Precision Neuroscience

We’re hiring — come build the future of brain-computer interfaces! At Precision Neuroscience, we’re developing next-generation BCI technology designed to restore communication and independence for people living with severe neurological conditions. To accelerate this mission, we’re expanding our team across engineering, clinical, product, and operations. We’re currently hiring for: • Equipment Engineer • Clinical Data Scientist • Staff Software Engineer • Executive Assistant • Senior Mechanical Engineer (Implant Hardware) • Field Clinical Specialist • Vice President of Market Access • Full-Stack Software Engineer • Real-Time Software Engineer • Electronics Engineer Test • Staff Neuroscientist • Staff Machine Learning Scientist • Senior Technical Program Manager • Product Manager If you’re excited about building technology that can truly change lives, working at the intersection of neuroscience, AI, and hardware, alongside a multidisciplinary team tackling some of the hardest and most meaningful problems in medicine — we'd love to hear from you! Learn more about the positions at @PrecisionNeuro_ and apply: precisionneuro.io/careers #EngineeringJobs #MechanicalEngineering #HardwareEngineering #TestEngineering #SoftwareEngineering #FullStackDeveloper #DataScience #MachineLearning #AIJobs #ComputationalNeuroscience #Neurotechnology #ClinicalSpecialist #ProductManagement #ExecutiveAssistant #HealthcareInnovation #AIinHealthcare

Excited to share that John Woock, Chief Business Officer at Precision Neuroscience, will be speaking at the @LSIntelligence USA 2026 Conference on March 19th. He’ll be joining a distinguished panel alongside leaders from Surf Therapeutics, @Synchroninc, Noctrix Health, and @Paradromics to discuss “Scaling New Modalities: What It Takes to Bring Next-Gen Neurotech to Patients,” moderated by Amanda Way of LSI. If you’re attending, don’t miss this conversation on the main stage (Pacific 2) at 3:45 PM tomorrow. It’s set to be a dynamic discussion on what it really takes to bring breakthrough neurotechnology to patients. Learn more about the event: lsiusasummit.com #LSIUSA26 #BrainComputerInterface @PrecisionNeuro_

Precision's Layer 7™ is featured in the "Spirit of 2076" exhibit at the @MilkenInstitute in Washington, DC, highlighting technologies that could shape the next 50 years of American health. Opening today. On view through 2026. #Neurotechnology #BCI #MedTech #FutureOfHealth @AdvanceTheDream mcaad.org

How do we move brain–computer interfaces from the lab into the real world? That’s the question @JaymeStrauss, Chief Clinical Officer at Precision Neuroscience, will explore at the 4th International Conference on Artificial Intelligence in Epilepsy and Neurological Disorders. Jayme will present “BCI Beyond the Lab: Scalable Cortical Interfaces for Real-World Decoding” during the Decoding and Encoding Brain Signals session on March 17th at 8:50AM. The session will highlight how advances in scalable cortical interfaces and AI are helping translate brain–computer interface research into practical, real-world applications for neurological disorders. If you’re attending the conference, be sure to stop by and join the conversation. Learn more about the event: aiepilepsy-neuro.com/?culture=en-GB #Neurology #AIinHealthcare #Neurotechnology #EpilepsyResearch #Epilepsyawareness #NeurologicalDisorders #BrainComputerInterface

“When can I download languages, and also, when can I upload my memories so I don’t ever forget anything?”. These are some of the topics poised by @HBlodget on a recent episode of Solutions. @PrecisionNeuro_ CEO @Michael_MagerNY dispels some of the myths around brain-computer interfaces (BCIs), explains how BCIs actually work, where they’re currently being used in real-world settings, and how they’ll potentially change the lives of people living with neurological conditions. Listen to the full episode below on YouTube. youtube.com/watch?v=8fkO9X…

Every thought you have — a memory, an idea, a moment of inspiration — creates a real electrical signal in the brain. At Precision Neuroscience, we’re developing a next-generation brain-computer interface designed to capture that activity directly at its source. By translating neural signals into a digital pathway, we aim to decode what those signals mean and connect them to computers, phones, and other digital devices. This will enable thought-driven interaction with digital tools, opening new possibilities for the millions of people living with severe neurological conditions. Learn more about the @PrecisionNeuro_ story here: precisionneuro.io/about

Brain-computer interfaces are redefining what’s possible in medical technology — and reshaping how humans connect with the world around them. At Precision Neuroscience, we’re developing a BCI system designed to help people who are unable to interact with the digital world regain independence — from communicating and returning to work, to fully engaging with their loved ones and everyday life. This work goes beyond innovation — it’s about helping people reconnect, reengage, and reclaim their place in the world. Learn more about the work @PrecisionNeuro_ is doing: precisionneuro.io

Our mission is to deliver life-changing brain–computer interface technology to millions of people. For individuals living with severe neurological conditions such as ALS, stroke, and spinal cord injury, the loss of movement and the ability to communicate freely, make independent choices, and fully participate in daily life can be profoundly isolating — not just physically, but emotionally and socially. @PrecisionNeuro_ is reshaping how people whose lives have been affected by neurological conditions connect with the world around them. Learn more about the work Precision Neuroscience is doing here: precisionneuro.io/about