Search the 21 jobs at Neuralink

As a Quality Systems Specialist, you will ensure compliance with FDA regulations by managing nonconformance reports and corrective actions. You'll work cross-functionally to identify and resolve quality issues, support document control, and create a streamlined data storage system. Additionally, you will build KPIs and improve quality standards within the organization.

The People Program Manager at Neuralink will design and optimize programs throughout the employee lifecycle, including performance reviews, onboarding, and engagement strategies. This role involves collaborating with stakeholders, training managers, analyzing data for trends, and ensuring equity in all employee programs.

As a People Programs Manager, you will design and optimize programs for the employee lifecycle, including performance reviews and onboarding. This role focuses on driving operational excellence, ensuring fairness, and enhancing employee and manager engagement through effective strategies and frameworks.

As a Firmware Engineer, you will develop and optimize embedded software for robotic surgery, test and validate systems for safety, streamline codebases, write drivers, and contribute to future hardware specifications in a collaborative environment.

As a Senior Mechanical Engineer, you will design, produce, and test hardware solutions for brain-computer interface devices, collaborating with cross-functional teams to define requirements and validate systems. Responsibilities include developing innovative manufacturing processes, tooling, and providing mentorship to junior engineers.

The Design Assurance Engineer will ensure compliance with quality and design control standards in the development of brain-computer interface technologies. This role involves collaboration with multiple engineering teams, implementation of risk management practices, and oversight of medical device software processes to meet regulatory standards.

As a Technical Recruiter at Neuralink, you'll enhance the talent acquisition strategy by sourcing and managing candidates for technical roles, collaborating with hiring managers, attending candidate debriefs, and continuously improving recruiting initiatives to build a strong network of exceptional talent.

As a Quality Systems Specialist, you will resolve problems through non-conformance reports (NCRs) and corrective actions (CAPAs). You'll manage document control, oversee regulatory compliance, analyze defects, and collaborate with R&D, manufacturing, and product teams to enhance quality processes and systems.

The Quality Assurance Specialist ensures compliance with regulatory standards in the medical device sector by conducting inspections, audits, and training. Responsibilities include maintaining study protocols, reviewing quality assurance documentation, and preparing compliance reports. This role also involves liaising with FDA during inspections and ensuring that quality control processes meet established standards.

The Site Reliability Engineer will collaborate with cross-functional teams to enhance system operations, drive best practices in software engineering, and build infrastructure for Brain-Computer Interface tasks. Responsibilities include deploying hardware, managing cloud architecture, monitoring operational efficiency, and ensuring systems are secure and reliable.

The Design Assurance Engineer will ensure compliance with regulatory standards in the development of software for medical devices. Responsibilities include risk management, facilitating design transfer to manufacturing, participating in design reviews, and generating risk management documentation. The role involves collaboration with cross-functional teams and requires strong analytical and quality assurance skills.

The Senior Digital IC Verification Engineer will lead functional verification for neural recording and stimulation SoCs, focusing on low-power processors and digital signal processing. Responsibilities include developing automation flows, building test benches, debugging, and ensuring code quality through coverage and regression setups.

As a Systems & Process Engineer, you will gather requirements and develop compliant processes, enhance efficiency, and drive continuous improvement using quantitative metrics. Responsibilities include process optimization in various areas such as manufacturing and audits, and collaborating on deviations and audit findings.

The Senior Embedded Software Engineer will work on developing high-performance, safety-critical embedded systems for brain-computer interfaces, engaging with cross-disciplinary teams, and solving complex problems in embedded technology. The role emphasizes delivering reliable solutions and collaborating with engineers and designers.

The Digital IC Design Engineer will focus on the design and implementation of low-power digital signal processors and hardware accelerators. Responsibilities include micro-architecture design, RTL implementation, optimizing hardware/software interfaces, and collaborating on silicon tests with verification engineers.

As a Software Engineer in Robotics, you will write and test software for surgical robots, ensuring functionality beyond simulation. You will work with high-precision mechanical systems and integrate devices while having a collaborative and communicative role within a meritocratic environment.

The Technical Recruiter will engage in sourcing, interviewing, and managing talent pipelines across various technical roles. They will collaborate closely with hiring teams to improve recruitment strategies and build strong relationships with candidates and hiring managers. The role requires proficiency in evaluating candidates and utilizing recruiting tools effectively.

As a Firmware Engineer, you will develop and optimize embedded software for robotic surgery applications, refine legacy software, perform rigorous testing, write drivers, and collaborate on hardware specifications and software enhancements.

As a Senior Embedded Software Engineer, you will be part of a team working on high-performance, safety-critical embedded systems for brain-computer interfaces. Your role involves problem-solving, delivering reliable solutions, and collaborating with cross-disciplinary teams on firmware development that impacts product capabilities.

The Digital IC Design Engineer will be responsible for creating micro-architecture and RTL implementation of digital systems focused on low-power DSPs and hardware accelerators for brain-computer interfaces. Responsibilities include design optimization, collaboration on silicon tests, and balancing power/performance while working with firmware engineers.