Support a high-impact mission to prevent wildfires by managing corporate IT systems, networks, and user support at Seneca.
Lead development of robust electrical hardware for Seneca's autonomous aerial suppression drones, driving designs from concept through deployment.
Seneca is seeking an embedded software engineer to develop C++/Python-based ROS/RTOS software for autonomous aerial suppression platforms.
Lead Seneca's brand, media relations, and external communications to translate complex technology into a compelling mission-driven narrative and grow public awareness.
A seasoned iOS Engineer is needed to translate Seneca’s robotics, perception, and controls systems into a reliable, high-performance mobile app used by frontline fire professionals.
Lead development of advanced flight control and autonomy systems for Seneca's wildfire suppression UAVs, applying control theory, embedded software, and ML/DL to deliver safe, reliable autonomous flight.
Work on cutting-edge perception models and multimodal sensor fusion to power Seneca's autonomous firefighting drone systems as a core member of the engineering team.
