Explore practical techniques and architectural strategies for designing robust, visually accurate automotive lighting.

By teaching AI to read datasheets with human-level accuracy, Zenode accelerates part selection—the foundation of every printed circuit board ...

Bill McColl has 25+ years of experience as a senior producer and writer for TV, radio, and digital media leading teams of anchors, reporters, and editors in creating news broadcasts, covering some of ...

Silicides—alloys of silicon and metals long used in microelectronics—are now being explored again for quantum hardware. But their use faces a critical challenge: achieving phase purity, since some ...

Sometimes, data is a little too complicated to explain in a single slide or lay out in a spreadsheet. That’s why it’s so useful to be able to make a good data visual. You don’t need to be a pro ...

When we think of assembling a PCB, we’re almost always thinking about solder. Whether in paste form or on the spool, hand-iron or reflow, some molten metal is usually in the cards. [Stephen Hawes] is ...

Design in 3D, document in 2D, collaborate in the cloud, access insights for design research, and experience your projects in mixed reality. Intuitive 3D modeler plus unlimited cloud storage, design ...

Whether you're creating short videos for social media or working on a feature-length film, the right editing software is essential. We've tested and rated the best video editing software for all types ...

With nearly two decades of retail management and project management experience, Brett Day can simplify complex traditional and Agile project management philosophies and methodologies and can explain ...

Layoffs have been rare (5% in the past year), and job stability appears strong. Yet respondents voiced concerns about ...

Adam Hayes, Ph.D., CFA, is a financial writer with 15+ years Wall Street experience as a derivatives trader. Besides his extensive derivative trading expertise, Adam is an expert in economics and ...

The morphology of fragmented cellular structures can be captured by converting microscopy images to 3D point clouds and analyzing them with rotation-invariant deep-learning models. These compact ...