Frequently Asked Questions
Smart Labs FAQ
Everything you need to know about our innovative learning laboratories
What are Smart Labs, and what is their main purpose?
Smart Labs are radical learning spaces designed for those who want to experience innovation, not just study it, during international mobility programs. They break traditional training models and transform the educational experience into a continuous laboratory of technological experimentation. Through artificial intelligence, Vibe Coding, and the use of environments like Visual Studio with assisted coding tools such as Codex and Claude Code, students design real solutions, tackle concrete challenges, and produce tangible outputs, in a gamified ecosystem that immerses them in the heart of AI-driven innovation.
What specific skills can students acquire through Smart Labs?
Students develop advanced technical skills, such as using no-code tools and AI technologies, as well as transversal skills like problem-solving, teamwork, and creating innovative outputs. They learn to present ideas, collaborate effectively, and produce impactful content.
How do Smart Labs use no-code technology for learning?
No-code technologies enable the immediate transformation of complex ideas into functional solutions without writing a single line of code. This approach shifts the focus to functionality and user experience, encouraging students to explore innovative solutions and test diverse approaches. It fosters creativity and teaches them to approach problems from different angles while maintaining a holistic view.
What thematic areas do Smart Labs cover?
Smart Labs span sectors like machine learning, genomics, logistics, entrepreneurship, no-code web development, and generative artificial intelligence. The catalog constantly evolves, adapting to technological innovations to provide up-to-date educational experiences.
How do Smart Labs prepare students for future challenges?
Smart Labs give students a glimpse into the future, equipping them with tools to explore new possibilities, test innovative solutions, and develop a mindset focused on continuous learning and innovation.
Can you describe a practical example of an activity conducted during a Smart Lab?
Students work in international teams, starting with brainstorming and icebreaking sessions to generate project ideas. Projects are divided into specific tasks, with each team member assigned a role. Outputs are uploaded to shared platforms, and progress is presented through short pitches to experts. Gamification elements are incorporated to enhance engagement and active learning.
How do Smart Labs promote interdisciplinarity?
Each Smart Lab combines various disciplines. For example, "The Game of Business" integrates marketing, logistics, and human resources, while the genomics lab blends chemistry, biology, and computer science. This approach fosters a comprehensive 360-degree perspective on problem-solving and innovation.
What advantages do Smart Labs offer compared to traditional learning methods?
Smart Labs complement, rather than replace, traditional learning. They foster teamwork, problem-solving, and creativity by providing students with unique opportunities to tackle real-world problems and contribute actively to their solutions.
What is the impact of Smart Labs on students' personal and professional development?
Smart Labs enhance students' awareness of technological transformations and their future impact. They promote curiosity, continuous learning, and personal orientation, preparing students for a rapidly evolving world.
How are the themes of Smart Labs chosen?
Axonforce and ETN School, in collaboration with partner schools, design Smart Labs based on major ongoing transformations, such as AI or no-code technologies. This ensures the labs remain cutting-edge and offer a significant added value to students' education.
Explore Our Smart Labs
Discover 34 innovative laboratories across 8 categories, each designed to provide cutting-edge learning experiences
AI & Mechatronics
Creating an intelligent robot with AI, TinkerCAD, and Blockly.
AI Revolution
Immersion in generative AI with ChatGPT, MidJourney, Stable Diffusion, and DALL-E.
AI & Video Gaming
Development of intelligent virtual worlds with Unity, Unreal Engine, and Godot.
AI & Art
Creativity and artificial intelligence to generate images, music, texts, and videos.
AI & Podcast
Intelligent creation, editing, and distribution of podcasts with AI tools.
AI & Video
Production, editing, and visual creation with artificial intelligence.
Photography & AI
Traditional and AI-driven photography techniques for editing and image generation.
Arduino & AI
Intelligent programming with ChatGPT for Arduino projects.
AI, Python & Machine Learning
AI-driven programming, data analysis, and creation of intelligent models.
Vibe Coding Revolution
Modern application development with AI as a superpower (VS Code, GitHub Copilot).
3D Printing
3D modeling and 3D printing: from conception to physical object realization.
LEGO Spike & Coding
Educational robotics and programming with LEGO Spike Prime and Python.
Genomics & Bioinformatics Lab
Crime Scene Edition: DNA analysis and bioinformatics with Galaxy.
The Game of Business
Business strategy simulation with Business Model Canvas.
Lean Startup Accelerator
Practical path to create and grow a lean startup.
Customer Happiness
Customer satisfaction in hotel management with ServQual and No-Code platforms.
CyberBootcamp
The art of Cyber Defense: recognizing, preventing, and responding to threats.
Exploring Scratch
Computational thinking and digital creativity with Scratch.
No Code Revolution
Web programming without code using Airtable and linguistic enrichment.
Agritech Digital Lab
Agricultural supply chain traceability system with No-Code technologies.
The Green Evolution
Electric transport, renewable energy, and social media for climate awareness.
EcoPower Lab
Mechanical engineering and No-Code programming with TinkerCAD.
Cultivating Harmony
Agriculture, horticulture, and landscape design with focus on wine and oil.
Sustainable Architecture
Sustainable architecture: history and contemporary design with CAD/BIM.
The Green Urban Mosaic
Renewable energy, circular economy, and multimedia production.
Urban Mosaic
Multidisciplinary city exploration with digital content creation.
Technology, Tourism & Territory
Interactive map and web portal to enhance tourist territory.
Digital Modeling Mastery
Digital modeling for textile industry with advanced technologies.
Gadget Doctors
IT device diagnosis, maintenance, and repair with educational material creation.
Automated Sorting & Tracking
Mechanics, electronics, and logistics with TinkerCAD and MIT App Inventor.
Urban Rails
Railway system, safety & security, and customer satisfaction.
GeoExplorers
Geodetic surveying, GIS, and 3D models with eco-compatible materials.
Civic Explorers
Fire brigade, Police forces, and crime scene investigation with video project.
Digital Health Innovator
Digital technologies in healthcare for Healthcare Assistants (OSS/HCA).
Ready to Experience Smart Labs?
Register your interest and discover how Smart Labs can transform your students' learning experience.