PLVision seeks a C Software Engineer with rich experience in computer networking technologies and embedded systems engineering. In this role, you will join our growing project for a technology leader, our client of 8+ years, and become a valuable member of the experienced team that develops a network operating system (NOS) for network devices.
At PLVision, we lead meaningful technical projects that significantly impact the open networking industry, helping you build a brighter future. With over 17 years of expertise and a highly skilled, recognized, and supportive team, we are deeply committed to engineering excellence. We provide a rewarding environment where you can thrive and transform your ideas into impactful software solutions and products. Join us and enjoy a consistent career while contributing to innovative open networking technologies!
Responsibilities:
• Develop a network operating system (NOS) for network devices such as switches and routers.
• Participate in the development of NOS features for cloud and data center networking.
• Investigate and resolve networking-related issues.
• Stay up-to-date with the latest networking technologies and industry trends.
Requirements:
• Bachelor's or Master's Degree in Electrical Engineering or Computer Engineering.
• 3+ years of commercial experience.
• Strong knowledge of the C programming language.
• Understanding of real-time software.
• Experience in embedded systems engineering.
• Strong logical thinking and fast-learning skills.
Vacancy plus options:
• Knowledge of standard specifications (Ethernet, MAC, Physical Layers, Optics).
• Knowledge of Ethernet protocols.
• Familiarity with Linux at the user level.
About PLVision
PLVision is a European networking software product development company that helps businesses unlock the full potential of open and disaggregated technologies. We deliver end-to-end, vendor-agnostic solutions, tailored to meet client’s specific use cases — enabling greater flexibility, scalability, and sustainability while ensuring cost control and predictability.