Research Scientist • Mid-Level

Who you are

You have a strong background in machine learning and signal processing, with experience in product-focused research that drives real-world applications. Your expertise in analyzing neuromotor signals and developing innovative solutions sets you apart in the field. You thrive in collaborative environments, working alongside a diverse team of researchers to push the boundaries of technology. You are passionate about leveraging your skills to enhance user experiences and create impactful products that can transform how people interact with virtual and augmented worlds.

Desirable

Experience with surface electromyography (EMG) and an understanding of neuromotor signals would be a significant advantage. Familiarity with user experience design principles and a keen interest in human-computer interaction can further enhance your contributions to the team.

What you'll do

As a Research Scientist at Meta, you will be at the forefront of developing neuromotor interfaces that utilize advanced machine learning techniques. You will conduct research to understand human neuromotor signals and create novel signal processing methods to infer user intent. Collaborating with engineers and designers, you will help design and implement user experiences that seamlessly integrate with emerging technologies. Your work will contribute to the development of practical interfaces that can revolutionize interaction in virtual and augmented environments. You will also have the opportunity to mentor junior researchers and contribute to the overall research strategy of the Reality Labs team.

What we offer

Meta provides a dynamic work environment where innovation is encouraged, and your contributions can have a lasting impact. You will have access to cutting-edge resources and the opportunity to collaborate with some of the brightest minds in the industry. We offer competitive compensation and benefits, along with a culture that values diversity and inclusion. Join us in our mission to unleash human potential and redefine the future of interaction technology.