Features

Sensors, CAD models and human-based designs advance wearable exoskeletons.

Engineering startups and government agencies revisit the possibility of supersonic flight.

Additive manufacturing transitions from prototyping to a means of mass production, raising the stakes for sustainability.

Advancements in computing and research are making AI applications much more feasible.

We asked Digital Engineering's audience for their perspectives on the current and future technologies shaping design engineering, and thus the products and systems that will comprise our future.

Additive manufacturing hardware vendors shift from optimization for quality to optimization for speed and face competition from open-system material manufacturers.

Today, design engineers have access to affordable, photorealistic rendering, 3D animations and simulation, as well as immersive design technologies like augmented and virtual reality.

The genesis of generative design can be traced back to simulation software, with topology optimization as the intermediary evolutionary step. Generative design software uses time-tested structural, fluid and thermal simulation technologies; however, instead of asking the user to provide the...

Research improves on AI diagnostic rates by building upon existing models.

The future of personalized medicine depends on data and the high performance computing resources needed to analyze it.

HPC-backed in silico simulation could fuel the next revolution in clinical studies and treatment development.

High performance computing is critical to detecting and studying infectious disease transmission.

Artificial intelligence can potentially improve medical diagnoses and treatment, but will require better data and training.

Persistent memory fits into a system’s data storage hierarchy above permanent storage, such as disk and flash drives, but below DRAM.

This new Dell workstation packs dual CPUs in an innovative chassis.