Jobs at Airobotics

Develop and execute flight test plans for UAV systems: design scenarios, lead field test preparations and execution, collect and analyze flight data, ensure safety and V&V compliance, coordinate with engineering and operations, and produce technical test reports with recommendations.

Provide hands-on technical support for desktops, laptops, peripherals and internal IT systems. Install, diagnose, and repair hardware and software issues. Image and configure servers and machines, troubleshoot TCP/IP and L2/L3 networking, configure Forti/Cisco routers and switches (VLANs/VPNs), maintain asset inventory, and support onboarding/offboarding.

Lead end-to-end multidisciplinary R&D projects, coordinate software, electronics, and mechanical teams, plan and track schedules (Gantt), run IPT/status meetings, prioritize tasks and risks, manage software versions/features, document knowledge base, and present demos to stakeholders.

As a Prototype Integrator you will assemble and integrate mechanical and electronic systems, configure and calibrate prototype platforms, conduct ground and flight testing, and troubleshoot issues to rapidly iterate proof-of-concept drone systems in a fast-paced development environment.

Lead provisioning, networking architecture, installation, and deployment of complex distributed systems in customer environments. Troubleshoot across application, system, and network layers, collaborate with R&D and operations, and improve deployment processes, documentation, and tooling to ensure reliable, repeatable field deployments.

Design, develop, and optimize real-time guidance, navigation, and trajectory-planning algorithms for autonomous UAVs. Implement motion planning, obstacle avoidance, sensor fusion, and localization; optimize algorithms for embedded real-time systems; validate via simulation and flight testing while collaborating across multidisciplinary teams.

Lead design and integration of GNSS-denied navigation and precision homing for aerial systems. Define system requirements and architecture, perform sensor fusion and state estimation, drive simulation, lab and flight validation, debug complex navigation issues, coordinate with cross-functional teams and subcontractors, and enable reuse of navigation building blocks across projects.

Support transition from development to production for autonomous drone electrical systems. Design and maintain harnesses, create manufacturing documentation, develop test jigs/fixtures, support production troubleshooting and ECOs, qualify components, and collaborate with suppliers and cross-functional teams.

Manage consolidated monthly, quarterly, and annual closes for the company and subsidiaries; lead intercompany and transfer pricing reconciliations; oversee audits, inventory accounting, cash, payroll, GL, variance analysis, tax filings, and enforce accounting policies.

Design and implement high-performance edge applications for autonomous drones. Integrate onboard systems, AI modules, sensors, and mission-control platforms. Optimize for constrained compute, network, and power. Debug distributed and real-time systems. Participate in architecture, testing, CI/CD, and cross-team collaboration.

Design, build, and operate low-latency, resilient distributed backend systems for autonomous platforms. Lead architecture, implement real-time communication, telemetry and SDKs, ensure scalability, observability, and reliability across heterogeneous devices and fleets.

Hands-on systems engineer responsible for defining system requirements and architecture, integrating hardware/software/electronics for drone systems, leading design reviews and root-cause analysis, performing system integration, validation, lab and field testing, documentation, and coordinating with subcontractors.

Design and implement the DevOps foundation for cloud and edge platforms. Own CI/CD, multi-architecture builds, packaging, artifact management, and deployments for connected and air-gapped environments. Drive automation, reliability, observability, and DevOps standards across teams.

Act as Tier 3 escalation for complex hardware, software, networking and integration issues for autonomous drone systems. Troubleshoot, perform RCA, support mission-critical incidents, validate integrations and deployments, develop playbooks, and collaborate with R&D and field teams to improve operational reliability.

Develop, update, and maintain technical and operational documentation (manuals, procedures, work instructions, user guides). Collect and structure technical information from engineers and SMEs, format documents to standards in Word, create and update diagrams in Visio, and ensure clarity, accuracy, and consistency for intended audiences.

Contribute to Ground Control Systems system engineering for UAS: define CONOPS, system architecture, interfaces, requirements, HMI, use cases, and documentation. Support integration, verification, validation, design reviews, subcontractor coordination, and customer demonstrations throughout the system development lifecycle.

Design and implement robust navigation and state-estimation algorithms for autonomous UAVs, focusing on multi-sensor fusion, vision-based navigation, real-time C++ software for embedded edge platforms, integration with control and mission systems, and validation via simulation and flight testing.