Good morning, everyone. I’m Guillem Camprodon, director of Fab Lab Barcelona at IAAC, and I’ll be your host for this session—Design & Make. Let’s talk about design and architecture. Not the polished, perfectly curated kind, but the architecture of what’s already here—the leftovers, the forgotten, the materials cast aside by a world obsessed with the new. This isn’t about the next big thing; it’s about making the most of what’s already around us. Today, we’re diving into decarbonization and resource efficiency—not as lofty ideals, but as design imperatives. Because the future of architecture isn’t something we build from scratch. It’s something we craft from what we already have, reshaping, repurposing, and rethinking. The Responsive Cities Symposium is about flipping the script on conventional extractive models. It’s about rethinking scarcity, embracing abundance, and challenging the way we view resources. What if materials weren’t a finite commodity, but part of an evolving ecosystem? What if reclaimed materials, waste upcycling, and design for disassembly weren’t niche approaches, but the foundation of sustainable construction? What We’ll Explore Today: Design for Disassembly – Buildings and objects that aren’t permanent, but adaptable; structures designed for future deconstruction and material reuse.

Identity of the reporting agency MDEF Case identifier Forensics of the Obsolescence Identity of the submitter Albert Vila Bonfill/ Anna Fedele/ Dhrishya Ramadass/ Mihnea Nicolae Patrascu/ Nicolo Baldi/ Qianyin Du/ Date of receipt

Header MicroBioMap Coneixent el microbioma urbà per millorar la qualitat de vida About Els humans transportem uns 200 grams de microorganismes de mitjana Globalment, l'atmosfera conté un total de 10.000 billions de bacteris en suspensió.

:::warning :warning: Please, read twice the Economic Value Flows introduction before you start. ::: Main use case A user can create (or agent) economicResources (as inventoriedEconomicResources) using createEconomicEvent. Including properties such as location via spatialThing, amount via Measures, image via URI and maybe type via conformsTo A user can create an intent from his inventoriedEconomicResources by createOffer resourceInventoriedAs mapping property. A user can create a proposal by proposeIntent mapping the intent using the publishes property. A user can request a user to transfer the total or a part of an inventoriedEconomicResources that is part of a proposal. At the moment we consider this a manual process that doesn't involve offers nor what is given in exchange between the two parties. An inventoriedEconomicResources is transferred by createEconomicEvent with action: transfer with provider and receiver being the users (or agents) and resourceInventoriedAs the resource.

Here is a series of sample queries and mutations for the ZenPub client API (which uses GraphQL) that will be needed to achieve the use cases proposed in this manual. The API is flexible enough to satisfy a wider range of use cases and scenario, according to the stakeholders needs. Think of the following ones as a starting point to help shape your apps and ideas. You can also refer to the full auto-generated API documentation. Authentication Register a new user mutation {

Connecteu l'estació al vostre Wi-Fi Enceneu l'estació endollant el cable USB. L'estació intentarà connectar-se al Wi-Fi, durant el qual el LED de la placa d’interfície parpellejarà de vermell. Si no hi ha cap configuració Wi-Fi, l'estació entrarà en mode de configuració, indicat per un LED blau constant. Quan es troba en mode de configuració, l'estació crea una xarxa anomenada MUV_air. En aquest moment necessiteu un telèfon intel·ligent, tauleta o ordinador per uniu-vos a la xarxa MUV_air. Si el led continua parpellejant en vermell, podeu entrar al mode de configuració manualment. Manteniu premut el botó SW_CONFIG mentre premeu el botó SW_RST. El kit s'ha de reiniciar i començar en mode de configuració amb el LED blau encès. Un cop el led blau està encès, podeu deixar anar el botó SW_CONFIG. Un cop us connecteu a la xarxa Wi-Fi MUV_air automàticament al dispositiu que utilitzeu (telèfon intel·ligent / tauleta / ordinador) apareixerà la finestra de configuració. Si la finestra no apareix, obriu un navegador i aneu a l'adreça: http://192.168.4.1/.

Introduction We spend our lives interacting with systems and interfaces whose underlying technology we hardly understand not merely due to their complexity but also because they were intended to be closed by design. We will explore the internal components building everyday technologies and think how they can be used to create innovative building metabolisms that change the way we in habit. Each student group will develop a prototype of an intelligent building node capable of measuring and/or actuating on the environment. Nodes will communicate remotely to create logics and report data to a central dashboard. The module will take an experimental approach focused around tools for prototyping hardware such as Arduino, Sensors, Actuators and Raspberry Pis. Objectives

Explorando, cuestionando y prototipando con IoT LABORAL Gijón, Feb ‘21 [TOC] Presentaciones

[TOC] Introduction The ESP8266 is a low-cost Wi-Fi microchip, with a full TCP/IP stack and microcontroller capability, produced by Espressif Systems in Shanghai, China. The chip first came to the attention of Western makers in August 2014 with the ESP-01 module, made by a third-party manufacturer Ai-Thinker. This small module allows microcontrollers to connect to a Wi-Fi network and make simple TCP/IP connections using Hayes-style commands. However, at first there was almost no English-language documentation on the chip and the commands it accepted.The very low price and the fact that there were very few external components on the module, which suggested that it could eventually be very inexpensive in volume, attracted many hackers to explore the module, the chip, and the software on it, as well as to translate the Chinese documentation. These microcontroller chips have been succeeded by the ESP32 family of devices, including the pin-compatible ESP32-C3. Source: Wikipedia (EN)