SAHAR MYHRE

Directed design and development of firmware features for Q-switch laser products on STM32, introduced time-critical features and an external logging module, and resolved critical RF/FPGA flaws to improve product reliability.

Technical lead for steering-wheel assist gateway development; analyzed and prototyped a CAN/J1939 gateway module and system test infrastructure using PIC32, reducing integration risk.

Led development and code review of 5G lower baseband data streaming and frequency recording modules, and managed an API upgrade that halved testing time and increased reliability by 50%.

Optimized communication between fire-detection sensors and Renesas-based controller board, reduced false alarms by 30% and improved sensor accuracy by 20% while deploying firmware adaptations for new product generation.

Migrated AUTOSAR functionalities to Volvo Core System and integrated LIN communications, reducing development time by ~40% and implementing tooling that cut platform development time by 50%.

Improved epilepsy-detection device ML algorithm and real-time parameter adjustment, reducing field testing time by 50% while applying OOP and unit testing to meet CE approval standards.

Completed PhD in Computer Science with research involving reverse engineering methods to identify and fix critical RF and FPGA board flaws, improving system reliability.