Top Tech Jobs & Startup Jobs

Develop and lead ATAK Android applications for tactical defense operations. Responsibilities include Java development, plugin and integration design, secure communications, C++ integration, testing, documentation, release planning, code review, mentoring, TAK community collaboration, UAS integration, and customer-facing demonstrations. The role also supports secure data handling, interoperability protocols, and real-time operational workflows for government, military, and commercial stakeholders.

Develop and optimize low-level C/C++ firmware for avionics, flight controllers, mission payloads, and embedded subsystems. Port software to new hardware and RTOS platforms, create drivers and BSPs, integrate safety and reliability features, and perform testing and fault diagnosis. Collaborate across hardware, networking, RF, and manufacturing teams to support UAS development, field integration, and deployment. Produce technical specifications, test plans, integration documentation, and troubleshooting guides.

Own cable and harness manufacturing process development from prototype through production and supplier transfer. Develop wire preparation, crimping, termination, tooling, documentation, electrical testing, process controls, and capacity plans. Lead supplier qualification, first article builds, audits, RCCA, DFM/DFT feedback, technician training, and production improvements. The role is onsite in San Diego and supports aerospace and defense manufacturing under ITAR requirements.

Integrates avionics, payloads, flight controllers, embedded subsystems, and tactical networks for unmanned aerial systems. Responsibilities include configuring and troubleshooting hardware, software, RF, and communications systems; developing automation and integration tools; creating test plans and technical documentation; analyzing performance; repairing equipment; and supporting field deployments. The role collaborates with engineering, manufacturing, customers, and DoD stakeholders in laboratory, manufacturing, and austere field environments.

Develop and maintain software interfaces integrating cameras, radios, sensors, and other payloads with autonomous systems. Build SDK/API integrations, configuration and monitoring tools, mission application extensions, and Docker-based deployments. Debug Linux, networking, hardware, and distributed software systems; contribute production-ready changes upstream; and support field testing, demonstrations, and operational deployments.

Leads unmanned aerial system development from conceptual design and prototyping through first flight and productionization. Coordinates multidisciplinary engineering teams, manages system architecture, requirements, interfaces, verification, validation, technical risks, and program reviews. Establishes scalable engineering processes for design reviews, configuration management, and technical execution. Interfaces with suppliers, customers, government agencies, and leadership while supporting flight testing, integration, and field operations.

Conference-related general application for candidates who attended AUSA 2026 and are interested in opportunities at Firestorm Labs across engineering, operations, manufacturing, and business teams. Applicants should submit a resume for follow-up from the talent team. Export-control eligibility is required for work involving regulated technologies.

Owns propulsion development and integration for small piston engines and microturbojets powering sUAS platforms. Responsibilities include engine selection, fuel and exhaust system design, ECU calibration, test-stand and flight testing, failure investigation, propeller qualification, thermal and electrical integration, documentation, and vendor technical leadership. The role is hands-on at test stands, engine cells, and flight lines, with up to 20% domestic travel.

Leads root cause and corrective action investigations, supplier quality, inspections, nonconforming material disposition, process controls, SPC, QMS development, audits, and continuous improvement. Collaborates with engineering, manufacturing, suppliers, and operators to reduce defects, rework, waste, and scrap while supporting new product introduction and engineering changes. The role is based in San Diego and may require up to 20% travel.

Leads and scales supply chain and logistics for complex electromechanical hardware, including sourcing, supplier management, production planning, inbound and outbound logistics, risk mitigation, and NPI. Builds scalable processes, systems, metrics, and supplier relationships while managing a small team. Partners with engineering, manufacturing, program management, and finance, and supports development of a proprietary MRP/ERP system. Requires global supply chain experience in Asian or INDOPACOM markets and frequent executive communication.