Jobs at Teal

Lead NPI for new UAV systems from concept through production ramp (EVT/DVT/PVT/LRIP). Develop and validate manufacturing/test processes, tooling, automation, and documentation. Drive DFM/DFA/DFT, PFMEA, control plans, Lean improvements, root cause analysis, and cross-functional alignment to ensure manufacturability, quality, scalability, and compliance with aerospace/defense regulations.

Own and maintain product configurations across drone platforms, manage BOMs and revisions in SAP and Arena PLM, ensure traceability and compliance (AS9100/MIL-STD), lead configuration audits, collaborate with engineering/manufacturing/quality, track configuration metrics, and support new platform configuration and risk mitigation.

Senior-level electrical engineer responsible for designing and owning multiple UAV subsystems from concept to production. Duties include high-complexity PCBA design, EMI/EMC compliance and testing, EVT procedure creation and execution, troubleshooting, PCB layout, manufacturing test development, sustaining engineering, and cross-functional coordination.

Lead verification and validation testing of sUAS platforms: design and execute test cases, develop test automation, analyze results, report findings, ensure FAA/FCC and safety compliance, collaborate with engineering/manufacturing/pilots, estimate testing effort, and improve QA processes.

Leads and manages an electrical engineering team developing electronic systems for unmanned aircraft. Oversees embedded systems, battery management, motor control, RF communications, PCB design, testing, quality, regulatory compliance, and production transition. Collaborates with mechanical, software, firmware, and manufacturing teams; manages engineering schedules, budgets, resources, verification, product qualification, new product introduction, and manufacturing scale-up. Advises on technology strategy and product roadmaps.

Develop, maintain, and debug C/C++ system services on embedded Linux SOMs for drone platforms. Work on networking, boot/init, logging, radio and MAVLink integrations, diagnostics, and collaboration with flight software, manufacturing, test, and QA teams to ensure reliable production systems.

Designs, secures, operates, and modernizes enterprise LAN, WAN, wireless, firewall, VPN, SD-WAN, and cloud networking across distributed and hybrid environments. Serves as the senior escalation point for complex incidents, leads upgrades and network changes, maintains technical documentation, coordinates vendors, partners with cybersecurity, and mentors staff. The role emphasizes Fortinet, Cisco Meraki, Zscaler, Azure connectivity, reliability, segmentation, monitoring, and automation.

Owns the full lifecycle of complex IT projects, including scope, planning, technical requirements, stakeholder communication, risk mitigation, reporting, quality, Agile ceremonies, and portfolio management. Leads cross-functional technical teams and manages enterprise systems, integrations, application development, service delivery, infrastructure, SaaS, and IT operations initiatives. Administrates Jira boards and workflows while balancing hands-on execution with strategic oversight.

Support customer operations and aftermarket services across subsidiaries by managing service/repair requests, spare parts fulfillment, and order processing. Develop and maintain operational reports and dashboards, track KPIs, analyze data to identify improvements, and collaborate with Finance, Revenue Ops, Supply Chain, and other teams to improve processes, inventory planning, and customer experience.

Lead global product vision and roadmap for UAS platforms and supporting software. Manage product lifecycle, localization, multi-site manufacturing enablement, and configuration control. Lead and scale a product management team, align roadmaps with engineering and program management, translate operator needs into prioritized requirements, and drive revenue across defense and commercial markets.

Lead design, implementation, tuning, validation, and operational readiness of UAV guidance, navigation, and control systems. Own control architecture, autopilot workflows (PX4), flight test planning/execution, state estimation and sensor fusion, embedded integration, cross-functional collaboration, mentoring, and establishment of GNC development and validation best practices.