Here's an Idea: Sleep

Development of Lidar, radar, and camera sensing for autonomous-vehicle applications continues at a breakneck pace with the goal of reducing size and cost while enhancing performance.

The demand for more functionality in smaller footprints is growing across the product spectrum. To address the more challenging thermal management requirements resulting from this trend, packaging engineers are beginning to turn to Pumped Two Phase (P2P) cooling solutions....

In a Tech Briefs article last week, Virginia Tech professor Greg Liu spoke about his team’s newly developed porous carbon fibers, and how the material may someday change how vehicles are built and powered.

Microelectromechanical systems (MEMS) are fundamentally driven by multiphysics phenomena, and as such, they require a modeling approach where the relevant physical phenomena are included and coupled. Join Dr. James Ransley from Veryst Engineering for a demonstration of how to use multiphysics modeling for these...

It used to be that manufacturing robots were kept in cages, programmed by specialists, and often used only for a single task. Today collaborative robots are being used by manufacturers to automate tedious and dangerous jobs, while improving productivity. These robots, which can work alone...

Power electronics in an electric vehicle manage the transfer of electrical energy from the battery to various vehicle components such as low-voltage subsystems. The high voltage and current ratings at which the power electronics need to operate, together with fast switching...

Structural batteries are built into the actual configuration of battery-powered products – think the wing of a drone or the bumper of an electric vehicle. These batteries could reduce weight and extend range of a vehicle, but they're usually heavy, unsafe, or short-lived.