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Electrical Engineer Intern supporting the design, simulation, debugging, testing, and documentation of eVTOL drone electrical systems. Responsibilities include schematics, PCB layout, RF front ends, power systems, motor control, embedded C/C++ firmware, battery management, and laboratory test campaigns. The intern will collaborate with mechanical, firmware, and manufacturing teams while gaining hands-on experience across the electrical engineering stack in lab and manufacturing environments.

Support development and testing of an Android-based drone ground control application. Assist with C++ and Android debugging, real-time MAVLink communications, networking, build tooling, automation, documentation, field testing, and code reviews under senior engineer mentorship.

Mechanical Engineer Intern supporting the design, development, testing, verification, documentation, and troubleshooting of mechanical components and subsystems. The intern will collaborate with experienced engineers and cross-functional teams, assist with technical processes and project planning, and gain hands-on exposure to production-oriented engineering work. Required qualifications include pursuing a mechanical or aerospace engineering degree, mechanical design experience through coursework or projects, and familiarity with SolidWorks or similar CAD software.

Design and develop production-ready uncrewed surface vessel hardware, including composite structures, machinery layouts, propulsion, fuel systems, equipment installations, and payload interfaces. Create 3D CAD models, manufacturing drawings, BOMs, and engineering documentation. Collaborate with engineering, fabrication, integration, suppliers, and operations teams from concept through prototype testing and production. Evaluate weight, structural loading, manufacturability, serviceability, and marine-environment requirements while supporting design reviews, configuration control, and engineering changes.

Build and maintain AWS infrastructure, CI/CD pipelines, Docker environments, and developer tooling for drone software platforms. Improve build, test, deployment, observability, reporting, documentation, and self-service workflows using Jenkins, GitLab, and DevOps automation. Integrate security controls such as secrets management, vulnerability scanning, and least-privilege access while supporting CMMC Level 2 and Army compliance. Troubleshoot infrastructure and developer workflow issues and report pipeline health to engineering leadership.

Leads Red Cat’s federal, state, and local government affairs strategy, including Congressional engagement, appropriations advocacy, legislative monitoring, policy analysis, stakeholder outreach, and PAC management. Develops legislative recommendations, prepares policy memoranda, coordinates consultants and cross-functional teams, represents the company with legislators and community stakeholders, and supports policy meetings and communications. Requires at least four years of Capitol Hill legislative policy experience and up to 30% travel.

Leads high-level electrical system design for UAV products, decomposes product requirements, directs engineers, performs technology trade studies, and integrates subsystem designs. Responsibilities include EMC-compliant design, PCB architecture and layout, signal and power integrity, design reviews, EVT procedures, manufacturing test development, and electrical BOM management. The role requires expertise across multiple drone technologies, collaboration with manufacturing partners, and ownership from concept through sustaining engineering.

Owns configuration management across military and commercial drone platforms, including hardware, software, firmware, BOMs, revisions, variants, and build standards. Establishes CM processes, manages SAP and Arena PLM data, leads configuration audits, maintains traceability and baselines, tracks status metrics, and supports regulatory compliance. Collaborates with engineering, manufacturing, supply chain, and quality teams to resolve discrepancies and support new UAS programs.

Designs and sustains complex electrical subsystems and PCBAs for UAVs from concept through production. Leads EMC compliance, EVT development and testing, troubleshooting, design reviews, manufacturing test collaboration, trade studies, PCB layout, BOM management, and sustaining engineering. Works cross-functionally with mechanical, firmware, manufacturing, and external partners while serving as a subject-matter expert in multiple UAV technologies.

Leads and manages the electrical engineering team developing electronic systems for unmanned aircraft. Oversees embedded electronics, PCB, battery management, motor control, RF, testing, regulatory compliance, product qualification, and production transition. Collaborates with mechanical, software, firmware, and manufacturing teams while managing engineering projects, schedules, budgets, resources, and product roadmaps. Requires strong technical leadership, cross-functional communication, and experience with new product introduction and manufacturing scale-up.