Fahad Masood

Implementation of an automated Testbench in python to assess four figure of merits (CPU cycles, RAM, ROM and Energy) for Signal processing Algorithms on the embedded device. - Assessment with actual hardware of the embedded device. - Assessment using the IAR Simulator. Programming: C/C++, Python, shell, SCPI Toolchain: Mbed-OS, ARM-GNU, Mingw, and SEGGER. Device: STM32 MCUs and DC Power Analyzer . Software: Eclipse Ide, IAR Workbench, Pycharm Debuggers: ST/J-Link

for Intelligent Battery Management System (BMS) of Ebikes, Individual cell (Volt, Temp) monitoring with Over/Under voltage protection, Implemented switching algorithm for 12 18650 cells with 5-to-1 design, to take cells in/out from the Circuit using relays in charging/discharging/rest mode, Coulomb counting measurement for current measurements of whole series of cells. Prog: C , Hw: STM32F3, Atmel ATA6870-DK10 board, Swe: Atmel Studio, Keil U Vision,

Writing CSV cleanser files in python for customer data with unit testing to verify the data stored in the database and fixing issues.

Communications systems Lab, University of Engineering and Technology, Lahore

Multiple Object detection using SONAR System implemented on FPGA, created GUI for the Sonar System with Sweeper and object detection with specific ranges

Embedded Systems, Software Engineering, Distributed Systems, Database System, Artificial Intelligence, Physical Computing, Social Medial Analysis, Statistical Natural Language Processing, Telecommmunication, Future Media Internet

Microprocessor systems, Communication systems, Digital Signal Processing, Database Engineering, Intro to Machine Learning, Operating systems