Stanford School of Engineering

In CS 123, students bring together artificial intelligence and engineering fundamentals to design and upgrade “Pupper,” a walking quadruped robot.

A new study shows that providing housing without requiring prior drug treatment produces major public health gains and cost savings.

In the first Q&A of a new series, Altman explains why he permits AI in classes, rejects it for recommendation letters, and feels both cautious and optimistic about its future.

Functional prosthetics date back further than you might think. Today, Stanford researchers are building on this legacy with wearable robotics that rapidly adapt to each user.

Long before computers existed, a sci-fi story imagined virtual reality. Now, nearly a century later, Stanford engineers are making that once-unthinkable vision real with virtual technologies for spectacles.

A novel approach to analyzing yew tree genes has revealed key enzymes used to make Taxol, a chemotherapy drug that’s long been difficult and costly to produce.

Stanford researchers have developed a faster, more precise way to model and print vascular systems, solving a critical challenge in fabricating transplantable organs from patients’ own cells.

A collaboration between Columbia Journalism School and Stanford Engineering, the Brown Institute provides annual “Magic Grants” to projects that blend journalistic insight with technical innovation.

A team at Stanford has shown that using fewer, higher-quality data points can speed up complex simulations. The method could impact fields from aircraft certification to climate modeling.

Researchers at Stanford have developed a new technology for removing blood clots that is more than twice as effective as current techniques. It could significantly improve success rates in treating strokes, heart attacks, pulmonary embolisms, and other clot-related diseases.