Hamed Kenawy

Responsible for Design, Implement, and evaluate complete DSP systems from idea to TO.

R&D Engineer for digital design and telecommunications

Solving the collision problem in the RFID system either in physical using MIMO techniques or in MAC layer by innovating accurate estimation algorithms for the number of tags and optimizing the frame length taking into consideration the physical layer effects. Some of these algorithms are implemented on the USRP B210 using C++.

I had worked in McGill University as a research engineer in the Broadband Communication Lab. under supervision of Professor Tho Le-Ngoc. I worked there on the WARPII SDR. I used Verilog to program the WARP board to establish wireless communication between two boards that use two different rates using FIFO bufferes in the boards.

I had worked for 6 years in GUC as a teacher assistant. I assisted more than 10 courses and Labs such as Digital Communications, Channel Coding, Communications Systems, Semiconductors Technology, Solid States Electronics, Programmable Logic Circuits, and Electric Circuits. I had Supervised more than 10 graduation projects in the field of digital systems

Multiple Antennas Collision Recovery RFID Receiver

Design and Implementation of Configurable Reed Solomon Decoder Using Euclidean Algorithm

Communications and Electronics