
Learn to create a real-time 3D voltmeter model using Arduino and Python. Combine hardware interfacing with software visualization for an interactive electronics project.

Learn to create a fall detection app using YOLOv7 pose estimation, covering UI design, push-up counting logic, and implementation on both CPU and GPU. Explore real-world applications of computer vision in healthcare.

Learn to implement realistic foot placement using Inverse Kinematics in Unreal Engine 5. Master IK rig setup, retargeting animations, and creating custom characters with improved ground interaction.

Learn to build a 4-bit binary counter using Arduino. Step-by-step guide covers circuit assembly, programming, and troubleshooting for a hands-on introduction to digital electronics and microcontroller basics.

Control a servo motor with Arduino through step-by-step examples, covering basics, schematics, libraries, programming, and advanced techniques like sweeping.

Learn to build a color-sensing project with Arduino, using a sensor to detect card colors and control an RGB LED accordingly. Explore RGB values, coding, and troubleshooting techniques.

Learn to implement while loops in Arduino projects, enhancing your programming skills for microcontroller-based applications. Covers loop structure, serial monitoring, and output formatting.

Learn to solve partial differential equations efficiently using Fast Fourier Transform in MATLAB, enhancing your engineering mathematics skills for advanced problem-solving.

Explore how Rust can control telescope hardware, including motors and cameras. Learn about astrophotography and see stunning space images captured with the demonstrated techniques.

Explore Rust's potential in safety- and mission-critical environments, focusing on specification needs, trust levels, and the language's unique strengths.

Learn techniques to ensure Rust programs are crash-free, enhancing code reliability and performance through advanced verification methods.

Explore bare-metal Rust development using no_std, progressing from user-space applications to raw memory register handling. Learn essential steps for creating Rust applications that run without an operating system.

Insights on telco cloud native evolution, open source practices, and network cloud transformation for agile, robust, flexible services. Lessons from CNCF projects and China Mobile's experiences.

Explore strategies for enhancing stability in cloud-native environments, focusing on resilience, scalability, and best practices for robust system architecture.

Explore strategies for deploying resilient Kubernetes applications across multiple clouds and regions, with automatic failover and traffic rerouting to mitigate the impact of cloud outages.

Explore PCEI Blueprint for multi-domain K8s deployment, including bare metal provisioning, cloud integration, and edge application orchestration using Terraform and a new SaaS Portal GUI.

Explore Emacs Live: Sam Aaron demonstrates live coding, music creation, and customization in Emacs, showcasing its versatility beyond text editing.

Explore the frontiers of VR entertainment with Mary Spio, a rocket scientist and patent holder, as she discusses Next Galaxy's innovations and the future of virtual reality technology.

Learn to build web apps with Spring Boot, from setup to production. Covers core concepts, embedded containers, data integration, and Day Two operations.

Explore Sony's journey in fostering open source culture, from early challenges to successful implementation strategies and lessons learned in corporate innovation.

Explore 5G MEC open source platforms and their practical applications through a comprehensive demonstration by Huawei expert Chuanyu Chen.