Research Scientist, ML for Wearable Neuromotor Interfaces

Meta; New York (NY); Sur place; USD 122 000 - 181 000; Plein temps

Avantages offerts par ce poste

Bonus

Equity

Benefits

Résumé du poste

Reality Labs at Meta is seeking research scientists to advance product-focused ML and signal processing for neuromotor interfaces. Work with EMG, IMU, and multimodal data to infer user intent and create novel interaction techniques.

You will transition research toward production, adapting methods for distributed clusters and GPU acceleration, while pursuing impactful AI in wearables. The team emphasizes bridging research and product, with a focus on latency reduction and practical NEUROMOTOR

Qualifications

• Bachelor's degree in CS/engineering or equivalent practical experience.
• PhD in CS/CS/EE/Statistics or related field is preferred.
• Python programming with PyTorch experience.
• Experience building ML models at scale and software architectures.
• Eligibility to work in the country of employment.

Responsabilités

• Research and development of neural networks and ML models using EMG/IMU/PPG data.
• Design methods and infrastructure to analyze multimodal datasets.
• Translate research into product-ready solutions.
• Adapt ML methods to distributed clusters and GPU environments.

Connaissances

Python

PyTorch

Machine learning

Signal processing

EMG data

IMU data

Research

Distributed computing

Formation

Bachelor's degree in Computer Science/Computer Engineering

PhD in CS/EE/Statistics or related field

Description du poste

Reality Labs at Meta is seeking research scientists to advance product-focused ML and signal processing for neuromotor interfaces. Work with EMG, IMU, and multimodal data to infer user intent and create novel interaction techniques.

You will transition research toward production, adapting methods for distributed clusters and GPU acceleration, while pursuing impactful AI in wearables. The team emphasizes bridging research and product, with a focus on latency reduction and practical NEUROMOTOR