Explore embedded systems and electronics engineering across edge AI, medical devices, autonomous systems, smart infrastructure, hardware security, sensors, processors, communications, reliability, and power-constrained electronic products.
Delivery drone safety hardware is the only thing standing between a 10-pound autonomous aircraft and your neighborhood. From redundant flight controllers and AI-powered obstacle detection to aviation-grade sensors and battery safety systems — here’s the engineering keeping delivery drones safe in crowded skies.
From IoT sensors and AI-powered cameras to edge computing systems and 5G networks, discover the hardware infrastructure transforming modern cities into intelligent, connected ecosystems.
Most people focus on the headlines. Engineers focus on the hardware. Here’s how Neuralink’s brain-computer interface works, from ultra-thin electrodes and custom chips to wireless communication and real-time neural signal processing.
Edge AI chips are pulling artificial intelligence out of distant data centers and into the devices around you — compact processors, edge computing hardware, TinyML microcontrollers, and next-generation circuit boards making real-time intelligence possible anywhere.
From Tesla Full Self-Driving chips to Waymo’s advanced sensor stack, today’s vehicles are becoming AI-powered computers on wheels — driven by high-performance PCB engineering, automotive electronics, and next-generation autonomous systems.
The chip in your car, your hospital’s infusion pump, your building’s security panel — may not be upgradeable. For much of the deployed hardware, the path ends in physical replacement. Here’s the board-level reality nobody’s published yet.