The Digital Engineering Collection

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.

Digital innovation, while helping businesses and municipalities enhance sustainability through such technology as data analytics and smart cities, also presents significant environmental challenges.

Manufacturers may finally embrace Industry 4.0 as they strive to sustain production amid the challenges of changing trends and a labor force that faces a technical skills shortfall.

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

Advanced technologies and methods could improve the maintenance and readiness of older aircraft fleets.

Tears of the Kingdom has produced countless "engineering marvels" in the form of builds in the video game.

The merging of the Internet of Things with urban infrastructure promises to make cities more efficient. Has the reality lived up to the hype?

A system that uses both capillary pumping with mechanical pumping to remove heat from computer data centers.

A calibration-free interface is not only making hands-free gaming a possibility but may lead to new ways to help individuals with motor disabilities.

Wazer has taken an old technology—the waterjet—and elevated it to a cutting-edge desktop tool. Part of a mini digital revolution, these devices provide greater accessibility and innovation.

Researchers tested ChatGPT against the licensed engineer exam while exploring how AI could facilitate learning and teaching.

Humberto Moreira of Gigster explains some of the ways artificial intelligence is reshaping the manufacturing sector and what it may mean for consumers.

Powerful computer applications can draw as much energy as small countries. Engineers are working to develop less wasteful hardware that can be considered green.