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Design, implement, test, and optimize software features for tactical robotic systems. Participate in code reviews, collaborate with Product, Design, and QA, debug live systems, provide occasional field support, maintain technical documentation, uphold engineering standards, and support CI/CD pipelines. The role involves taking end-to-end ownership of well-scoped technical problems and developing software primarily in C++ for embedded and cross-platform environments.

Own schedule, cost, and scope for cross-functional production programs from concept through design, integration, verification, and production transition. Manage schedules, risks, action items, change control, readiness reviews, and program metrics. Coordinate engineers, operators, manufacturing teams, suppliers, and customers while escalating issues and driving resolution. Track design reviews, prototype builds, testing, validation, and production-release milestones in a fast-paced defense and robotics environment.

Develop and maintain software for tactical robotic systems under senior engineering guidance. Responsibilities include implementing features and bug fixes, writing unit tests, participating in code reviews and QA, debugging during field testing, documenting code, and collaborating to translate requirements into software. The role emphasizes mentorship and technical growth across embedded systems, UI development, and robotics technologies.

Provides technical leadership across the software development lifecycle, architecting and delivering complex cross-platform systems. Leads design reviews, technical decisions, deployments, field testing, demonstrations, debugging, performance optimization, and security improvements. Mentors engineers, drives high-impact initiatives, collaborates with cross-functional stakeholders, and advances engineering standards. The role focuses on software for tactical robotic and aerial systems, including embedded Linux, Android, Qt, QML, REST, and JSON integrations.

Drive software and integrated-system QA for UAV products across bench, simulation, and flight-test environments. Develop manual and automated tests, Python utilities, and CI/CD validation workflows; analyze defects, logs, telemetry, and system behavior; maintain QA documentation and test management records; support release readiness and corrective actions; collaborate with firmware, embedded, production, and flight-test teams; and mentor junior QA engineers.

Owns schedule, cost, and scope for cross-functional technical production programs from concept through design, integration, verification, and production transition. Responsibilities include managing schedules, risks, action items, production reviews, change control boards, readiness assessments, program metrics, design reviews, prototype builds, testing, validation, and issue resolution across hardware and software teams.

Support and sustain UAS platforms across air vehicles, electronics, payloads, communications, ground control, and infrastructure. Investigate complex system-level issues, perform root-cause analysis, manage issue resolution through validation, and evaluate engineering changes for safety, reliability, performance, and compliance. Collaborate with design, manufacturing, testing, flight operations, and customer support teams while maintaining configuration documentation and lifecycle processes.

Provide Tier 1/2 enterprise IT support, diagnose endpoint and network issues, manage device imaging and deployments, write PowerShell or Bash scripts, administer Entra ID workflows, and support endpoint security, patching, and encryption. The role also contributes to incident, problem, and change processes; collaborates with security and engineering teams; maintains knowledge-base content; and performs occasional hardware installation, lab support, and travel to facilities or test sites.

Design and review electrical schematics and PCB layouts, define system architectures, select components, and develop hardware validation plans and test fixtures for sUAS systems. The role supports hardware development cycles, high-speed signaling, high-power systems, communication bus debugging, PCB stack-up optimization, engineering documentation, cost analysis, process improvements, and cross-functional collaboration. Occasional travel to test sites, customers, and suppliers may be required.

Provides technical leadership for complex electrical systems throughout architecture, schematic design, PCB layout, bring-up, testing, manufacturing, and production. Leads design reviews, standards development, root-cause analysis, supplier collaboration, field deployments, and hardware debugging. The role requires advanced analog, power electronics, high-speed digital, signal integrity, EMI, manufacturability, and reliability expertise, along with mentoring responsibilities and occasional customer-site travel.