Design and develop embedded real-time systems in C++, tailored for RF modem cards, with a proven ability to execute all aspects of the software development lifecycle in a fast and heavily multitasked environment.Optimized execution of time-critical RF Rx tasks by 50% ensuring deterministic operations.Built Python/C# tools using scalable APIs to process, analyze, and visualize large RF metrics.Actively participate in design reviews and project meetings, contributing valuable insights and expertise.Serve as a mentor, offering advice and guidance on best practices, and project-specific requirements.Collaborated with HW and QA teams to troubleshoot system issues and ensure RF performance.Hardware debug experience and familiarity with Automatic Test Equipment (ATE), including oscilloscopes and Radio Communication Analyzers.Integrated and debugged PHY layer algorithms for 3G, LTE, and 5G NR cellular technologies.

Assisted faculty and PhD students in designing and building a scale model of a smart building using sensors and WiFi modules to simulate real-world scenarios.Developed Python scripts to automate sensor readings and control actuators on Raspberry Pi.Applied IoT concepts and leading technologies to simulate smart buildings and autonomous vehicles.

Successfully designed, developed, and released a complete desktop application using WPF and .NET frameworks, catering to both internal and external customer.Implemented an intuitive user interface capable of rendering large amounts of data.This tool optimized rendering and memory footprint of RF results by 90%.

Implemented Python scripts to automate various aspects of the testing process, streamline file management, and maintain records in an SQL database.Designed and developed a graphical user interface for the in-house testing framework.These scripts optimized efficiency and productivity within the team, reducing manual work in the testing process by approximately 60%.