Top Tech Jobs & Startup Jobs

Evaluates damaged and nonconforming aircraft hardware, develops repair and rework dispositions, creates technical instructions, and maintains configuration-controlled MRB records. Partners with engineering, quality, manufacturing, supply chain, and sustainment teams on field returns, production escapes, supplier issues, root-cause investigations, and corrective actions. Identifies recurring defects and improves inspection, repair, acceptance, and sustainment processes for unmanned aircraft systems.

Supports system-level safety engineering for the X-BAT aircraft platform by deriving and validating safety requirements, conducting hazard analyses, maintaining hazard tracking systems, developing certification evidence, and verifying mitigations. Collaborates with systems engineering, cybersecurity, airworthiness, responsible engineers, and DoD representatives on safety documentation, design reviews, risk assessments, mishap investigations, and readiness reviews.

Lead planning and execution of complex People Experience programs, drive change management and adoption, manage cross-functional stakeholder alignment, establish governance and reporting, and build scalable PX frameworks to improve organizational effectiveness and employee experience.

Architect and develop safety- and mission-critical real-time software for autonomous aircraft mission-computing systems. Define system architecture, interfaces, data flows, resource budgets, and deterministic performance strategies. Integrate sensors, communications, navigation, autonomy, and mission systems with hardware and systems teams. Lead verification across simulation, laboratory, flight-test, and deployed environments while supporting requirements traceability, certification, cybersecurity, resilience, and lifecycle technical ownership.

Software Engineer Interns design, build, test, and debug production-quality software for autonomous systems. Projects may involve applications, embedded flight software, firmware, machine learning, simulation, APIs, data pipelines, or cloud infrastructure. Interns analyze requirements, collaborate with engineers using Agile practices, and deliver real features or capabilities during a 10–12 week paid internship.

Design, deploy, and maintain resilient hybrid network infrastructure across data centers, remote sites, and public clouds. Manage routing, switching, WLAN, firewalls, WAN, VPN, secure connectivity, network automation, capacity planning, monitoring, troubleshooting, upgrades, patching, and vulnerability remediation. Collaborate with cloud, platform, security, and infrastructure teams, engage vendors, document operations, mentor teams, participate in on-call rotations, and support classified and unclassified environments.

Design and integrate aircraft configurations for autonomous UAVs, including aerodynamic, structural, propulsion, and mission-system trade studies. Develop CAD models, perform basic FEA, CFD, and weight-balance analyses, support prototyping and wind-tunnel testing, and contribute to requirements, verification, manufacturing transition, and production efforts.

Develop future concepts and mission-oriented use cases for Hivemind autonomous systems across air, space, land, and maritime domains. Translate customer needs and technology trends into concept studies, models, analyses, white papers, proposals, and technical briefings. Collaborate with Product, Engineering, Architecture, and go-to-market teams, monitor aerospace and defense developments, and support customer engagements through travel and presentations.

Designs, builds, and operates shared cloud and private-cloud platforms across Azure and AWS. Develops infrastructure-as-code, automation, Kubernetes capabilities, CI/CD pipelines, observability, and self-service developer tooling. The role establishes reliability, security, scalability, and cost standards; supports troubleshooting, capacity planning, vulnerability remediation, disaster recovery, and lifecycle management; and leads platform initiatives through production while contributing to architecture and mentoring engineers.

Lead flight-critical power electronics design for V-BAT aircraft from concept through production. Responsibilities include designing high- and low-voltage systems, inverters, DC-DC converters, battery management, PCBs, and power subsystems; conducting modeling, simulation, testing, validation, and debugging; leading design reviews and cross-functional development; mentoring engineers; and managing technical milestones, manufacturability, safety, reliability, and aircraft integration.