Staff engineer role focused on integrating autonomy software across Shield AI's Hivemind platform, spanning simulation, hardware-in-the-loop, and flight systems. Responsibilities include developing deep expertise in the autonomy stack, configuring and deploying multi-agent systems, integrating new autonomy capabilities, enabling platform bring-up on new robotic hardware, architecting integration tooling and deployment infrastructure, ensuring cross-platform compatibility, diagnosing integration defects via telemetry analysis, and optimizing CI/CD workflows. The role bridges engineering development and real-world autonomous applications, requiring systems integration expertise, robotics platform knowledge, and hands-on proficiency with sensor drivers, middleware, and deployment frameworks.
Software Gigs
As Business Systems Analyst at Luminize, you'll design and build automation infrastructure that enables the company to manage 80+ brands without proportional headcount growth. You'll partner with department leads to identify high-impact manual workflows, architect custom tools across Google Workspace (Apps Script, Sheets, Docs, Forms), and integrate platforms like Asana, HubSpot, Looker Studio, and Slack. You'll also identify and build production AI workflows using LLMs (Gemini, Claude, ChatGPT) for tasks like client feedback categorization and document parsing. The role requires 5+ years of business process improvement or systems integration experience, strong proficiency in Google Apps Script (JavaScript) and no-code platforms (Zapier or Make.com), and hands-on knowledge of REST APIs, webhooks, and LLM APIs.
Lead Systems Engineer to support government sponsors in architecting, analyzing, and integrating complex mission and enterprise systems. The role focuses on applying Model-Based Systems Engineering (MBSE), executable MBSE, architecture analysis, and digital engineering methods to develop system architectures and inform acquisition decisions. Responsibilities include modeling complex systems using standards-based frameworks (UAF, SysML, UML), developing executable models for verification and validation, designing prototypes and dashboards in Java and Python, applying industry standards (MOSA, OMS, UCI, FACE), and advising government sponsors on architecture strategies and digital transformation. The position requires 8+ years of systems/aerospace engineering experience (or equivalent with advanced degrees) and includes mentoring junior engineers.
Lead technical delivery of complex autonomy capabilities for Shield AI's V-BAT and X-BAT unmanned aircraft platforms, spanning mission autonomy, payload integration, flight-control interfaces, and multi-agent behaviors. Own end-to-end integration from architecture through field deployment, coordinate across Aircraft, Autonomy Capabilities, Perception, and GCS teams, and drive mission readiness for customer releases. Mentor engineers, improve engineering practices, and serve as primary technical partner to the Aircraft team on integration approaches and interface design. Requires 7+ years of relevant experience, expert C++ and Linux development, and deep expertise in complex autonomy systems or embedded systems integration.
As Business Systems Analyst at Luminize, you will design and build automation infrastructure across Google Workspace, Asana, HubSpot, and Looker Studio to manage workflows for 80+ e-commerce brands without proportional headcount growth. You'll own process discovery and redesign, architect custom integrations using Google Apps Script, Zapier, and Make.com, and identify opportunities to deploy LLMs (Gemini, Claude, ChatGPT) for analysis, categorization, and document parsing. You will also drive adoption through documentation, SOPs, and end-user support while managing shared infrastructure governance with IT. The role requires 5+ years in business process improvement or systems integration, strong Google Apps Script and no-code platform skills, and hands-on experience with REST APIs, webhooks, and AI tools.
As a Systems Engineer, you will troubleshoot complex mechanical, electrical, and software issues in advanced 3D printing (ECAM) systems, identify root causes, and develop solutions to improve printer fleet performance. You'll analyze manufacturing and quality data to drive continuous improvement, apply structured problem-solving methodologies (8D, 5 Whys, Fishbone), and support corrective and preventive actions (CAPA). You'll partner across mechanical, electrical, and software engineering teams to ensure system integration, develop technical documentation and SOPs, and execute functional test plans. The role requires hands-on troubleshooting of electromechanical systems, knowledge of quality tools and methodologies, and CAD expertise.
As a Mission Software Engineer, you will own software solutions deployed to autonomous systems customers, developing capabilities across networking, autonomy, systems integration, and robotics. You'll troubleshoot live deployments, create performance metrics for debugging, and collaborate with multidisciplinary teams and end-users to translate operational needs into mission-ready features. The role requires 3+ years of C++, Python, or Rust experience in Linux environments, with a strong engineering background and ability to navigate complex codebases quickly. You must be a U.S. citizen eligible for security clearance and based in or willing to relocate to San Diego.
Clearance RequiredThe Systems Engineer applies interdisciplinary expertise to define, develop, integrate, and test complex In Vitro Diagnostic systems for medical device applications. Responsibilities include documenting user and system requirements, decomposing system architecture into subsystems with defined interfaces, conducting hazard and risk analysis, managing configuration and change control, driving system integration and root-cause analysis, and supporting clinical validation. The role requires 10+ years of industry experience with demonstrated mastery of the full product development lifecycle in medical device or regulated environments, including risk management, design reviews, and cross-functional collaboration with development, testing, and clinical teams.