Contribute to innovative digital solutions by designing and implementing low-power DSPs and hardware accelerators. Collaborate with engineers to optimize architecture for state-of-the-art brain-computer interfaces, enhancing performance and efficiency.

Engineer innovative neural decoding models that transform brain communication, enhancing user experience and interfacing technology with cutting-edge systems in assistive robotics and vision restoration.

Tackle the challenge of developing neural interface technologies that enable communication and control for individuals with disabilities. Collaborate with a high-performing team to enhance machine learning applications in brain-computer interfaces.

Lead the design and optimization of manufacturing processes for innovative brain interfaces. Collaborate cross-functionally to enhance product quality, scalability, and production efficiency while ensuring compliance with regulatory standards.

Develop and optimize component industrialization for a diverse range of medical products, collaborating across teams and suppliers to ensure quality, capacity, and regulatory compliance throughout the manufacturing lifecycle.