The Technical Support Specialist will provide technical support for public safety customers, troubleshoot software and hardware issues, collaborate with teams, and handle after-hours support responsibilities.

Lead execution of device software and autonomy programs for drones. Coordinate cross-functional teams, manage releases, and improve program management processes.

As a Backend Software Engineer, you'll design, develop, and optimize scalable backend platforms and services while collaborating with cross-functional teams.

As an Account Executive at BRINC, you'll develop and close enterprise opportunities in public safety, manage long sales cycles, and build relationships with key leaders.

Lead the design, testing, and integration of drone electrical systems, ensuring high performance and reliability through circuit design and collaboration with cross-functional teams.

Develop flight-critical firmware for drones and embedded systems, manage entire software development process from design to support, and collaborate with cross-functional teams.

Develop and improve real-time drone tele-operations features, cloud-based products, and quickly prototype new front-end experiences while transitioning to a new tech stack.

Develop and deploy life-saving technologies as a fullstack engineer, focusing on web applications for public safety, collaborating with various engineering disciplines and leveraging customer feedback.

The Senior Strategic Sourcing Manager oversees sourcing and procurement processes, manages supplier relationships, negotiates agreements, and analyzes procurement data to optimize costs and compliance.

The Director of Software Engineering leads a team to develop cloud software for public safety drones, manages projects, and promotes innovation within the engineering organization.

The Product Marketing Manager will develop product positioning, messaging, and sales tools, conduct market research, and influence the product roadmap while collaborating cross-functionally.

Lead the reliability and scalability of BRINC's production systems, building secure cloud infrastructure and improving incident response. Collaborate with teams for optimal system performance.

Lead the design and development of FPGA systems for drones, focusing on video processing, sensor interfaces, and high-performance data handling. Collaborate with teams to enhance autonomous safety products.

Lead the development of autonomy systems for UAVs, contributing to algorithm design and guiding engineers in technical decisions while ensuring high-quality execution.

The role involves designing and implementing computer vision algorithms for UAVs, focusing on localization, mapping, and perception systems, collaborating with cross-functional teams for integration and validation.

The Autonomy Engineer will design and implement algorithms for real-time navigation and multi-sensor fusion in UAVs, collaborating across teams.

Develop flight control algorithms for UAVs, including guidance and control systems. Collaborate with cross-functional teams to implement and validate real-time controls on embedded hardware.

Design and build automated and manual electrical test systems for drone components and full systems. Define and execute test plans, develop test scripts and infrastructure, troubleshoot hardware failures, run environmental and stress testing, document results, and support cross-functional teams to improve product reliability and safety.