Li Lin is a seasoned Principal Software Engineer at Veoneer, bringing over 14 years of specialized experience in automotive embedded software design. With a strong focus on high-quality and efficient software development, Li has honed a deep expertise in various aspects of embedded systems, particularly...
Li Lin is a seasoned Principal Software Engineer at Veoneer, bringing over 14 years of specialized experience in automotive embedded software design. With a strong focus on high-quality and efficient software development, Li has honed a deep expertise in various aspects of embedded systems, particularly within the context of automotive electronics. His current role involves significant contributions to the Pre-development team for the Restraints Control ECU, where he is instrumental in the software design for the new SC3 platform.
In this capacity, Li Lin is tasked with analyzing the SB3 ASIC specifications, which requires a meticulous approach to writing comprehensive design documents and executing code implementation. His proficiency in the Software Development V-Model Process ensures that all phases of development, from unit testing to integration testing, are executed with precision and adherence to industry standards. Li's familiarity with AUTOSAR architecture, particularly through tools like Autosar Builder and Davinci Configurator, allows him to create robust software solutions that meet the stringent requirements of automotive safety and performance.
Moreover, Li is committed to following Veoneer’s software development processes, which are compliant with CMMI and ASPICE standards, ensuring that his team delivers high-quality software that meets both regulatory and customer expectations. His collaborative spirit shines through as he supports team members in task design, fostering an environment of continuous improvement and innovation. With a solid foundation in embedded software, software architecture design, and automotive communication protocols such as CAN bus, Li Lin is a key asset to Veoneer, driving forward the future of automotive technology.
