(2014) Mohamed Elshamy, “Design of Read/Write Circuits Suitable For Memristor-Based Memory Arrays“, Cairo University. Co-supervised by Prof. M. Sameh Said.[PDF]
(2014) Ayman Eltaliawy, “Circuit Design Techniques for Power Efficient Micro-scale Energy Harvesting Systems“, American University in Cairo. Co-supervised by Prof. Yehea Ismail. [PDF]
(2014) Hoda Abdelsalam, “A Programmable Receiver Front-end for Multi-band Multi-standard Applications“, American University in Cairo. Co-supervised by Prof. Yehea Ismail and Prof. Emad Hegazi. [PDF]
(2015) Marwa Abdullah, “Design for Yield in Memristor- Based Memory Arrays“, Cairo University. Co-supervised by Prof. Mohamed Fathy. [PDF]
(2015) Mohamed Wagih, “Design of Time Based Analog-to-Digital Converter (TB-ADC): New Design Methodology for Voltage-to-Time Converter (VTC) Circuits“, Cairo University. Co-supervised by Prof. Serag-Eldin Habib. [PDF]
(2015) Sondos Ismail, “Design of Physical to Digital MEMS Sensors“, German University in Cairo, Co-supervised by Prof. Ahmed Madian. [PDF]
(2016) Nermine Maher, “A Novel Versatile CMOS Operational Floating Current Conveyor Amplifier“, American University in Cairo. Co-supervised by Prof. Yehea Ismail and Prof. Yehya Ghallab.[PDF]
(2016) Osama Ahmed, “Low Power Nanometer FPGA Design Techniques at the Device and Circuit Levels“, Cairo University. Co-supervised by Prof. Ahmed M. Soliman. [PDF]
(2016) Khaled Helal, “NOC Router and Arbiter for FPGA“, Cairo University. Co-supervised by Prof. Hossam Fahmy. [PDF]
(2016) Sameh Attia, “Optimizing FPGA-Based Hard NoCs“, Cairo University. Co-supervised by Prof. Hossam Fahmy. [PDF]
(2016) Ahmed Sadek, “Software Defined Radio Using Dynamic Partial Reconfiguration“, Co-supervised by Prof. Amin Nassar. [PDF]
(2016) Abdullah El-Bayoumi, “Design of High-Performance Variation Tolerant Differential Voltage-to-Time Converter (VTC) Circuits“, Cairo University. Co-supervised by Prof. Ahmed M. Soliman. [PDF]
(2016) Mohamed Mohie, “Design for Yield for Sub-22nm FinFET-Based FPGA“, Cairo University. Co-supervised by Prof. Hossam Fahmy. [PDF]
(2017) Noha Gamal, “Design Guidelines for the Implementation of Embedded Network on Chip (NOC) in FPGAs“, Cairo University. Co-supervised by Prof. Hossam Fahmy. [PDF]
(2017) Mohamed Elgabry, “Design of Frequency Based Analog-to-Digital Converter (F-ADC): New Design Methodology for Voltage-to-Frequency Converter (VFC) Circuits“, Cairo University. Co-supervised by Prof. Ahmed M. Soliman.[PDF]
(2017) Karim Osama, “Successive Approximation Register with Continuous Dis-Assembly Algorithm (SAR-CD) and Circuit Design for Time-Based Analog-to-Digital Converters (TADC)“, Cairo University. Co-supervised by Prof. Ahmed Emira. [PDF]
(2017) Maha Beheiry, “Design of A Configurable 3D Network on Chip Based on the Direct Elevator 3D Routing Algorithm“, Cairo University. Co-supervised by Prof. Ahmed M. Soliman. [PDF]
(2017) Mohamed Ashraf, “Design of A Reconfigurable Power-Adaptive High-Resolution Neural Data Compression Algorithm“, Cairo University. Co-supervised by Prof. Ahmed Emira. [PDF]
(2017) Ahmed Kamal, “Dynamic Partial Reconfiguration Techniques for Software Defined Radio Hardware Implementation“, Cairo University. Co-supervised by Prof. Ahmed Shalash and Prof. A. M. Obeid. [PDF]
(2017) Hossam ElGemmazy, “Design of the fully differential operational floating conveyor and its applications“, American University in Cairo. Co-supervised by Prof. Yehea Ismail and Prof. Amr Helmy. [PDF]
(2018) Ali Hassan, “A Self-Powered Neural Recording and Stimulation SoC for Intractable Epilepsy Treatment“, Cairo University. Co-supervised by Prof. Ahmed M. Soliman. [PDF]
(2018) Mohamed Elgammal, “Hardware Implementations of Machine Learning Techniques for Neural Seizure Detection“, Cairo University. Co-supervised by Prof. Ahmed Nader Mohieldin. [PDF]
(2018) Islam Osama, “Dynamic Partial Reconfiguration Verification and Applications on FPGA Debugging“, Cairo University. Co-supervised by Prof. Ahmed Nader Mohieldin.[PDF]
(2018) Sherif Hosny, “Hardware Implementation of Software Defined Radio Based on Dynamic Partial Reconfiguration“, Cairo University. Co-supervised by Prof. Ahmed H. Khalil. [PDF]
(2018) Mohamed Jaela, “Design and Implementation of Lightweight Hardware Security Platform For IoT Applications“, German University in Cairo. Co-supervised by Prof. Mohamed Abdelghany. [PDF]
(2018) Hagar Hossam, “Design of Multi-bit Memristor Based Nano Memories“, Ain Shams University. Co-supervised by Prof. Mohmaed Dessouki. [PDF]
(2018) Alaa Salaheldin, “Design Exploration for Network on Chip Based FPGAs: 2D and 3D Tiles to Router Interface“, Cairo University. Co-supervised by Prof. Ahmed M. Soliman.[PDF]
(2018) Amr Hassan, “Exploring the Simulation of Dynamic Partial Reconfiguration for Network on Chip (NoC)-Based FPGA“, Cairo University. Co-supervised by Prof. Hossam A. H. Fahmy. [PDF]
(2018) Rami Ahmed, “Design of a Reconfigurable Network on Chip for Next Generation FPGA Using Dynamic Partial Reconfiguration“, Cairo University. Co-supervised by Prof. Ahmed Hussein. [PDF]
(2019) Mohamed Eladawy, “Automated Performance Based Design Technique for an Efficient LTE PDSCH Implementation Using SDSOC Tool“, Cairo University. Co-supervised by Prof. Dr. Mohamed Sameh Said. [PDF]
(2019) George Maximous, “A Study on Different Modes of Triboelectric Nanogenerators (TENGs)“, British University in Egypt. Co-supervised by Prof. Dr. Ashraf Seleym.[PDF]
(2019) Abdulwahid Mohammed, “A Novel Companding Technique to Reduce High Peak to Average Power Ratio in OFDM Systems“, Cairo University. Co-supervised by Prof. Dr. Amin Nassar. [PDF]
(2019) Ehab Belal, “Design of Micro-scale Piezoelectric Energy Harvesting System“, Cairo University. Co-supervised by Prof. Dr. Amin Nassar. [PDF]
(2019) Mohamed Selmy, “Design of Quantum Devices Based Voltage Controlled Oscillator Circuits“, Port Said University. Co-Supervised by Prof. Dr. Ahmed Shabaan.[PDF]
(2020) Hanan Rady, “Memristor-Based Hardware Security Algorithms and Circuits“, Cairo University. Co-supervised by Prof. Dr. Sameh Said and Prof. Dr. Ahmed Mohiedin. [PDF]
(2020) Ahmed Tageldin, “Integration of Machine Learning and Predictive Analytics in Agriculture to Optimize Plant Disease Detection and Treatment in Egypt” TU Munich. Co-supervised by Prof. Dr.-Ing. Klaus Diepold.[PDF]
(2020) Sahar Taha, “Hardware-Software Co-Design of the Automotive and Lightweight Security Algorithms“, Cairo University. Co-supervised by Prof. Dr. Sameh Said and Prof. Dr. Amin Nassar. [PDF]
(2020) Nagham Samir, “Dynamic Partial Reconfiguration Based Power Adaptive Hardware Security Module for Internet of Things Application“, Cairo University. Co-supervised by Prof. Dr. Ahmed Hussein. [PDF]
(2020) Marwa Shaheen, “Design of Buffer-less Three-Dimensional (3D) Network on Chip (NoC) Routers“, Cairo University. Co-supervised by Prof. Dr. Mohamed Riad and Prof. Dr. Hossam Fahmy. [PDF]
(2020) Salma Hassan, “Design of Energy Adaptive Neural Networks Using Approximate Computing and Partial Dynamic Reconfiguration“, Cairo University, Co-supervised by Prof. Dr. Ahmed Nader. [PDF]
(2021) Ahmed Magdy Afifi, “Low-Power Dual-Mode Bluetooth 5.1/Bluetooth Low-Energy Receiver Design“, Cairo University, Co-supervised by Dr. Sameh Assem and Prof. Dr. Ahmed Nader. [PDF]
(2021) Sara Taha, “Hardware Acceleration of Stream Cipher Security Algorithms using Dynamic Partial Reconfiguration DPR and SDSoC Tools“, Cairo University, co-supervised by Dr. Ahmed Hussein Khalil. [PDF]
(2021) Eman Youssef, “Hardware Acceleration of Convolutional Neural Networks Using Approximate Computing and Dynamic Partial Reconfiguration“, Cairo University, Co-supervised by Dr. Ahmed Khattab and Hamed Elsemary [PDF]
(2021) Heba ElHosary, “Hardware Acceleration of High Sensitivity Power-aware Epileptic Seizure Detection System“, German University in Cairo, Co-supervised by Dr. Mohamed AbdelGhany. [PDF]
(2021) Amr Abbas, “Internet of Things Hardware Security“, Cairo University, co-supervised by Dr. Ahmed Nader. [PDF]
(2021) Kareem Abdel-Monem, “FPGA-Based Implementation of Long Short-Term Memory Neural Networks in High-Level Synthesis“, Cairo University, Co-supervised by Dr. Ahmed Nader. [PDF]
(2021) Ahmed Jamal, “Power-Efficient Design of High Performance GoogleNet-Based Convolutional Neural Networks Hardware Accelerator, ” Cairo University, co-supervised by Dr. Ahmed Hussein Khalil. [PDF]
(2021) Mahmoud Said, “Study of Design Considerations of Fluxgate Sensing Element for Magnetic Field Measurement, ” Cairo University, co-supervised by Dr. Ahmed Hussein Khalil.[PDF]
(2022) Mohamed Nabil Sarg, ” Efficient High Level Synthesis Implementation for Deep Convolutional Neural Networks on FPGA, ” Cairo University, co-supervised by Dr. Ahmed Hussein Khalil. [PDF]
