Top expert inDigital Hardware Design and Verification
Mihail Chindris is an embedded systems and systems software engineer with 10 years of experience building low-level drivers and secure platform code for customers including Analog Devices, AWS, and NXP. He specializes in C/C++ for bare-metal and kernel-space development, with practical Rust experience and a background in TPM, Nitros Enclaves, and automotive-grade I2C/SPI stacks. Mihail has upstream Linux driver contributions (no-OS/Analog Devices) and has implemented true random number support and platform-specific SPI/UART/I2C integrations, reflecting a knack for reliable hardware interfaces. He pairs this hands-on engineering with CI automation and tooling improvements he introduced at Analog Devices, and has worked on AUTOSAR-compliant documentation for automotive qualification. Based in Cluj-Napoca and committed to the local scene, he also teaches programming labs at the Technical University, bridging industry practice with academia. His profile combines cybersecurity training and reverse-engineering roots with production-grade embedded development, making him a strong candidate for secure, resource-constrained systems projects.
10 years of coding experience
3 years of employment as a software developer
Certificate of programmer, Computer Science, Certificate of programmer, Computer Science at Academy+Plus
Master's degree, Information and Computing System Security, Master's degree, Information and Computing System Security at Technical University of Cluj Napoca
Software drivers in C for systems without an operating system
Role in this project:
Back-end & Embedded Systems Engineer
Contributions:2 releases, 537 reviews, 769 commits in 2 years 2 months
Contributions summary:Mihail primarily contributed to the development of embedded drivers in C, focused on Analog Devices' "no-os" platform for systems without an operating system. Their work included modifying SPI driver parameter types to support SD card data block sizes, implementing and integrating a new SPI driver for the ADuCM3029, and adding support for UART and I2C communication on the ADuCM3029 platform. Furthermore, they added support for a true random number generator, which would be used by TLS communication. They also refactored existing code to improve readability and maintainability.
Contributions:4 releases, 2 PRs, 54 pushes in 1 year 11 months
driverslinux
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Mihail Chindris - Embedded Software Developer at NXP Semiconductors