Mohamed Mohamed

- Enriched opensource code (OAI5g) with LTE MTC Coverage Enhancement Feature for PDSCH, PDCCH and PUSCH from research to implementation using C programming on Linux - Proved Coverage Enhancement gain through Field trial - Contributed to 5GDrones project by field trial to show the potential of opensource usage in drone based Coverage Enhancement - Explored/Assessed 3 potential core network solution for team usage (Nokia LTEBOX, MAGMA EPC and COLTE)

- Prepared test bed node with 8 antenna MIMO capability using 4 USRP X series and octoclock generator - Generated portal images with OAI to enable researches in LTE Systems - Generated documentation for the sponsor organization (National Telecommunication Regulatory Authority) Tools and SW used: USRP (B210, X300 And N200), Wireshark, Git and OAI RAN

- Implemented CPRI star configuration - Implemented Ethernet over CPRI in star configuration - Integrated different channels in physical layer - Debug and fix pugs - Implementing overall design in C language over RTOS - Porting code between different platforms Tools and SW used: NXP B4860QDS, CodeWarrior, Wireshark and Tortoise Hg

- System level architecture development using different company products upon user story (AxxceLTE™ µEPC - AxxceLTE™ BBU - AxxceLTE™ RRH) - Tested New Features Ex: UL MU MIMO, Handover and MME pooling - Integration Testing - System Level Testing - Protocol Layers Issue Debugging Tools and SW used: Wireshark, Spirent TestCenter , Spectrum Analyzer and Signal Analyzer

Final Project: Create Image Classifier using neural networks Subjects covered: - Very detailed introduction to python - Revision on linear algebra and calculus - AI concepts - Building neural networks with pre-trained models

Degree Intro.: The program aims to prepare communication engineers with in depth knowledge in 4G/5G networks, digital signal processing and embedded systems. Graduation project: The project was modeling and implementation of Cat5 fixed user equipment on DSP Kit using Matlab and C Programming.

Major: Communication Engineering Final grade: Excellent with honors Graduation project: Using of quad-copter in the use case of mobile network end user testing which is commonly known as drive testing. We focused on RF parameters collection and quad-copter construction.