Mario Saric
Solutions Architect at Bosch
Vienna, Austria
Summary
👤
Senior🎓
Top SchoolMario Saric is a solutions architect with nine years of experience designing and implementing safety-critical software and firmware for automotive and embedded systems. Based in Vienna, he combines a strong engineering foundation (M.Sc. in Energie- und Automatisierungstechnik) with hands-on embedded work—contributing to coreboot support for Siemens hardware by enabling eMMC/SD, RTC drivers, GPIO, PCIe, and power/clock gating. At Bosch he has progressed from system and requirements engineering into solution architecture for vehicle control unit development, specializing in functional safety for fail-operational systems. Comfortable bridging low-level firmware and high-level requirements, he brings a practical mindset for optimizing hardware interfaces and powering down unused devices to improve overall system reliability and efficiency.
9 years of coding experience
3 years of employment as a software developer
Vienna University of TechnologyBachelor's degree, Electrical Engineering and Information Technology, Bachelor's degree, Electrical Engineering and Information Technology at University of Split
English, German, Croatian, Serbian, Bosnian
Stackoverflow
1reputation
488reached
0answers
2questions
Github Skills (19)
firmware10
i2c10
gpio10
sys10
embedded10
hardware9
initializer9
pcie9
initialize9
initialization9
device-tree8
sd-card7
mmc7
real-time-clock7
bootloader7
Programming languages (1)
Github contributions (5)
coreboot/coreboot
Jan 2017 - Nov 2022
Read-only mirror of https://review.coreboot.org/coreboot.git. Synced every hour. We don't handle Pull Requests.
Role in this project:
Embedded Systems Engineer / IoT Developer
Embedded Systems Engineer / IoT DeveloperContributions:168 commits in 5 years 10 months
Contributions summary:Mario's contributions center on configuring and adapting the coreboot firmware for the Siemens mc_apl1 mainboard. They implemented and adjusted GPIO settings, integrated and configured the RX6110SA real-time clock driver, and enabled support for the eMMC and SD card interfaces. Furthermore, the user optimized the system by implementing clock and power gating, in addition to disabling unused devices. Their work also included configuring the PCIe devices, making adjustments for the display panel's display output, and setting the correct values for the system.
corebootfirmwarereviewpull-requestsbootloader
Amersel/coreboot
Aug 2021 - Oct 2021
github mirror of coreboot.org's master repository
Contributions:13 commits in 1 month
corebootmastergithub-mirror
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