Taha Salman

Academic

Career

Verbatim text

Underwater Wireless Magnetic Induction Communication System 
This project focuses on developing an underwater Magnetic Induction (Ml) communication system 
to enable efficient, short-range data transfer between divers and underwater equipment. Unlike 
acoustic or radio-based methods, Ml communication leverages low-frequency magnetic fields to 
transmit data with minimal attenuation, eliminating the need for a line-of-sight and functioning 
effectively in murky water while ensuring marine life safety. 
The system comprises a transmitter, receiver, Ml coils, and a microcontroller for encoding and 
decoding signals, with an optimized coil design and communication protocol to enhance range, 
data rate, and reliability. Using MATLAB, LTspice, Proteus, STM32, and ESP32, this project 
demonstrates a scalable and energy-efficient solution for underwater exploration, diver 
communication, and marine research applications. 
Block Diagram 
COILS --=--.;;.;_~ 
Colla Har dware Setup 
Tar-aet Pertorme nce 
- 
Low Attenuation 
110 Llne- o l -S l aht 
works In Mur-IC.}I water- 
Scala.bl& 
Secure tor- M a .-lne Ute 
Technology Used: 
STM-32, ESP-32, LTspice, Porteus, logic Probe 
and 
MATLAB. 
Supervisor Name: 
Dr. Niaz Ahmed 
Group Members: 
Hamza Rauf (i20 - 1907) 
Hanzala Tahir (i21 - 0904) 
Taha Salman (i21 - 0904) 
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