Swan

You'll design and maintain cloud infrastructure for **autonomous defense products** at a startup backed by a16z. Your work will directly enable **high-performance, scalable systems** for critical missions. This role offers the chance to shape infrastructure from the ground up.

You'll design and implement computer vision systems for **autonomous aerial products** at a startup backed by a16z. Your core impact is building **navigation and perception pipelines** using SLAM, tracking, and deep learning. You'll work across C++ and Python in a **collaborative startup environment**.

You'll design and implement software for **autonomous robotics systems** at a defense-tech startup backed by a16z. You'll own sensor integration and navigation algorithms for aerial systems. This role offers the chance to work on **real-world robotic systems** in a fast-paced startup environment.

You'll **design and optimize computer vision models** for real-time applications on embedded systems at a defense tech startup backed by a16z. Your core impact will be **deploying efficient neural networks** on resource-constrained hardware like NVIDIA Jetson and ARM Cortex.

You'll build **RF sensing prototypes** for electronic warfare detection, developing DSP workflows from raw I/Q data. Your core impact is rapidly iterating prototypes through field testing to deploy reliable systems in complex RF environments.

You'll design and deploy **autonomy software** for aerial robotics platforms, combining core engineering with **hands-on field integration**. You'll directly support customer deployments and **real-time system optimization** in high-stakes environments.

You'll design and implement autonomy software for aerial platforms, working with cross-functional teams from core development to **field deployment**. You'll serve as the technical bridge between product engineering and end-users, ensuring solutions meet **operational demands** in dynamic environments.

You'll research and develop **alternative PNT solutions** for GPS-denied environments, leveraging signals of opportunity and sensor fusion. Your work will directly impact **autonomous defense systems** in challenging conditions. Join a **fast-paced startup** backed by top VCs.