Lab Aberto Bootcamp 2026

O workshop tem como objetivo ensinar a criar os seus próprios sapatos minimalistas em apenas um dia, recorrendo à tecnologia digital. O projeto baseia-se numa abordagem de código aberto e privilegia a sustentabilidade, o comércio justo, o «faça você mesmo» e as tecnologias digitais modernas.

The workshop is focused on making your own barefoot shoes in just one day using digital technology. The design is based on an open source approach and focuses on eco, fair trade, diy and modern digital technologies.

Local: Escola Secundária Henriques Nogueira, FAB LAB HN

Nesta oficina, vamos explorar o mundo das comunicações rádio seguras e descentralizadas através do protocolo Meshtastic. O foco é criar uma rede de comunicação resiliente que não dependa de infraestruturas centrais (como torres de telemóvel ou internet).

Prática: Configuração passo-a-passo da aplicação, atualização de firmware e envio de mensagens e geolocalização em tempo real entre os participantes.

Teoria: O que é a tecnologia LoRa, como funciona a topologia em malha (Mesh) e casos de uso (emergências, desporto outdoor, privacidade).

Hardware: Apresentação de dispositivos compatíveis (Heltec, LILYGO T-Beam, etc.).

In this workshop, we will explore the world of secure, decentralized radio communications using the Meshtastic protocol. The focus is on creating a resilient communication network that does not rely on central infrastructure (such as cell towers or the internet)

Hands-on: Step-by-step setup of the app, firmware updates, and real-time messaging and geolocation sharing among participants.

Theory: What is LoRa technology? How does mesh topology work? Use cases (emergencies, outdoor sports, privacy).

Hardware: Overview of compatible devices (Heltec, LILYGO T-Beam, etc.).

Local: Escola Secundária Henriques Nogueira, Fab Lab HN (Sala LED)

Quer controlar a distância as luzes e a segurança da sua casa pelo telemóvel ou por voz, mas não sabe por onde começar? Neste workshop, vamos desmistificar a domótica!

Você vai aprender a instalar e configurar dispositivos básicos — como lâmpadas smart, tomadas inteligentes e sensores de presença — sem precisar quebrar paredes ou entender de programação. É o primeiro passo para transformar sua rotina com conforto e economia.

Want to control your home’s lighting and security remotely via your phone or voice commands, but don’t know where to start? In this workshop, we’ll demystify home automation!
You’ll learn how to install and set up basic devices—such as smart bulbs, smart plugs, and motion sensors—without having to tear down walls or know anything about programming. It’s the first step toward transforming your daily routine with comfort and savings.

Local: Lab Center, sala robótica para todos

1) Primeiros passos na máquina de bordar

Nesta sessão vamos começar pelos fundamentos do bordado à máquina, explorando as funções básicas disponíveis na própria máquina. irás personalizar um tote bag com o teu nome/marca.

1) Getting Started with the Embroidery Machine

In this session, we’ll start with the basics of machine embroidery, exploring the basic functions available on the machine itself. You’ll personalize a tote bag with your name or brand.

2) Do computador à máquina de bordar

Nesta sessão vamos aprender a preparar um desenho no computador e a transferir a respectiva matriz para a máquina de bordar. Nesta sessão iremos abordar um emblema em pano crú que poderás aplicar onde quiseres.

2) From the Computer to the Embroidery Machine

In this session, we’ll learn how to prepare a design on the computer and transfer the pattern to the embroidery machine. We’ll be working on a patch made of unbleached fabric that you can apply wherever you like.

3) Aspectos técnicos do bordado

Nesta sessão iremos abordar alguns aspetos técnicos do bordado, bem como os diferentes materiais, linhas metálicas, telas e suportes mais adequados para cada tipo de bordado.

3) Technical aspects of embroidery

In this session, we will discuss some technical aspects of embroidery, as well as the different materials, metallic threads, fabrics, and backings best suited for each type of embroidery.

Local: Pincel Mágico, Torres Vedras

Nesta oficina pretendemos criar um espaço de encontro onde possamos refletir e interiorizar, fazendo, sobre a importância do trabalho manual, neste caso com lã de ovelha, para o desenvolvimento intelectual, apaziguamento terapêutico e harmonização psico-motora. 

Perceber como a lã, enquanto matéria prima, pode desencadear um processo criativo levando-nos à criação de produtos quer artísticos quer utilitários. 

Mostraremos, e exemplificaremos, alguns apetrechos utilizados no tratamento da lã. De seguida faremos peças simples, susceptíveis de serem começadas e acabadas, através de técnicas como a picagem ou feltragem. Depois de arte criada, as mãos aquecidas e a mente desperta, terminaremos com uma dança de roda “A Partilha”.

In this workshop, we aim to create a space where we can come together to reflect on and internalize, through hands-on activity, the importance of manual work—in this case, with sheep’s wool—for intellectual development, therapeutic relaxation, and psychomotor coordination. 

To understand how wool, as a raw material, can spark a creative process that leads us to create both artistic and utilitarian products.

We will demonstrate and provide examples of some of the tools used in wool processing. Next, we will create simple pieces that can be started and finished using techniques such as needle felting or wet felting. Once the art is created, our hands warmed, and our minds awakened, we will conclude with a circle dance called “A Partilha.”

Local: Edíficio da Graça, Torres Vedras

Descubra uma das técnicas têxteis mais antigas da humanidade nesta oficina prática. Utilizando um tear simples, concebido por si e cortado a laser, e uma variedade de fios, irá aprender os conceitos básicos da urdidura e da trama enquanto cria o seu próprio quadrado tecido.

Desfrute do ritmo relaxante da tecelagem, abrande o ritmo e reconecte-se com a sua criatividade. Não é necessária experiência prévia.

Discover one of humanity’s oldest textile techniques in this hands-on workshop. Using a simple, self-designed laser-cut loom and a variety of yarns, you’ll learn the basics of warp and weft while creating your own woven square.

Enjoy the calming rhythm of weaving, slow down, and reconnect with your creativity. No prior experience needed.

Local: Edíficio da Graça, Torres Vedras

In this workshop we will talk about:

Role of FabLabs in innovation ecosystems
How startups collaborate with FabLabs
The connection between universities, incubators, and prototyping labs
Real-life examples and experiences from working with startups

After this there is a QA and Discussion (15 min) with Open and interactive discussion supported by guiding questions focused on:

Participants’ experiences with innovation spaces
Challenges in collaboration between startups and labs
Opportunities for cross-disciplinary work

This part will be mostly Interactive and group-based session focused on participants’ own startup ideas:

Defining the first prototype before meeting potential investors
Mapping prototyping needs and processes
Exploring how to collaborate with FabLabs using tools and process-based cards (I will create and prepare these cards)
Developing a realistic prototyping strategy

Local: Lab Center, Sala 26 / room 26

Fundir Chocolate em moldes de Gelatina

Melting Chocolate in Gelatin Molds

Local: lab Center, Sala 12 / Room 12

Primeira sessão: Teoria,conceitos, scan 3D de um participante , slice no software ideamaker do resultado do scan 3d ,preparação e estudo de estratégia de impressão e preparação do G-code.

Segunda sessão: Impressão 3D do resultado estudado na primeira parte e sessão de esclarecimento de dúvidas enquanto decorre a impressão.

Local: Lab Center, sala 5

Aprenderemos a fazer compósitos que chamamos “bio-cerâmicas”, mas que, ao contrário da cerâmica tradicional, não precisam de ir ao forno ou à mufla, sendo, em termos energéticos, portanto, uma alternativa a considerar no futuro próximo. O BioLab Lisboa tem já resultados muito interessantes em feiras internacionais.

we will learn how to make composites known as “bio-ceramics,” which, unlike traditional ceramics, do not need to be fired in a kiln or muffle furnace; from an energy perspective, they are therefore an alternative worth considering in the near future. BioLab Lisboa has already garnered significant attention at international trade shows.

Local: Lab center, Sala 11 / room 11

Parte 1: Nesta formação iremos perceber, experimentar e estabelecer um protocolo procedimental para definir perfis de filamentos para a impressão 3D. Explicar a importância da calibração dos materiais. Iremos fazer um exercício prático que demonstra o problema e depois sugerir a sua resolução e testar.

Part 1: In this training session, we will explore, experiment with, and establish a procedural protocol for defining filament profiles for 3D printing. We will explain the importance of material calibration. We will conduct a hands-on exercise that demonstrates the problem, then suggest a solution and test it.

Parte 2: Nesta parte iremos avaliar os resultados da impressão 3D verificados na primeira sessão desta oficina, sistematizando o procedimento. Part 2: In this part, we will evaluate the 3D printing results from the first session of this workshop and formalize the procedure. 

Part 2: In this section, we will evaluate the 3D printing results from the first session of this workshop and formalize the procedure. Part 2: In this section, we will evaluate the 3D printing results from the first session of this workshop and formalize the procedure. 

Local: Lab Center, Sala 27 / room 27

Introdução a uma das mais antigas técnicas de encadernação artesanal. Utilizando o ponto à vista ‘yotsumi toji’, vamos aprender esta técnica simples e versátil e aplicá-la na produção de cadernos, livros e álbuns.

An introduction to one of the oldest techniques in handcrafted bookbinding. Using the “yotsumi toji” stitch, we will learn this simple and versatile technique and apply it to the creation of notebooks, books, and albums.

Esta oficina tem duas partes / This workshop has two parts

Local: Edíficio da Graça, sala 8

Lua Nova Atelier

Hacking Rodari’s Phone
Reimagining a Vintage Rotary Phone through Creativity, Electronics & Imagination

The children choose a number and listen to thestory. A strategy advocated by the educator Gianni Rodari

🚀 Why Join?
Because sometimes the best way to learn…
is to take something old, rethink it,
and invent something new. Ideal for makers, educators, creatives, and curious minds

Local:

Hosted by
We Do Fablab – Omegna, Italy
A creative hub where technology, education, and imagination meet.

A Tribute to Gianni Rodari
Gianni Rodari (1920–1980), born in Omegna, Italy, was one of the most influential authors of children’s literature and a pioneer of creative education.
Through imagination, play, and “fantastic thinking,” Rodari taught generations how to see mistakes not as failures, but as opportunities.
“By making mistakes we learn — that’s an old proverb.
The new one could be: by making mistakes, we invent.”
This workshop is inspired by his philosophy: learning through experimentation, creativity, and playful exploration.

The Workshop
Hacking Rodari’s Phone is a hands-on, experimental workshop where participants will transform a vintage rotary phone into an interactive storytelling device inspired by Rodari’s world of fantasy.
Participants will:
– Disassemble and explore a real rotary telephone
– Rewire and connect new electronics based on Arduino
– Learn basic electronics, wiring, and soldering
– Program interactions using visual block-based coding
– Turn the phone into a playful interface that triggers sounds, stories, or unexpected behaviors
– The goal is not just technical: it’s about inventing new meanings from old objects.

Learning Approach
Hands-on & experimental
Creative and narrative-driven
Educational and accessible (block-based coding)
Blending analog and digital worlds
Even though the project has medium complexity, the workshop is designed to be inclusive and engaging, regardless of prior experience.

📦 Materials & Equipment
All necessary materials, tools, and electronic components — including the vintage rotary phones — will be provided and available for use throughout the entire duration of the workshop.
These resources are shared to support the learning experience and experimentation during the sessions; they are not included as take-home items at the end of the workshop.

Participants
Maximum: 12 participants
Ideal for makers, educators, creatives, and curious minds

Duration & Schedule
July 17, Morning: 11:00 – 17:30
We might need the next day. If yes, it will happen at the Lab Center, room 13;

We Do Fablab is a shared space for making, learning, and experimenting, where technology becomes a tool for social, cultural, and environmental impact.

Through digital fabrication, hands-on education, and creative prototyping, it develops projects that promote inclusion, accessibility, and the active involvement of people with different backgrounds and abilities.

The lab pays special attention to disability and participation, designing activities and experiences that value diverse skills and encourage collaboration.

Sustainability is another core element of its vision, explored through educational paths, local actions, reuse practices, and projects connected to environmental awareness.

Deeply rooted in its community, We Do Fablab works with schools, associations, citizens, and institutions to create meaningful opportunities for shared growth and innovation.

(Em atualização)

Debate: startups, FAB LAB e encubadoras.

Neste debate, organizado pela incubadora Torres Inov-E, vão participar startups que começaram em FAB LAB e outras por iniciativa prórpia incluindo empresas já firmadas no ambiente empresarial nacional.

This event, organized by the Torres Inov-E incubator, will feature startups that began at FAB LAB as well as others that launched on their own initiative, including companies already established in the national business landscape.

Queres descobrir como funcionam as baterias de lítio e como são montados os powerbanks que usamos no dia a dia?

Nesta flash class prática vais aprender os conceitos essenciais e conhecer todos os componentes necessários para criar um powerbank.

O que vais aprender:
⚡ Definir requisitos de tensão, corrente e capacidade
🔋 Como combinar pilhas de lítio em série e paralelo
🛡️ Escolher e compreender o papel de um BMS (Battery Management System)
🔧 Como soldar pilhas com tiras de níquel
🔌 Escolher o carregador adequado

👉 Teremos peças disponíveis para quem quiser construir o seu próprio powerbank USB durante a sessão.

Want to find out how lithium batteries work and how the power banks we use every day are put together? In this hands-on flash class, you’ll learn the essential concepts and discover all the components needed to build a power bank.

What you’ll learn:
⚡ Defining voltage, current, and capacity requirements
🔋 How to connect lithium batteries in series and parallel
🛡️ Choosing and understanding the role of a BMS (Battery Management System)
🔧 How to solder batteries with nickel strips
🔌 Choosing the right charger

👉 We’ll have parts available for anyone who wants to build their own USB power bank during the session.

Local: Escola Secundária Henriques Nogueira, FAB LAB HN, sala 2

Laboratório de Criação Digital, LCD Porto

O workshop tem como objetivo ensinar a criar os seus próprios sapatos minimalistas em apenas um dia, recorrendo à tecnologia digital. O projeto baseia-se numa abordagem de código aberto e privilegia a sustentabilidade, o comércio justo, o «faça você mesmo» e as tecnologias digitais modernas.

The workshop is focused on making your own barefoot shoes in just one day using digital technology. The design is based on an open source approach and focuses on eco, fair trade, diy and modern digital technologies.

Local: Escola Secundária Henriques Nogueira, FAB LAB HN

Nesta oficina, vamos explorar o mundo das comunicações rádio seguras e descentralizadas através do protocolo Meshtastic. O foco é criar uma rede de comunicação resiliente que não dependa de infraestruturas centrais (como torres de telemóvel ou internet).

Prática: Configuração passo-a-passo da aplicação, atualização de firmware e envio de mensagens e geolocalização em tempo real entre os participantes.

Teoria: O que é a tecnologia LoRa, como funciona a topologia em malha (Mesh) e casos de uso (emergências, desporto outdoor, privacidade).

Hardware: Apresentação de dispositivos compatíveis (Heltec, LILYGO T-Beam, etc.).

In this workshop, we will explore the world of secure, decentralized radio communications using the Meshtastic protocol. The focus is on creating a resilient communication network that does not rely on central infrastructure (such as cell towers or the internet)

Hands-on: Step-by-step setup of the app, firmware updates, and real-time messaging and geolocation sharing among participants.

Theory: What is LoRa technology? How does mesh topology work? Use cases (emergencies, outdoor sports, privacy).

Hardware: Overview of compatible devices (Heltec, LILYGO T-Beam, etc.).

Local: Escola Secundária Henriques Nogueira, Fab Lab HN (Sala LED)

Nesta oficina prática, vamos explorar como transformar sinais vitais do corpo humano em dados digitais. Utilizando a plataforma ScientISST e Arduino, os participantes aprenderão a capturar e visualizar sinais de ECG (Coração), EMG (Músculos), PPG (Pulsação) e EDA (Atividade Eletrodérmica). Vamos desmistificar a fisiologia por trás de cada sensor e discutir como estes sinais podem ser usados em projetos de design, saúde e arte digital.

In this hands-on workshop, we will explore how to transform human vital signals into digital data. Using the ScientISST platform and Arduino, participants will learn how to capture and visualize ECG (Heart), EMG (Muscles), PPG (Pulse), and EDA (Electrodermal Activity) signals. We will demystify the physiology ehind each sensor and discuss how these signals can be used in design, health, and digital art projects.

Local: Lab Center, sala 27

1) Primeiros passos na máquina de bordar

Nesta sessão vamos começar pelos fundamentos do bordado à máquina, explorando as funções básicas disponíveis na própria máquina. irás personalizar um tote bag com o teu nome/marca.

1) Getting Started with the Embroidery Machine

In this session, we’ll start with the basics of machine embroidery, exploring the basic functions available on the machine itself. You’ll personalize a tote bag with your name or brand.

2) Do computador à máquina de bordar

Nesta sessão vamos aprender a preparar um desenho no computador e a transferir a respectiva matriz para a máquina de bordar. Nesta sessão iremos abordar um emblema em pano crú que poderás aplicar onde quiseres.

2) From the Computer to the Embroidery Machine

In this session, we’ll learn how to prepare a design on the computer and transfer the pattern to the embroidery machine. We’ll be working on a patch made of unbleached fabric that you can apply wherever you like.

3) Aspectos técnicos do bordado

Nesta sessão iremos abordar alguns aspetos técnicos do bordado, bem como os diferentes materiais, linhas metálicas, telas e suportes mais adequados para cada tipo de bordado.

3) Technical aspects of embroidery

In this session, we will discuss some technical aspects of embroidery, as well as the different materials, metallic threads, fabrics, and backings best suited for each type of embroidery.

Local: Pincel Mágico, Torres Vedras

In this workshop we will talk about:

Role of FabLabs in innovation ecosystems
How startups collaborate with FabLabs
The connection between universities, incubators, and prototyping labs
Real-life examples and experiences from working with startups

After this there is a QA and Discussion (15 min) with Open and interactive discussion supported by guiding questions focused on:

Participants’ experiences with innovation spaces
Challenges in collaboration between startups and labs
Opportunities for cross-disciplinary work

This part will be mostly Interactive and group-based session focused on participants’ own startup ideas:

Defining the first prototype before meeting potential investors
Mapping prototyping needs and processes
Exploring how to collaborate with FabLabs using tools and process-based cards (I will create and prepare these cards)
Developing a realistic prototyping strategy

Local: Lab Center, Sala 26 / room 26

Primeira sessão: Teoria,conceitos, scan 3D de um participante , slice no software ideamaker do resultado do scan 3d ,preparação e estudo de estratégia de impressão e preparação do G-code.

Segunda sessão: Impressão 3D do resultado estudado na primeira parte e sessão de esclarecimento de dúvidas enquanto decorre a impressão.

Local: Lab Center, sala 5

Hacking Rodari’s Phone
Reimagining a Vintage Rotary Phone through Creativity, Electronics & Imagination

The children choose a number and listen to thestory. A strategy advocated by the educator Gianni Rodari

🚀 Why Join?
Because sometimes the best way to learn…
is to take something old, rethink it,
and invent something new. Ideal for makers, educators, creatives, and curious minds

Local:

Hosted by
We Do Fablab – Omegna, Italy
A creative hub where technology, education, and imagination meet.

A Tribute to Gianni Rodari
Gianni Rodari (1920–1980), born in Omegna, Italy, was one of the most influential authors of children’s literature and a pioneer of creative education.
Through imagination, play, and “fantastic thinking,” Rodari taught generations how to see mistakes not as failures, but as opportunities.
“By making mistakes we learn — that’s an old proverb.
The new one could be: by making mistakes, we invent.”
This workshop is inspired by his philosophy: learning through experimentation, creativity, and playful exploration.

The Workshop
Hacking Rodari’s Phone is a hands-on, experimental workshop where participants will transform a vintage rotary phone into an interactive storytelling device inspired by Rodari’s world of fantasy.
Participants will:
– Disassemble and explore a real rotary telephone
– Rewire and connect new electronics based on Arduino
– Learn basic electronics, wiring, and soldering
– Program interactions using visual block-based coding
– Turn the phone into a playful interface that triggers sounds, stories, or unexpected behaviors
– The goal is not just technical: it’s about inventing new meanings from old objects.

Learning Approach
Hands-on & experimental
Creative and narrative-driven
Educational and accessible (block-based coding)
Blending analog and digital worlds
Even though the project has medium complexity, the workshop is designed to be inclusive and engaging, regardless of prior experience.

📦 Materials & Equipment
All necessary materials, tools, and electronic components — including the vintage rotary phones — will be provided and available for use throughout the entire duration of the workshop.
These resources are shared to support the learning experience and experimentation during the sessions; they are not included as take-home items at the end of the workshop.

Participants
Maximum: 12 participants
Ideal for makers, educators, creatives, and curious minds

Duration & Schedule
July 17, Morning: 11:00 – 17:30
We might need the next day. If yes, it will happen at the Lab Center, room 13;

We Do Fablab is a shared space for making, learning, and experimenting, where technology becomes a tool for social, cultural, and environmental impact.

Through digital fabrication, hands-on education, and creative prototyping, it develops projects that promote inclusion, accessibility, and the active involvement of people with different backgrounds and abilities.

The lab pays special attention to disability and participation, designing activities and experiences that value diverse skills and encourage collaboration.

Sustainability is another core element of its vision, explored through educational paths, local actions, reuse practices, and projects connected to environmental awareness.

Deeply rooted in its community, We Do Fablab works with schools, associations, citizens, and institutions to create meaningful opportunities for shared growth and innovation.

(Em atualização)

Local: Lab Center, sala 12

Queres descobrir como funcionam as baterias de lítio e como são montados os powerbanks que usamos no dia a dia?

Nesta flash class prática vais aprender os conceitos essenciais e conhecer todos os componentes necessários para criar um powerbank.

O que vais aprender:
⚡ Definir requisitos de tensão, corrente e capacidade
🔋 Como combinar pilhas de lítio em série e paralelo
🛡️ Escolher e compreender o papel de um BMS (Battery Management System)
🔧 Como soldar pilhas com tiras de níquel
🔌 Escolher o carregador adequado

👉 Teremos peças disponíveis para quem quiser construir o seu próprio powerbank USB durante a sessão.

Want to find out how lithium batteries work and how the power banks we use every day are put together? In this hands-on flash class, you’ll learn the essential concepts and discover all the components needed to build a power bank.

What you’ll learn:
⚡ Defining voltage, current, and capacity requirements
🔋 How to connect lithium batteries in series and parallel
🛡️ Choosing and understanding the role of a BMS (Battery Management System)
🔧 How to solder batteries with nickel strips
🔌 Choosing the right charger

👉 We’ll have parts available for anyone who wants to build their own USB power bank during the session.

Local: Escola Secundária Henriques Nogueira, FAB LAB HN, sala 2

Laboratório de Criação Digital, LCD Porto

(em atualização)

O presente workshop parte do pressuposto de que o bem-estar escolar não constitui um elemento acessório da ação educativa, mas uma condição estruturante para a aprendizagem, para o desenvolvimento humano e para a construção de comunidades escolares mais inclusivas e sustentáveis.

A UNESCO tem vindo a defender que a felicidade deve ser colocada no centro da transformação da educação, entendendo-a como dimensão coletiva da comunidade escolar e não apenas como experiência individual dos alunos. Nesta perspetiva, o conceito de Happy School oferece um referencial particularmente fértil para pensar práticas escolares que integrem aprendizagem, pertença, participação, criatividade, saúde mental e desenvolvimento integral.

Simultaneamente, os referenciais de whole-school approach sustentam que a promoção do bem-estar e da saúde mental exige coerência institucional e ação integrada, abrangendo liderança, políticas escolares, currículo, relações, participação dos alunos, suporte aos profissionais, articulação com famílias e monitorização de impacto. Neste quadro, os espaços de inovação educativa, incluindo os FAB LAB, podem ser entendidos como ambientes pedagógicos que favorecem metodologias ativas, experimentação, prototipagem, colaboração e autoria, reforçando o envolvimento dos participantes e o sentido de competência.

Finalidade: proporcionar aos participantes uma experiência estruturada de reflexão, análise e construção colaborativa em torno de práticas escolares promotoras de bem-estar, felicidade e crescimento integral, integrando o contributo dos espaços de inovação e da lógica maker para uma pedagogia do “fazer para aprender”.

This workshop is based on the premise that school well-being is not merely a secondary aspect of educational practice, but a fundamental prerequisite for learning, human development, and the creation of more inclusive and sustainable school communities.

UNESCO has long advocated that happiness should be placed at the heart of educational transformation, viewing it as a collective dimension of the school community and not merely as an individual experience of students.

At the same time, the principles of the whole-school approach maintain that promoting well-being and mental health requires institutional coherence and integrated action, encompassing leadership, school policies, curriculum, relationships, student participation, support for staff, collaboration with families, and impact monitoring.

In this context, educational innovation spaces—including FAB LABs—can be understood as learning environments that foster active methodologies, experimentation, prototyping, collaboration, and self-directed learning, thereby enhancing participants’ engagement and sense of competence.

Purpose: To provide participants with a structured experience of reflection, analysis, and collaborative development centered on school practices that promote well-being, happiness, and holistic growth, integrating the contributions of innovation spaces and the maker movement into a pedagogy of “learning by doing.”

Local: Lab Center, sala 11 / room 11