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Epia Neuro

Neural interface restoring motor function post-stroke

Staff Mobile Software Engineer

Mobile EngineeringConfirmed live in the last 24 hours
Full-timeAlameda, CA, USA

About the Job

Requirements

  • A bachelor's degree in Computer Science or a related field, or equivalent practical experience.
  • At least 7 years of software engineering experience, including substantial hands-on experience shipping mobile applications.
  • Strong proficiency in Kotlin or React Native, with experience building and shipping production Android applications.
  • Demonstrated ability to build visually polished, responsive mobile interfaces and translate user experience designs into production-quality applications.
  • Strong understanding of mobile architecture, interaction patterns, performance, maintainability, and automated testing.
  • Experience integrating mobile applications with backend application programming interfaces, cloud services, or connected devices.
  • Experience shipping software in a regulated, safety-critical, or quality-managed environment, or within a rigorous, documented development process.
  • Strong product judgment and communication skills, with the ability to own complex technical problems and collaborate across disciplines.
  • Ability to work on site, including hands-on testing with prototype devices and participation in bench and integration sessions.

Responsibilities

  • Lead the architecture, development, and delivery of patient- and clinician-facing Android applications.
  • Build responsive mobile interfaces with attention to visual quality, interaction design, performance, and usability.
  • Collaborate with user experience designers to turn designs and prototypes into polished applications, contributing to product and interaction design decisions.
  • Work with clinicians, researchers, and patients to understand their needs, prototype solutions, and refine applications through feedback.
  • Design for accessibility, particularly for people with motor impairments.
  • Develop interactive visualizations of streaming neural, computer vision, and robotic glove data.
  • Integrate applications with connected medical devices, cloud services, and backend application programming interfaces, ensuring reliable performance and graceful handling of connectivity issues.
  • Set the technical direction for user interface applications, establishing secure architecture, reusable user interface components, and engineering practices that support safety, testing, and maintainability.
  • Collaborate across software, hardware, research, and clinical teams to integrate applications with the broader medical-device system.
  • Develop software within the regulated quality management system and software lifecycle, contributing to requirements, architecture, verification, and documentation consistent with ISO 13485 and IEC 62304.
  • Partner with quality, regulatory, and clinical teams to meet applicable safety, usability, and regulatory requirements.
  • Guide external contributors to maintain consistency in architecture, implementation quality, and user experience.

Desired Qualifications

  • Experience with connected devices, Bluetooth Low Energy, real-time communication, or complex data visualizations.
  • Experience developing medical-device, digital-health, or other safety-critical software.
  • Familiarity with IEC 62304, FDA software development expectations, or documentation supporting regulatory submissions.
  • Experience with human-factors engineering, usability testing, or accessibility standards such as Web Content Accessibility Guidelines.
  • Familiarity with secure software development and medical-device cybersecurity requirements.

About the Company

Epia Neuro

Neural interface restoring motor function post-stroke

Epia Neuro develops neural technologies to restore function for people with neurological conditions. Its lead platform uses a minimally invasive cranial implant with a wireless read/write brain–computer interface and AI software to translate neural intent into actions, fusing brain signals with external sensors to drive assistive devices like a grip-assist glove. The implant sits in the skull in under an hour, is wirelessly rechargeable, and modular to allow future upgrades without additional surgery. The goal is to restore daily independence for stroke survivors and expand to cognitive decline and other neurological disorders, targeting a multi‑billion-dollar market.

Company size
11-50
Company stage
Not listed
Total funding
Not listed
Headquarters
Alameda, CA
Founded
Not listed

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