The Digital Engineering Collection

Engineers closest to digital manufacturing and smart factories report they are optimistic as organizations look ahead to Industry 4.0 and digital transformation.

Cultural and skills challenges hamper organizations from fully embracing artificial intelligence (AI) as executives identify job sharing and performance measurement as immediate AI goals.

This year’s ASME Student Hackathon participants faced a FactoryNet problem of cleaning up human annotated labels. The winning solution was machine learning tested and presented surprising results.

Mechanical engineering job growth is expected to continue into 2025 as these professionals lean into innovative technologies to advance traditional manufacturing processes as design and production.

Research funded by DARPA has produced a biocompatible bandage that applies a therapeutic current to persistent open sores.

Digital twin technology is the latest tool helping environmental scientists to understand and attend to ocean floors and forests.

A research team has developed a means for finding polar bear dens using a synthetic aperture radar system flown aboard an aircraft.

Researchers have developed a method that could help farmers and consumers alike determine the best time to sell and purchase produce.

A new algorithm lets anyone immersed in a 3D model know the value of any piece of data.

Researchers look to control agricultural systems and increase yield with computer-aided methods and tools, including digital twins and artificial intelligence.

Greening the oil and gas industry requires regulators work with utilities, suppliers, customers, and vendors to define best practices, accurately measure performance, and reduce methane emissions.

Ability to replicate the sensations of touch and temperature could allow people with prosthetics interact with their environment at a much higher level.

Stanford researchers have developed an AI tool that analyzes input music’s content and rhythms to create realistic dances.

A network of tiny wires forms memories that, like our own, stick with repetition.

Virtual replicas of our most complicated systems of systems may soon help simplify how we work them.

The sixth-generation cellular communications network should be here by the end of the decade, with expanded bandwidth to support future AI, IoT, and other applications.