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Synchron

Careers

Every day, we come to work with one purpose: to build brain-computer interfaces that restore and protect human agency. Getting there takes exceptional people across engineering, science, medicine, and operations — drawn to some of the hardest, most meaningful problems in neurotechnology. If that's the work you want to do, come build it with us.

Culture
  1. 01Patient first, human stewardship
  2. 02Think from first principles
  3. 03Challenge loudly, then support fiercely
  4. 04Act with urgency
  5. 05Own the outcome
A Synchron team member working hands-on with a participant using the BCI.
Synchron Cognition Labs
New York City

The new Soho office is Synchron's cognition lab, where neural signals become models of human thought. ML engineers, data engineers, software engineers, neuroscientists, and HCI researchers work on real-time neural data pipelines, closed-loop neurofeedback, model serving, Apple-native software, and one of the most interesting open questions in AI: whether scaling laws apply to brain data. The environment is deliberately academic, with weekly research seminars and direct patient interaction.

Open roles
Synchron Medical
San Diego, California

The San Diego facility is where Synchron's implantable hardware is designed, built, and tested. Electrical and mechanical engineers, ASIC designers, materials scientists, and preclinical and testing teams work in a cleanroom environment on catheter-deployable mechanics, chronic vascular biocompatibility, ultra-low-power neural recording, and wireless implant telemetry.

Open roles
Synchron Australia
Melbourne, Australia

Where it all began. Synchron's foundational research originated at the University of Melbourne, and Australia remains central to the company today. Our Melbourne team runs the cutting-edge clinical trials advancing the BCI in real-world clinical settings — and continues to grow, exploring novel applications of the technology and building on the breakthroughs that launched it.

Open roles
Synchron's team rehearsing the procedure on a model in the lab.