Jobs at Airobotics

Supports multidisciplinary autonomous aerial systems and counter-drone programs by coordinating cross-functional workstreams, procurement, hardware readiness, system rollouts, field trials, customer deliveries, action items, risks, and documentation. Owns assigned deliverables from planning through completion, facilitates team alignment, resolves bottlenecks, and serves as a client focal point. Prior project management experience is not required.

Plan and execute system, functional, integration, and end-to-end tests across autonomous drone hardware and software. Troubleshoot issues in laboratory and field environments, analyze logs and test results, perform basic API testing, use Linux and simulators, and track defects in Jira. Collaborate with software, systems, hardware, integration, and operations teams during trials and system integration activities.

Owns implementation, configuration, and operation of enterprise security tools and controls. Monitors and investigates alerts, coordinates remediation, manages endpoint, identity, network, device, cloud, and vulnerability controls, and develops incident-response procedures. Translates policies into technical safeguards and supports audits, risk assessments, evidence collection, compliance, documentation, and reporting while collaborating with IT, R&D, stakeholders, and vendors.

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 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.

Tracks and expedites open purchase orders with local and international suppliers, coordinates delivery dates, manages order changes and delays, updates ERP records, and reports on supplier performance. The coordinator collaborates with warehouse, production, manufacturing, engineering, and quality teams to resolve supply issues, supports buyers, and contributes to procurement process improvements.

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 and integrate real-time mission control logic for autonomous UAS: implement guidance algorithms, integrate with Pixhawk and NVIDIA Jetson, optimize MAVLink communications, maintain control loops, and validate in field trials and simulation.

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.

Lead system engineering for ArduPilot-based UAVs including preliminary design, propulsion and avionics architecture, flight-control and stability analysis, PID tuning, sensor and communications integration, performance and endurance analysis, and support for integration, ground testing, and flight testing in collaboration with multidisciplinary teams.

Lead end-to-end delivery of complex defense programs for autonomous drone systems: manage customer relationships, coordinate cross-functional R&D/Operations/Field teams, maintain schedules, mitigate risks, ensure compliance with defense standards, and align with Sales and senior leadership to meet contractual commitments.

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.

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.

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.