Maxime Moge

As a Software System Architect at Bosch, I have over 17 years of experience in creating innovative and efficient software for embedded systems. I specialize in embedded posix system software layers, including OS kernel, BSP, middleware, and applications. I also have broad knowledge in microcontroller/microprocessor software development, interface driver development and DevOps. In my current role as Architect for RADAR sensor, I collaborate with development teams providing technical guidance and support throughout the software development lifecycle, moreover I work on identifying and mitigating technical risks and dependencies through hands-on proof of concepts. I am passionate about delivering high-quality software solutions that meet the customer needs and expectations, and that leverage the latest technologies and best practices. I am a team player with effective communication and presentation skills, able to coordinate with management, vendors, and staff to achieve goals. I am also a lifelong learner, always eager to update my skills and knowledge, and to share them with others. I hold a master's degree in electrical, electronics, and communications engineering, and a certification in embedded UML start-up training. I am fluent in English, German, and French.

• StaticMemoryAnalyzer

      github.com/dda119141/StaticMemoryAnalyzer 

      Lightweight tool that aim to generate in a simple way information about compile-time memory consumption 

• Linux Build System for Zynq Ultrascale+ SOC

      github.com/dda119141/ultrascale_linux 

      The primary objective is to create a robust, minimalist build framework for Xilinx Ultrascale+ embedded systems. Moreover, it enables the user to develop or adapt hardware related OS components using qemu in a simple way. 

• Zynq Ultrascale Minimal Bootloader

      github.com/dda119141/ultrascale_bootloader 

      Simple bootloader application for arm64 that can be fully simulated using qemu emulator.