Senior Embedded Software Engineer, Flock

• A Bachelors, Masters, or Ph.D. in Electrical Engineering, Computer Engineering, Computer Science, or related field with 8+ years experience
• Proven track record of working with a large fleet of connected devices, a good understanding of different phases of their lifecycle and related challenges
• Development experience within embedded systems/firmware design at multiple stages of the product life cycle (prototyping, pre-production engineering validation, release and scaling)
• Experience with chipset bring-up within Linux or Android ecosystems
• Experience with Android system architecture (HAL, Android Linux Kernel, Android Build System, etc)
• Mastery of C and C++
• Experience in bootloader development and customization, including familiarity with XBL (eXtensible Boot Loader) and ABL (Android Boot Loader) concepts and implementation
• Proven ability to develop and debug firmware for Application Digital Signal Processors (ADSP), understanding their architecture and software development lifecycle
• Comfortable working in a Linux-based development environment, including custom tooling, containers, Gerrit/Git, etc
• Comfortable providing onsite support for new projects at the Coop once or twice a year as priorities come up
• Familiar with AI-assisted engineering practices, including the strategic, concurrent use of multiple AI agents (Claude, Copilot, Codex) to optimize development velocity
• Feeling uneasy that you haven’t ticked every box? That’s okay; we’ve felt that way too. Studies have shown women and minorities are less likely to apply unless they meet all qualifications. We encourage you to break the status quo and apply to roles that would make you excited to come to work every day

Desirable

• Flock Safety is seeking a Senior Kernel Engineer to join our Device OS Team to solve one of our most critical engineering challenges: building an ultra-stable, rapid-deployment operating system foundation for our expanding next-generation device fleet
• Our solar-powered LPR and live-video cameras (including our Picard, PTZ, and Puffin programs) operate in demanding, real-world conditions where firmware stability directly impacts public safety
• In this pivotal role, you will eliminate system vulnerabilities and accelerate hardware execution by driving low-level Qualcomm Android BSP bring-up, devicetree modifications, and pSIM framework implementations
• Collaborating across electrical engineering and application teams, you will bridge the gap between complex hardware architectures and cloud-connected software to ensure our life-saving devices never drop a frame
• The First 30 Days:
• Immerse in the Device OS Foundation: Learn the intricacies of Flock's architecture, hardware designs, development lifecycle, and toolchain
• Set up your development workflow, build system, and gain deep familiarity with our systems
• Drive Immediate Target Impact: Work closely with electrical engineering peers to review design schematics and define/execute the low-level hardware integration work needed to bring new connectivity capabilities to our device fleet
• Connect and Collaborate: Establish your cross-functional footprint by setting up 1-on-1s with key stakeholders across our Kernel, Device OS, Next-Gen Software, and Validation teams to understand Flock's rapid deployment culture and device product goals
• The First 60 Days:
• Contribute to Next-Gen Chipset Bring-Up: Shift focus heavily toward bring-up efforts for our latest camera hardware platform, built on a leading edge chipset reference design
• Partner closely with fellow kernel engineers to isolate, debug, and eliminate low-level system pain points
• Empower Device Validation: Team up with the Device Validation team to significantly increase automated testing capabilities
• Facilitate scripting, debug hooks, and custom tooling support to optimize the hardware triage and verification workflow
• Own the Release Cycle: Grow comfortable pushing code securely through our version control and code review systems, running builds through our CI pipeline, navigating peer reviews, and deploying stable OS builds directly to physical devices
• 90 Days & Beyond:
• Stabilize the Camera Fleet: Shift from learning to full ownership by contributing to the stability, debug workflow, and triage of our active camera programs running in the field
• Optimize the Software Stack: Spend time deeply integrated with application and framework developers to thoroughly understand the entire device software stack
• Leverage this knowledge to identify, analyze, and optimize latency or performance bottlenecks between the low-level hardware layers and cloud-connected applications
• Scale the Fleet Engine: Become a rolling, fully autonomous contributor to the Device OS roadmap
• Ensure that Flock's embedded OS architecture scales gracefully as the company rapidly expands its physical product portfolio to keep communities safe