
Explore metamaterials and topological mechanics, focusing on engineered structures with unique properties like negative refraction and protected edge states. Learn about applications in optics and elasticity.

Explore 3D printing's innovative applications in humanitarian forensics for identifying the deceased, including antemortem data collection, DNA sampling, and dental record analysis.

Explore diverse forensic topics: taphonomy, women in forensics, cultural archaeology, hand identification, bone analysis, 3D printing, firearm investigation, and mixed reality for crime scenes.

Diverse experts discuss crucial climate technologies, waste reduction, scientific communication, activism in sports, and climate investment priorities at Aspen Ideas: Climate's opening plenary in Miami Beach.

Detailed walkthrough of repairing a Koenigsegg supercar exhaust, covering anodizing, welding titanium, and fabrication techniques for high-performance automotive components.

Explore 3D-printed bone substitutes using triply periodic minimal surfaces in this lecture by Franz E. Weber, covering advanced techniques in biomedical engineering and materials science.

Explore CT imaging in paleontology: visualize fossils, uncover hidden features, and create 3D models. Learn about data collection, animations, and 3D printing in fossil research.

Explore innovative solutions to combat rising sea levels, focusing on 3D-printed living seawalls. Learn how technology and resilience can protect coastal cities and create a sustainable future.

Explore building an affordable A320 home cockpit using DIY methods, open-source resources, and cost-effective alternatives to expensive pre-built options.

Learn to use Raspberry Pi Pico with 7-segment displays and shift registers. Covers 3D printing, MicroPython programming, and hardware integration for creating custom digital displays.

Discover Ford's innovative journey towards Industry 5.0, exploring cutting-edge technologies like IoT, AI, robotics, and blockchain that are revolutionizing automotive manufacturing and shaping a more sustainable future.

Learn to install and use OctoPrint 3D printer control software on a Raspberry Pi Zero 2 W, with step-by-step setup instructions and demonstrations using a Monoprice Mini Select V2 printer.

Comprehensive guide to building an Arduino-based SCARA robot, covering design, 3D printing, assembly, electronics, kinematics, and programming with a custom GUI for control.

Learn to create an electronic escape room puzzle with valves and gauges using microprocessors. Covers hardware setup, wiring, and Arduino programming for an interactive, rewarding game experience.

Explore the journey of building a geometry engine for 3D printing from scratch, delving into unique mathematical approaches and innovative algorithms while avoiding existing geometry kernels.

Explore embedded Linux with Xenomai for 3D printer control, covering real-time processes, motion control, and challenges in implementing a complete printing system.

Exploring computational fabrication: from interactive 3D printing to functional CAD programming, wireless analytics for printed objects, and machine knitting texture design.

Learn to build an affordable, open-source 3D space mouse using Arduino and 3D printing. Explore the assembly process, wiring, programming, and usage of this DIY alternative to expensive commercial options.

Learn to build a miniature Macintosh Quadra 700 using a Raspberry Pi and 3D printing. This DIY project combines retro computing with modern technology, offering a unique and nostalgic experience.

Build a DIY rain gauge using Raspberry Pi Pico, 3D-printed parts, and simple electronics. Learn hardware assembly, design principles, coding, and real-world testing for accurate rainfall measurement.

Learn to build a unique LED matrix display using ESP32 and Zephyr, exploring soldering, 3D printing, Wi-Fi/BLE connectivity, and image display techniques. Ideal for hardware enthusiasts and beginners alike.