Ahmed Nabil Ragab Ahmed

- Implement and develop system and component requirements for modem control using C programming language - Handle API communications from other components (ex: eCall, Roadside assistance ) to control the modem state - Implement new unit-test and component test cases to enhance code coverage - Debug and analyze ECU trace files to identify software bugs (ex: APN data connection problem, out of sync modem) - Conduct Qcat analysis of modem radio interface logs.

- Development of Infotainment systems with a focus on eCall and Telematics products - Work with customers on the technical specification of the products and ensure required functions and performance - Contribute to the implementation of new test scenarios using Vector tools CANoe and VT System - Planning, preparation, and execution of manual and automated tests and product evaluation during the development process - Supplement the future direction of development of Telematics, NG eCall

Research and implement new features and APIs to Deep learning software modules Develop new unit tests to enhance the test coverage of Deep learning modules using python Support migration from nosetest to pytest unit-test framework Enhance documentation and conduct new plug-ins for training report summaries Optimize the time performance of the unit tests Python and C++ code refactoring Develop new software tools using python for daily tasks to enhance the team time performance

Analyze the performance of 2G/3G networks KPI’s on daily basis Introduce new optimization trials to enhance DCR, Data Congestion, IRAT Conduct 3G resources utilization studies: CE, HSPA Processing Sets, HSDPA 128 license Execute physical redesign actions on large cities in Egypt to fine-tune the cell footprints in order to Improve KPIs Investigate and solve VIP Customer complaints Supervise and guide new employees throughout the work process and acquaint them with different mobile network technologies

Delivered complete MATLAB SLS code package for LTE network Developed new cross-layer algorithm for DASH video rate adaptation on C# platform for enhancing video streaming quality and used OPNET and NS-3 LTE network emulators for testing and verifying of the proposed algorithm Studied and analyzed different image restoration and fusion techniques and develop an image fusion analysis and evaluation platform using MATLAB Represented the research lab in local event (Egyptian Engineering Day "EED" 2013)

Thesis Topic: Impact of antenna characteristics and the propagation channel on non-coherent massive MIMO systems. 1- Analyze the impact of antenna design and array shape for generic and specific coverage scenarios. 2- Extend massive MIMO channel model (Cost2100) by considering more scenarios.