Suma Jyostna Nannaka

• Contribute and collaborate with Platform Infrastructure, Product, and other cross-functional engineering teams to develop efficient compact algorithms for Router 8000 series.
• Define, Design, and Develop diagnostic application to validate the network product hardware using C and Python.
• Working with I2C, SPI, and UART communication protocols for interfacing with various peripheral devices in embedded systems.
• Led the testing efforts for FPD features using Pytest, ensuring robust code quality.
• Developed and maintained comprehensive test suites, resulting in a 30% reduction in post-release defects.
• Collaborated with cross-functional teams to integrate Pytest into the continuous integration pipeline. Implemented Pytest for test automation, resulting in a 25% reduction in testing time.
• Identified and fixed critical bugs using Pytest, contributing to a 15% improvement in overall software reliability.
• Contributed to the software development lifecycle, specializing in embedded systems and utilizing the C programming language.

• Implemented new features and performed source code refactor according to requirements for FMS (Flight Management Systems) for Airbus A320 and Boeing 737 and 777.
• Assisted in designing and development of FMS applications on embedded processors through Linux operating system.
• Performed code level regression analysis in C and ADA with knowledge of custom hardware design to plan for feature development.

• Implemented Embedded HGS software using C, C++ and Python programming languages.
• Implemented unit tests and performed code coverage analysis using Vector CAST as per DO-178-B standards.
• Developed low-level software using C programming language and configured Artifacts in Tortoise SVN tool.

• Classified the Cough signals by using K-means and GMM algorithms employing MATLAB.
• Implemented feature extraction techniques using MSFT extraction technique.
• Published IEEE paper based on results analysis of this research.