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Designs intuitive UI/UX for autonomous maritime systems, collaborating with engineers and DoD stakeholders to create operator-focused workflows and high-tech product experiences.
Oversee the planning, scheduling, and execution of autonomous surface vessel projects for defense programs, coordinating engineering teams and tracking budgets.
Designs and runs mechanical/structural tests for autonomous surface vessels, including test stands, fluid systems, and weldments, using CAD and FEA tools.
Build and maintain web apps for autonomous maritime vessels using JavaScript, TypeScript, React, Node.js, and databases like MongoDB or PostgreSQL.
Design and build low-level software for autonomous surface vessels using NixOS, C/C++, and Rust, integrating controls, sensor fusion, and network protocols for maritime environments.
Design and execute verification plans for autonomous maritime vessels, decomposing system requirements, running subsystem/system tests, and analyzing results to improve reliability and safety of cutting-edge naval autonomy tech.
Design and execute integration, verification, and reliability tests for electrical and software systems powering autonomous maritime vessels, including HIL/SIL testing and failure-mode analysis.
Design and integrate mechanical, electrical, and sensing subsystems for autonomous surface vessels, ensuring manufacturability, serviceability, and reliability.
Lead a team of marine designers to create 2D/3D vessel designs and technical drawings for autonomous surface vessels, enforcing standards and ensuring regulatory compliance.
Design and test hardware systems for autonomous maritime vessels, integrating sensors, propulsion, and navigation in a fast-paced startup environment.
Designs and maintains the Foundry platform using Palantir Foundry, Python, and SQL to build secure data models and analytics for maritime autonomy and defense applications.
Builds and maintains web apps for maritime autonomy using JavaScript, TypeScript, React, and Node.js to support internal software platforms.
Build and deploy autonomy software for uncrewed surface vessels, integrating perception, control, and networking while troubleshooting in real-world maritime conditions.
Field engineer integrating mechanical/electrical payloads onto autonomous maritime vessels, debugging systems at sea, and iterating hardware designs in real-world conditions.
Designs AI-powered food-ordering experiences for iOS and web, balancing trust, simplicity, and personalization in a fast-moving startup.
Build and ship an AI-powered food agent that plans meals, sets nutrition goals, and places orders using LLMs, retrieval, and agentic workflows in production.
Own and scale demand forecasting for Blue Apron’s SKUs, improving model accuracy to drive production orders, customer fill rates, and waste reduction.
Designs, builds, and tests electrical and electro-mechanical systems for autonomous marine vehicles, using Python, C/C++, and embedded tools while supporting lab and field trials.
Build the backend brains for automated restaurants using Elixir/Phoenix, orchestrating real-time systems that link cloud services, robotic hardware, and frontend apps to ensure flawless order fulfillment.
Build and maintain hybrid cloud and edge infrastructure for robotics-powered food automation, using Terraform, Ansible, AWS ECS Anywhere, and CI/CD pipelines.
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