The Uncommon Engineer

Additional content from Annabelle Singer on neural decoding and how it can help advance Alzheimer’s therapies. GEEKOUT supplemental content allows for deeper discussions with Georgia Tech researchers about engineering, research, and impact.

The human brain starts remembering things as early as in the womb. Memories make us who we are, which is why Alzheimer’s is so devastating. Annabelle Singer discusses neural decoding and how it can help advance Alzheimer’s therapies.

GEEKOUT supplemental content allows for deeper discussions with Georgia Tech researchers about engineering, research, and impact. Additional content about Georgia Tech's space travel and technological innovations happening at the School of Aerospace Engineering with professor Brian Gunter.

Man set foot on the moon in 1969, and since then we’ve been reaching ever deeper into our solar system. Learn about Georgia Tech's space travel and technological innovations happening at the School of Aerospace Engineering with professor Brian Gunter.

GEEKOUT supplemental content allows for deeper discussions with Georgia Tech researchers about engineering, research, and impact. Additional content from Jon Rogers on how drone technology is evolving at Georgia Tech.

Drone technology is quickly evolving –no longer just delivering packages or pizzas, but also helping with search and rescue missions. They’re also starting to crowd the skies at inopportune times. Listen now to learn how drone technology is evolving at Georgia Tech.

Can timing urination of an elephant and a human impact engineering? David Hu talks about animals – more specifically, how we can solve complex human problems by studying animal functions. How exactly do snakes move without legs? How can some spiders seemingly walk on water? These answers can inform how we engineer new technologies.

Hu is an Associate Professor of Mechanical Engineering and Biology (as well as an Adjunct Associate Professor of Physics) in Georgia Tech's George W. Woodruff School of Mechanical Engineering. Hu leads the Hu Biolocomotion Lab at Georgia Tech.

Can timing urination of an elephant and a human impact engineering? David Hu talks about animals – more specifically, how we can solve complex human problems by studying animal functions. How exactly do snakes move without legs? How can some spiders seemingly walk on water? These answers can inform how we engineer new technologies.

Hu is an Associate Professor of Mechanical Engineering and Biology (as well as an Adjunct Associate Professor of Physics) in Georgia Tech's George W. Woodruff School of Mechanical Engineering. Hu leads the Hu Biolocomotion Lab at Georgia Tech.

Can timing urination of an elephant and a human impact engineering? David Hu talks about animals – more specifically, how we can solve complex human problems by studying animal functions. How exactly do snakes move without legs? How can some spiders seemingly walk on water? These answers can inform how we engineer new technologies.

Hu is an Associate Professor of Mechanical Engineering and Biology (as well as an Adjunct Associate Professor of Physics) in Georgia Tech's George W. Woodruff School of Mechanical Engineering. Hu leads the Hu Biolocomotion Lab at Georgia Tech.

Can timing urination of an elephant and a human impact engineering? David Hu talks about animals – more specifically, how we can solve complex human problems by studying animal functions. How exactly do snakes move without legs? How can some spiders seemingly walk on water? These answers can inform how we engineer new technologies.

Hu is an Associate Professor of Mechanical Engineering and Biology (as well as an Adjunct Associate Professor of Physics) in Georgia Tech's George W. Woodruff School of Mechanical Engineering. Hu leads the Hu Biolocomotion Lab at Georgia Tech.