Muhammad Hamza Shafiq

Academic

Verbatim text

Muhammad Hamza Shafiq
Phone:+92-3355942383
Email: mhamzasshafiq@gmail.com
Address: Punjab Housing Society, Sector A, Rawalpindi.
Linkedln:
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Bachelor of Science (Electrical Engineering)
Major:
Electronics
F .Sc (Pre-Engineering)
PS Askari IX Rawalpindi
Fouji Foundation College for Boys (FFCB) Rawalpindi
rojects
Final Pro·ect:
FPGA-Based Autonomous Quadcopter:
Designed and implemented a Guidance, Navigation, and Control (GNC) system for a quadcopter. Complete on board
system was implemented on Zynq-7000 SoC based Zynqbeery board interfacing IMU, GPS, Magnetometer and
Propeller drives. The achieved goal was successful flight testing of the quadcopter in autonomous mode with hard-
real time implementation of computationally intensive kernels of partitioned GNC algorithm on t he FPGA fabric. The
corresponding control flow part of GNC was executed on the SoC ARM core.
Other Pro'ects:
FPGA IP Cores development in Verilog HDL:
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Pseudo-Random Number Generator core:
This 8-bit core for pseudo-Random number was designed and developed in Verilog HDL for Spartan 6
device. This design is scale-able to implement 16- or 32-bit cores.
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UART core:
Implemented a Full Duplex UART core to t ransmit random number data from FPGA for detailed randomness
analysis in MATLAB running on desktop computer. An external TIL-UART to USB converter was used for
direct acquisition of data in to MATLAB.
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VGA core:
A VGA core is implemented to directly display data on VGA monitor without any need of a computer and
operating system to serve the purpose. It takes data/commands from a controller's UART interface and
displays directly on VGA accordingly.
Design and Development of Embedded Systems:
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Industrial Monitoring System for Environment Sensing & Control:
A meter was designed as a complete embedded product with battery, LCD display, casing and embedded
software to monitor Carbon-Dioxide, Temperature and Humidity using professional suite of sensors for
stable and reliable output. The C02 accuracy was 10,000 ppm and t hat for Temperature and Humidity was
±0.5° C and ±5% respectively. This work is scalable for relevant environmental control implementations.
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Whack a mole using Digital Logic Discrete Devices:
A complete system design comprised of a combination of digital glue logic, hardware random number
generator, timers, displays, PCB designing and fabrication from JLC PCB for fast track evaluations.
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Back Scrubber project:
Designed a prototype using discrete electronic components and motors to automate the scrubbing
process. Implemented directional control and adjustable speed settings, allowing customized operation
based on user preferences.
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