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Mathematicians and biologists at Harvard explain why vertebrate intestines are so predictably loopy

In clinical settings, simple 2D displays of human arteries have been shown more effective than traditional 3D rainbow models

Machine learning offers window into atomic movement on the surface of catalysts

Pairing SEAS students with doctors at Harvard's affiliated hospitals, ES 227 "connects the dots" between engineering and medicine

Smith studies how the human brain controls movement

Art and engineering meet in the Harvard ceramics studio

New student club builds a novel human powered vehicle

For anyone looking for a SEAS class where you can get hands-on AND make a robot, look no further than Computer Aided Machine Design (ES 51).

SEAS researchers predict that wildfires will only get worse, more frequent with climate change

Programmable kirigami metamaterials enable responsive surfaces and smart skins

Students’ synthetic biology project claims gold at international competition

This bioengineering concentrator is studying cardiac tissue health using a "heart-on-a-chip."

A new, modular soft robotic arm gives deep-sea researchers better dexterity for embracing delicate sea life

Cole Bateman is developing a set of principles to help computer scientists develop artificial intelligence tools that will be useful for creatives, without stripping their artforms of humanity.

HUBweek event at Harvard Stadium showcases flying robots’ potential

Pitch Night highlights the work of student innovators

Q&A with Jonathan Zittrain delves into recent cyber attacks on news media by the Syrian Electronic Army (Harvard Gazette)

A Q&A with climate and geoengineering expert David Keith