
Discover innovative physics education through pop-up classes, offering unique opportunities beyond traditional curricula. Learn to implement these low-investment, high-impact courses at your institution.

Early RFID security research by Adam Laurie, exploring vulnerabilities in RFID passports and predicting the need for RFID-blocking wallets. A pioneering look at RFID technology's security implications.

Explore basic logic gates, their families, and practical applications. Learn to emulate gates with Arduino and build a simple intruder alarm combining hardware and software.

Comprehensive guide to building a high-speed Voron 2.4 3D printer, covering assembly, CoreXY kinematics, advanced features like Quad Gantry Leveling, and performance-enhancing modifications.

Comprehensive guide to building and understanding Selective Laser Sintering 3D printers, covering components, assembly, calibration, materials, and comparing SLS to traditional 3D printing methods.

Explore computer architecture from basic components to modern systems, understanding how hardware and software interact to create powerful computing devices.

Create a Pico 2-powered virtual pet using MicroPython, buttons, and an OLED display. Learn PCB design, UI graphics, animation, and game state management in this hands-on tutorial.

Explore 18 diverse Raspberry Pi Pico projects, from web servers to robots. Learn MicroPython, build smart devices, and create fun gadgets while developing practical skills in electronics and programming.

Troubleshoot and repair an Acer Aspire 3 laptop with multiple complex faults. Learn to navigate confusing issues and diagnose problems systematically in this challenging repair scenario.

Comprehensive guide to essential electronics tools for all skill levels, covering hand tools, powered equipment, and prototyping accessories to set up an efficient workbench.

Explore the evolution of sound reproduction, from vintage to modern technologies. Learn to build high-quality audio systems using readily available components for cost-effective, superior home listening experiences.

Comprehensive guide to battery types, safety features, and charging circuits for electronics design, covering Li-Ion, LiFePO4, and NiMH technologies with practical schematic explanations.

Explore hardware Trojan detection in ICs through a Red Team vs. Blue Team case study. Learn about imaging techniques, algorithm efficiency, and the impact of technology scaling on security.

Explore advanced optoelectronic systems for neural interfaces, focusing on miniaturized electronics and their applications in deep brain stimulation, monitoring, and neuroscience research.

Explore how chiplet technology revolutionizes AI connectivity and enables distributed computing solutions through advanced semiconductor integration and interconnect strategies.

Explore the chiplet technology landscape and advanced packaging developments in US manufacturing, focusing on heterogeneous integration, industry standards, and assembly processes.

Explore AI's role in advancing edge computing and next-gen networks. Discover opportunities for AI on the edge in DOD Microelectronics Commons Program.

Explore electron wave function effects in optoelectronics and transport, including Berry curvature, topological states in bilayer graphene, anomalous Hall materials, and electron hydrodynamics.

Learn step-by-step troubleshooting techniques to fix display issues on Lenovo IdeaPad 3 by disabling onboard RAM memory, with practical repair demonstrations.

Learn how to integrate PIR motion sensors with Arduino to detect warm moving objects, perfect for creating reliable alarm systems and motion-activated projects.

Learn how to safely control high-current components like buzzers and motors using transistors with Arduino R4, protecting GPIO pins while expanding project possibilities.