Brian Daniels is a software engineer with 12 years of experience specializing in embedded systems, IoT, and build automation, currently contributing at Google from Canton, Mississippi. He has deep hands-on expertise in ultra low-power, energy-harvesting sensor firmware and bare-metal embedded projects, and has a strong history enabling the Arm Mbed ecosystem by implementing sleep/deep-sleep power management and improving test robustness for popular open-source projects like mbed-os and mbed-cli. Brian pairs embedded firmware craftsmanship with build & release automation skills gained from improving CLI tooling and test flows, and has shipped both embedded Linux and web applications across industry and tooling roles. He brings an engineer-first approach informed by developer enablement work at Arm and a practical background in web UX from early career projects, making him comfortable bridging low-level hardware constraints and higher-level developer tooling.
12 years of coding experience
10 years of employment as a software developer
Computer Engineering, Computer Engineering at University of Michigan
Contributions:1 release, 50 commits, 37 PRs in 3 years
Contributions summary:Brian primarily focused on enhancing the testing and build process for the `mbed-cli` project. Their contributions included adding and modifying test commands, updating build directories, and modifying the build system to align with mbed-tools logic. Furthermore, the user integrated and updated the test listing and execution commands. This led to improvements in the test execution flow and build processes.
Arm Mbed OS is a platform operating system designed for the internet of things
Role in this project:
Embedded Systems Engineer / IoT Developer
Contributions:520 commits, 210 PRs, 4 pushes in 4 years 3 months
Contributions summary:Brian primarily contributed to the Arm Mbed OS project by implementing and refactoring power management features. This involved adding support for sleep and deep sleep modes for specific LPC microcontrollers, including the LPC11U68, and fixing related compilation issues. Their work also included the modification of core system files, adding new test cases for features like WFI (wait for interrupt) instruction, and other minor code updates. The user also added some utility functions to make the test more robust.
kernelmbed-osoperating-systemlinuxmbed
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