Biography
Abdelrhman Mohamed Ibrahim Sayed Abotaleb received the BSc. degree in Electronics and Communications Engineering from Cairo University, Cairo, Egypt in 2010, Mathematical Qualified Engineering MSc from Cairo University, Cairo, Egypt in 2013, second BSc. degree with honors in Computer Engineering from Cairo University, Cairo, Egypt in 2018, MSc degree in Computer Engineering from Cairo University, Cairo , Egypt in 2021, and PhD degree in Computer and Electrical Engineering in 2026.
He is currently working as lecturuer at computer engineering department, Cairo University, Cairo, Egypt.
He worked as teaching assistant at mathematical engineering department (2012-2014), Cairo University, Cairo, Egypt, also as intermediate instructor at Zewail City of Science and Technology, Cairo, Egypt, since December 2014, Communications and Information Theory department, and also as teacher assistant at Nile University, Communications and Electronics Engineering during Spring 2018.
He worked as bioinformatics research assistant at Zewailycity during 2016 and worked in building a biophysics simulation tool using FORTRAN and C++ for chromatin electrostatic interactions and forces simulation based on Brownian dynamics.
He worked also in different projects related to the application of convolutional neural networks and image processing for several biomedical applications including the seizure detection at ONELAB, opto-nano-electronics LAB at Cairo, Egypt since 2019.
From 2014 to 2021, and again from2025 to 2026, he contributed through Cairo University and ASRT/TRC to industrial projects for the Egyptian Ministry of Military Production, ASRT, and TRC including railway gate control systems, smart metering platforms, mechanical ventilators, and related embedded and FPGA/RTL solutions.
His work spans embedded systems, FPGA/RTL design, and computer architecture, including the development of RISC-V-based systems, ISA extensions, and FPGA-accelerated architectures for edge AI and real-time workloads.
He has also contributed to interdisciplinary research in bioinformatics and biomedical applications, including simulation of chromatin dynamics and CNN-based signal processing for healthcare systems.
His research interests include embedded systems, computer architecture, hardware/software co-design, FPGA and RTL design, RISC-V architectures, edge AI, real-time systems, and intelligent memory architectures.