Top Tech Jobs & Startup Jobs

As a Software Engineer, you will develop software for clinical BCI applications, engage in code reviews, and collaborate with scientists and engineers while traveling between offices.

The Process Engineer will optimize motion-controlled manufacturing processes, improve performance, troubleshoot issues, and support automation using G-code and Python. Responsibilities include leading process improvements, managing non-conformances, and cross-functional collaboration.

The Product Manager will support the Early Feasibility Study by developing patient recruitment materials, managing communication strategies, and fostering collaborations with clinical and regulatory teams, ensuring compliance with FDA guidelines.

The Network Engineer will design, optimize, and modernize the global network infrastructure, managing firewalls, VPNs, and implementing scalable solutions while ensuring high availability and security.

The Software Engineer will develop software for brain-computer interface applications, involving data curation strategies, BCI decoding algorithms, and collaboration with engineering and neuroscience teams.

The Senior Digital Design Engineer will develop digital microarchitectures, own FPGA implementation, and convert DSP algorithms into hardware pipelines, collaborating with physical design.

As an Embedded Software Engineer, you will develop firmware for brain machine implants, focusing on latency, power efficiency, and reliability. Responsibilities include writing software in Rust, optimizing performance, contributing to testing, and maintaining documentation.

The Electrical Engineer will design and develop PCBs, handle schematics, select components, and coordinate with vendors while ensuring quality and supporting debugging efforts.

The Electrical Engineer will manage system-level electrical development, focusing on integration, debugging, and stabilization of hardware and programmable systems, collaborating with cross-functional teams.

The Microelectronics Process Engineer will improve microfabrication processes for medical devices, drive yield and quality improvements, and collaborate with design and operations teams.