Sabra Hermassi
About Sabra Hermassi
Sabra Hermassi is a Firmware Engineer with extensive experience in embedded systems and firmware development. She has worked at Axis Communications since 2017 and has contributed to various projects, including PTZ surveillance cameras and Z-Wave technology.
Work at Axis Communications
Sabra Hermassi has been employed at Axis Communications as a Firmware Engineer since 2017. In this role, she has contributed to the development and update of firmware for PTZ surveillance cameras. Her work includes significant projects such as 'Mimmi' (P5655-E), 'Shallot' (Q6075), and 'Orientation-Aid' for the Swedish police department. Hermassi's responsibilities involve implementing various Z-Wave APIs, conducting functional tests, and ensuring the reliability of firmware in surveillance technology.
Previous Experience in Embedded Systems
Prior to her current position, Sabra Hermassi worked at several companies in the embedded systems domain. She served as an Embedded Systems Engineer at Telnet from 2015 to 2017 and at BeanAir from 2014 to 2015. During her tenure at ARDIA in 2017, she worked as an Embedded Linux Software Engineer for 11 months. Her experience across these roles has equipped her with a strong foundation in embedded software development and system integration.
Education and Engineering Background
Sabra Hermassi's educational background includes a degree in Electronics with a specialization in the Design of Electronic Systems from the National Engineering School of Sousse (ENISo), where she studied from 2009 to 2013. Prior to that, she completed preparatory classes at the Preparatory School for Engineering Study of Monastir (EPEIM) from 2007 to 2009. Her foundational education includes a Bachelor level in Technology from the Pioneer School of Sousse (LPS) from 2003 to 2007.
Technical Projects and Contributions
Throughout her career, Sabra Hermassi has been involved in various technical projects. Notably, she worked on the 'Z-wave Kevin-sun' (M5000-g) project, where she handled Z-Wave packages and configured a TUN/TAP interface for communication with the Zipgateway. Additionally, she developed a Python script for local image stitching and implemented an application for real-time panoramic view stitching of camera snapshots from multiple lenses. Her contributions have enhanced the functionality and performance of embedded systems.