Conor Russomanno

Conor Russomanno was born in Livingston, NJ, but grew up in Falls Church, Virginia. After attending Thomas Jefferson High School for Science and Technology, he was recruited to Columbia to play NCAA college football.[2] After playing college football for a year, he quit and joined Columbia's rugby club, CURFC, serving as the club's president and was voted first-team all-Ivy fullback as a senior.

As an undergraduate at Columbia University, Russomanno studied civil engineering & engineering mechanics while teaching computer graphics and developing Unity-based virtual environments under NSF funding. He later studied brain-computer interfacing (BCI) as a Design & Technology MFA student at Parsons School of Design. After graduating from Parsons, he led two successful Kickstarter campaigns,[3][4] raising close to $500,000, allowing him to develop OpenBCI.

Russomanno has also worked as adjunct faculty at Parsons School of Design and NYU's Interactive Telecommunication Program (ITP), where he has taught Creative Coding,[5] Brain Hacking,[6] Designing Consciousness,[7] and a number of other courses.[8] He now teaches a course titled "Neuromachina: Man & Machine" at NYU Tisch School of the Arts.

Russomanno now serves as a "Something In Residence" in the ITP program at NYU's Tisch School of the Arts.[9]

• "Brain-Computer Interfaces & Apparel" – Brooklyn Fashion + Design Accelerator (BF+DA) (Brooklyn, NY), February 21, 2017[10]
• "Brain-Computer Interface" – NYU Interactive Telecommunications Program (ITP) (New York, NY), February 2, 2017[11]
• "AR Human Computer Interfaces" (Panel) – AR in Action, MIT Media Lab (Cambridge, MA), January 17, 2017[12]
• Guest Lecture for Topics in Computational Neuroscience and Neuroengineering: Brain-Computer Interfaces, Columbia University Biomedical Engineering (New York, NY), November 1, 2016[13]
• "An Introduction to BCI" – Columbia University Neuroscience Society (New York, NY), October 24, 2016[14]
• "Dawn of The Neurorevolution" – SuperHuman Summit 2016 (Vancouver, Canada), October 22, 2016[15]
• "The Democratization of Neurotechnology" – NeuroTech NYC 2016 (New York, NY), June 8, 2016[16]
• "An Introduction to BCI" – Xtech & Neurogaming Hackathon 2016 (San Francisco, CA), May 14, 2016[17]
• "DIY Cyborgia" – BodyHacking Con 2016 (Austin, TX), February 20, 2016[18]
• "Neural Interfaces for Makers and Biohackers" – MakerCon Bay Area (San Francisco, CA), May 12, 2015[19]
• "Future of Augmented Reality Panel" – NeuroGaming 2015, (San Francisco, CA), May 8, 2015[20]
• "The Digital Self: Interfacing the Body" – Eyebeam Studio (Brooklyn, NY), April 25, 2015[21]
• "BCIs for the Masses" (panel) – IBT BrainTech 2015 (Tel Aviv, Israel), March 11, 2015[22]
• The Startup Segment – FT Innovate America 2014 (New York, NY), December 12, 2014[23]
• “Out of Your Mind: Rise of The Brain-Computer Interface” – Make Magazine (Vol. 41 Oct/Nov 2014)[24]
• "Brain-Computer Interfaces & Serious Gaming" – Nordic Digital Business Summit 2014 (Helsinki, Finland), Sept. 4th, 2014
• "Future of Augmented Reality Panel" – NeuroGaming 2014, (San Francisco, CA), May 5, 2014[25]

• "Meet the Hackers Who Are Decrypting Your Brainwaves". Fast Company
• "Maker Movement Turns Scientists into Tinkerers". Scientific American.
• "The Cautionary Tale of "No More Woof," a Crowdfunded Gadget to Read Your Dog's Thoughts". IEEE Spectrum
• "New Kickstarter EEG Kit Promises Cheap Mind Reading". Fast Company.
• "Why Neuroscience Needs Hackers". Scientific American.
• "OpenBCI Partners with Voodoo Manufacturing for 3D Printing Production & Kickstarter Fulfillment of Ultracortex Mark IV Headsets". Scientific American.
• "Control DIY Projects With Your Mind". Popular Science.
• "Watch This Short Documentary About the Future of Brain Hacking".
• "I controlled a robot arm with my brain, using this high-tech headset".