Seneca

You'll design, implement, and test **advanced control algorithms** for UAVs in a mission-driven startup. You'll integrate **machine learning and deep learning** to enhance autonomous navigation and flight performance. You'll work with cross-functional teams to deliver reliable drone solutions that help combat wildfires.

You'll coordinate end-to-end recruiting and people operations for a **fast-growing startup** building AI-powered autonomous drone systems. You'll help **scale hiring and onboarding processes** while ensuring compliance and a **high-quality candidate experience**.

You'll design and develop **hardware systems for autonomous aerial suppression** at a company building AI-powered drone systems for wildfire response. Your core impact will be delivering robust mechanical solutions that integrate with software and help firefighters respond faster. This role combines **hands-on prototyping** with cross-functional collaboration.

You'll build and maintain the **core iOS application** for operating Seneca's autonomous drone systems, translating complex robotics data into intuitive interfaces for frontline firefighters. This mission-critical role directly impacts **real-time drone mission control and live perception data visualization** in resource-constrained environments.

You'll research, develop, and deploy **cutting-edge perception algorithms** for **autonomous drone systems** that detect wildfires. Your work will directly enable **sub-6-minute response times** to save lives, property, and natural resources.

You'll design, develop, test, and integrate **hardware systems** for **autonomous aerial suppression** drones. Your work will directly impact the safety and effectiveness of firefighters by delivering robust hardware solutions. You'll collaborate with cross-functional teams in a mission-driven startup environment.

You'll design, develop, and integrate software systems for **autonomous aerial suppression** drones. Your work will directly enable firefighters to respond to blazes in under 6 minutes. You'll collaborate cross-functionally to deliver **robust solutions for wildfire defense**.

You'll assemble, wire, and fabricate hardware components for **autonomous aerial suppression systems**, working closely with engineers to ensure quality and precision. Your work directly supports **critical hardware for wildfire response**. This role offers the chance to **bring prototypes and production systems to life** in a mission-driven startup.

You'll support **flight test programs** by preparing aircraft, managing ground equipment, and ensuring safe test operations. Your core impact is enabling **reliable data capture** and smooth execution of every flight test. This ground operations role offers **structured support** from experienced engineers and full stop authority.

You'll design and own **system-level test plans** for ground and flight testing of **UAV systems**. Your core impact will be analyzing telemetry and performance data to drive engineering decisions. This role is ideal for someone who thrives in fast-moving hardware environments.