the Master in Advanced Architecture 02 – by the student: Preetam Prabhakar and Research Thesis Advisor: David Andres Leon during the course MAA02 22/23 Thesis under the Algorithmic Design research thesis cluster.
