This link goes straight to Nokia’s own careers page. No account, no fee, and we never collect your resume.
Description: Join Nokia's SDK team and contribute to the development of next-generation Software Development Kits (SDKs) for advanced DSP ASICs. As part of our SDK team, you will develop software solutions for Ethernet and OTN client applications on cutting-edge DSP ASIC platforms. Working alongside ASIC, hardware, and system architects, you will contribute to feature development, validation, and integration of next-generation coherent pluggable products, gaining hands-on experience across the complete product development lifecycle. Requirements: Key Qualifications - B.Tech/BE with CSE & ECE - 2–4 years of experience in software development using C/C++. - Strong programming, debugging, and troubleshooting skills in Linux environments. - Solid understanding of data structures, algorithms, operating systems, and embedded software concepts. - Knowledge of Ethernet, OTN, networking protocols, or telecommunications systems. - Familiarity with DSP, ASIC-based systems, or embedded networking platforms is advantageous. - Experience with Python and/or Shell scripting for automation and testing is desirable. - Strong analytical, problem-solving, and communication skills. - Ability to collaborate effectively in a fast-paced, cross-functional engineering environment. Responsibilities: - Build innovative SDK software that powers Nokia's next-generation coherent DSP ASICs and optical networking solutions - Develop high-performance C/C++ software on Linux platforms for cutting-edge networking products. - Work with industry-leading ASIC, firmware, hardware, and architecture teams throughout the entire product lifecycle, from pre-silicon development to post-silicon validation. - Solve complex technical challenges involving hardware-software interaction, performance optimisation, and system integration. - Contribute to advanced SDK APIs, software frameworks, and automation solutions that enable faster product development and deployment. - Drive software quality through testing, debugging, automation, and continuous improvement initiatives. - Collaborate with global engineering teams to deliver innovative technologies that power the future of networking.