Center for Neurotechnology | A National Science Foundation Engineering Research Center

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YSP-REACH introduces high school students to neural engineering

This CNT summer program for high school students on the University of Washington’s Seattle campus gives students an introduction to neurotechnology development. YSP-REACH also facilitates conversations and experiences that help inform and guide students’ future academic and career choices.
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REU supports undergraduate student research, mentorship and growth

The CNT’s Research Experience for Undergraduates (REU) program provides a comprehensive learning framework for a diverse student group. REU offers an immersive research experience, as well as classes and events that can help inform students’ future academic and career choices.
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Breaking the glass ceiling: Women’s career mentoring lunch facilitates conversation about being a woman in STEM

The CNT Women’s Career Mentoring Lunch Series provides a friendly, open environment for female researchers to share their experiences with each other.
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Humanizing the impact of neurotechnology through conversation with a person who has a spinal cord injury

The CNT Practitioner and End-user Roundtable facilitates conversations between the CNT community and neurotechnology end users. This summer’s roundtable featured Jon Schlueter, a study participant in the lab of CNT Co-Director, Chet Moritz.
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Engineering improvements to deep brain stimulation

CNT researchers at the University of Washington, in partnership with the CNT’s industry affiliate, Medtronic, are developing brain-controlled deep brain stimulators, which can be used to better treat Parkinson’s disease and essential tremor.
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DO-IT Scholars visit the CNT to learn about neurotechnology and its impact

This summer, high school students from the DO-IT Scholars Program visited the center to get an introduction to neuroscience and neural engineering, sparking their interest in neurotechnology.
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Jeffrey Herron leverages his experience in academia and industry to improve research tools

Jeffrey Herron began his affiliation with the CNT as a student at the University of Washington (UW). Now, he has come full-circle, returning to the center and the UW as an assistant professor of neurological surgery in UW Medicine.
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Developing high data rate and low-power neurotechnology using backscatter communication

Researchers in Matt Reynolds’ lab at the University of Washington are developing implantable brain-computer interfaces that have increased capacity for transferring power and data wirelessly.

Featured Publications

Compact and Low-Power Neural Spike Compression Using Undercomplete Autoencoders

Amir Alimohammad
Direct stimulation of somatosensory cortex results in slower reaction times compared to peripheral touch in humans

David Caldwell, Jenny Cronin, James Wu, Kurt Weaver, Andrew Ko, Rajesh Rao, Jeff Ojemann
Flexible fiber-based optoelectronics for neural interfaces

Polina Anikeeva

News

The ethics of brain-computer interfaces

About the CNT

The Center for Neurotechnology is one of several Engineering Research Centers across the country supported by the National Science Foundation. Our headquarters are based at the University of Washington, and our core partners are MIT and San Diego State University.

Partners

visit the partners page

Blogs

Engage and Enable Blog

Jeffrey Herron leverages his experience in academia and industry to improve research tools

Former CNT summer program participant, Hannah Werbel, receives Dean's Medal

BrainTech Journal

Neural Bridge - Part 1

What is Neural Engineering

From Twitter

RT @neuroamyo: Welcome to twitter, @MaryamShanechi! Highly recommend giving her a follow to learn more about awesome controls-driv… https://t.co/2OlyHIWTWe — 1 day 18 hours ago
RT @davidbjanes: Excited my PhD work is finally published! @ctr4neurotech @uwin_seattle @uwengineering https://t.co/Lut0m0jsok — 2 days 22 hours ago
RT @uwengineering: Last week at the @UWCoMotion makerspace @HuskyADAPT and volunteers from @Microsoft adapted over 30 toys for kids wi… https://t.co/xwA2dE2RzA — 2 days 23 hours ago