
Explore the future of autonomous flight with Airbus CTO Grazia Vittadini, from parcel delivery drones to commercial planes, and its potential impact on aviation.

Explore the intersection of technology and national security with Palmer Lucky, discussing AI, VR/AR, and autonomous systems' potential to enhance safety and defense strategies.

Exploring the future of personal robotics: integrating meaningful, user-friendly robots into homes and offices. Insights from Sphero and Misty Robotics on creative processes and user-centric design.

Explore how AI and autonomous technology are revolutionizing agriculture, from factory to field, as two startups showcase their innovative solutions.

Explore the journey of building AI for autonomous drone racing, from concept to competition, with insights on challenges, strategies, and technological advancements.

Explore advanced C++ techniques for implementing physical unit types in matrix operations, enhancing type safety and error prevention in robotics, graphics, and automated driving applications.

Experiencia educativa innovadora que combina Python, Jupyter y VPS para enseñar programación y otras disciplinas de forma remota, accesible y práctica en el norte argentino.

Explore collaborative coding, problem-solving, and skill development in a fun, community-driven environment. Learn from peers, celebrate failures, and enhance your programming abilities through hands-on practice.

Explore GoldenEye: a Python-based setup combining robotics and image recognition for mobile front-end testing, offering an innovative approach to device-agnostic quality assurance.

Explore physical computing using Python on Raspberry Pi. Learn to control hardware, create interactive projects, and discover engaging applications in education and beyond.

Learn to build a Python-powered robot using Raspberry Pi, OpenCV, and gpiozero. Explore hardware options, computer vision algorithms, and GPIO control for creating an interactive, people-recognizing robot.

Learn to program walking robots using Python, exploring remote control, onboard computers, and MicroPython. Discover solutions to common challenges and see real-world examples of custom-built walking robots.

Hands-on workshop for programming ESP8266 boards with MicroPython. Learn to control LEDs, servos, sensors, and communicate via HTTP/MQTT. No prior electronics experience needed.

Explore a Python-based humanoid robotic platform for natural human-robot interaction using speech, gestures, and facial expressions. Learn about its architecture, applications, and see a live demo.

Learn to build an ultra-cheap plotter using a Raspberry Pi Zero, servo motors, and everyday materials. Explore Python-driven robotics with minimal resources and skills, ideal for education and introducing young people to programming.

Explore DIY home automation using microcontrollers and CircuitPython. Learn key concepts, use emulators, and see real projects like a robot cleaner and plant monitoring system.

Explore parallel programming for interactive robot control using Python's async features. Learn from experiences with the Fluffbug robot, addressing challenges and solutions in CircuitPython.

Explore Apple's Swift Playgrounds for robot control, its impact on robotics and education, and the evolving landscape of programmable robotics platforms with visual programming interfaces.

Explore ethical challenges of emerging tech: autonomous vehicles, AI in healthcare, and combat drones. Discuss societal impacts and the need for proactive consideration of these issues.

Explore ethical implications of robotics across various fields, examining philosophical perspectives and practical considerations for responsible development and implementation.

Explore Arduino-AngularJS integration for real-time robotic interfaces. Learn to build interactive systems combining hardware sensors with web technologies for innovative human-computer interaction.