Learning computing by building, experimenting and understanding.

Weekly practical laboratories for the BSc Cloud Computing course, centred on cloud services, tools, exercises and projects.

Robot Universe and Drone Challenge programmes for learners aged 11–17, combining educational robotics, programming, drone piloting and Python.

A week-long summer programme in robotics, coding and artificial intelligence for 25 learners aged 8–14.

Introductory lecture on Quantum Software Engineering for MSc Computer Science students.

Interactive laboratory using the QTris board game as a hands-on route into quantum concepts.

Curricular laboratory on designing and developing videogames in Python with a secondary-school class.

Two practical sessions on artificial intelligence and large language models with secondary-school classes.

Training in foundational digital skills and robotics, digital citizenship, media literacy and digital soft skills for young people and adults.

Afternoon educational-robotics programme for primary-school learners.

Scratch-based computational-thinking programme for primary and middle-school learners.

Weekly practical laboratories for the BSc Cloud Computing course.

Hands-on development and execution of quantum software.

Introductory lecture on Quantum Software Engineering for MSc students.

Lego Mindstorms EV3 educational robotics for middle-school learners.

Computational-thinking activities for primary-school learners.

Three curricular PNRR courses for first-year primary classes using gamification, robots and unplugged activities.

Curricular PNRR programme for a third-year primary class using construction, gamification and introductory programming.

Afternoon Lego Mindstorms EV3 programme for middle-school learners.

Weekly practical laboratories for the BSc Cloud Computing course.

Introductory Quantum Software Engineering lecture for MSc students.

Introductory lesson on quantum programming for a mixed audience.

Hands-on programming of five 6-axis robotic arms using block programming and Python with secondary-school students.

Educational pathway introducing Quantum Computing concepts.

Public engagement activity introducing programming through micro:bit.

Unplugged summer laboratory using simple commands to program participants to draw constellations.

Lego Mindstorms EV3 robotics for middle-school students.

Scratch-based computational thinking for middle-school learners.

Afternoon Scratch-based computational-thinking course for middle-school learners.

Weekly laboratories introducing cloud services and tools through practical exercises and projects.

Introductory lecture on Quantum Software Engineering.

Practical introduction to building and running first quantum circuits.

Exploration of languages and programming approaches for pervasive parallelism.

Seminar connecting quantum computing and sustainability.

Hands-on logic-programming workshop for prospective students.

Quantum-technology educational pathway for secondary-school students.

Two Scratch-based computational-thinking courses for middle-school learners.

Computing education workshop designed as an accessible, game-like learning activity.

Mentored secondary-school students developing an AI and high-connectivity robotics prototype.

Introductory coding and physical-computing workshop using micro:bit.

Programming video tutorials for learners aged 7–17, released during the first COVID-19 lockdown and accredited within Italy’s Digital Solidarity initiative.

Hands-on educational laboratory created for the festival marking the 50th anniversary of the Moon landing.

Accessible workshop introducing blockchain concepts through a practical learning activity.