Lead Cockpit Hardware Engineer - Edge Compute & RTOS

Flynavi; San Francisco (CA); Sur place; USD 140 000 - 210 000; Plein temps

Résumé du poste

Flynavi is seeking a founding hardware engineer to own Navi's edge compute node from bare-metal architecture to enclosure and cloud integration, ensuring cockpit readiness. You will lead end-to-end design, ruggedize for heat, vibration, RF, and develop real-time data pipelines with minimal latency while pursuing environmental certifications and OTA fleet updates.

This role requires 7+ years in embedded hardware and a track record delivering complex devices to production, combining deep

Qualifications

• 7+ years in systems engineering or embedded hardware development.
• Strong electronics design: PCB schematics, microcontrollers, wireless modules.
• Experience with RTOS or embedded Linux and edge-to-cloud architecture.
• Hands-on with hardware certifications and environmental testing.

Responsabilités

• Lead end-to-end design of Navi's edge compute node: architecture, PCB layout, enclosure.
• Build rugged hardware for cockpit environments with thermal, vibration, and RF considerations.
• Architect real-time data pipelines for audio and telemetry from edge to cloud with low latency.
• Own hardware validation lifecycle: environmental testing and certifications.
• Develop embedded firmware and edge processing logic with RTOS or embedded Linux.
• Guide live cloud telemetry dashboards for real-time device visibility.

Connaissances

Embedded C/C++

Python

RTOS

Embedded Linux

PCB design

Edge compute

Cloud data

Description du poste

Flynavi is seeking a founding hardware engineer to own Navi's edge compute node from bare-metal architecture to enclosure and cloud integration, ensuring cockpit readiness. You will lead end-to-end design, ruggedize for heat, vibration, RF, and develop real-time data pipelines with minimal latency while pursuing environmental certifications and OTA fleet updates.

This role requires 7+ years in embedded hardware and a track record delivering complex devices to production, combining deep