Jobs at Precision Neuroscience

Own human factors and usability research for an implantable brain-computer interface through formative and summative testing, clinical studies, and regulatory submission. Develop protocols, task analyses, use-related risk analyses, labeling, training materials, and audit-ready reports. Partner with QA, Regulatory, Engineering, Design, surgeons, and clinical staff to ensure device workflows are safe and usable. Travel up to 10% for research activities.

Build and lead Precision Neuroscience’s partnership function across the life sciences and healthcare ecosystem. The role owns strategic partnership pipelines, structures and negotiates complex technology and scientific collaboration agreements, advises leadership on deal strategy, translates technical work into commercial narratives, and establishes partnership processes for an early-stage neurotechnology company.

Leads Precision Neuroscience’s brand and communications strategy, including PR, media relations, internal communications, executive messaging, content creation, agency management, and multimedia oversight. Partners with executive leadership and marketing to shape company positioning, translate complex BCI technology into accessible narratives, strengthen industry visibility, and grow the company’s social media and content presence.

Own and maintain critical MEMS fabrication equipment in a cleanroom environment. Responsibilities include preventive maintenance, troubleshooting mechanical, electrical, pneumatic, hydraulic, vacuum, and RF systems; equipment installation and modification; schematic interpretation; CMMS documentation; spare-parts validation; contamination control; and continuous improvement. The engineer will progressively assume ownership of assigned tools, improve reliability and uptime, refine maintenance procedures, and become an internal subject matter expert.

Design and implement front-end and back-end systems for a regulated BCI clinical UX and cloud platform. Build real-time and offline rendering engines for high-frequency physiological data, develop APIs and data models, perform rapid prototyping, follow IEC 62304-compliant SDLC, produce documentation, and support clinical teams (travel up to 10%).

Lead thin-film ceramic materials and MEMS process development for implantable neural interfaces, from feasibility to scale-up. Define deposition strategies, characterize film properties, integrate processes into MEMS flows, design DOEs/test structures, author technical documentation and IP, and recommend new materials and methods for biocompatible encapsulation.

Lead production quality for a Class III BCI microfabrication and device-assembly site: own line-level quality support, validation (IQ/OQ/PQ, MVP), risk analysis (ISO 14971), NCMR/CAPA/MRB investigations, change control, QMS documentation, CSV, and design transfer/NPI activities. Collaborate cross-functionally with Process, Equipment, and R&D teams to maintain compliant, capable production.

Translate schematics into manufacturable multilayer PCB layouts for implantable electronics. Perform component placement and routing for analog, RF, high-speed, digital, and power. Generate fabrication and assembly outputs (Gerbers, ODB++, IPC-2581, drill, pick-and-place), coordinate DFM and vendor reviews, maintain PCB libraries and documentation, and manage board revisions and configuration control.