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PPK MEKATRONIK UniMAP

Final Year Project Proposal

Session 2009/2010

Supervisor Name: ZULKARNAY BIN ZAKARIA

No Project Title/Student Project Overview Scope of Project Expected Outcome List of component (Hardware/Software)

Estimated

Budget /Lab

Involved

1

Fundamental Study of Magnetic Induction System Using Hall Effect Sensors

Application

No. of Student : 2 persons

Magnetic Induction Tomography

(MIT) is among the best growing

technology in tomography

application because of several

advantages. But the research on

the hall effect sensor

applications in this field is still

low.

1. This project will cover the hardware and software system of Magnetic Induction using hall effect sensors.

2. The hardware development consists of magnetic coils, transmitter and receiver circuit and also the microcontroller.

3. The software part consist of GUI development which capable communicate, capture and store the data generated by the hall effect sensor from the hardware part

4. The software part also involved in Development of suitable algorithm for image reconstruction

1. A hardware system which is

capable of generate the

magnetic field that can

detect by the hall effect

sensor

2. Graphical user interface

using VB as a tool to capture

and store the value capture

by the hall effect sensor

3. Analysis of the performance

for both hardware and the

software

Hardware:

1) Magnetic coil

2) Hall effect sensor

3) Other electronic components

4) SK40B

5) ICSP programmer

6) AC-DC adapter 7) USB- serial converter

Software:

1. VB

2. MPLAB IDE

Hardware:

RM 100

RM 50

RM 120

Research Grant

Research Grant

Research Grant

Research Grant

Bioinstrumentation Lab


Total Cost: RM270

2

Fundamental Study and analysis of magnetic coil properties in Magnetic Induction Tomography

No. of Student : 1 person

In Magnetic Induction

Tomography (MIT) application,

the needs of having the best

spec of magnetic coil are very

important since this is among

the factors that will provide the

best image reconstruction of the

object that is going to be

1. This project consist only FEMM software application.

An analysis of several types of

magnetic coil properties such

as number of turns, types of

wire, diameter and etc in

generating the best

performance of a magnetic

induction system for a given

measurement distance.

Software:

FEMM software



scanned.

3

Fundamental Study and modeling of magnetic field

using FEM


Co-supervisor : En. Khairul

Salleh

FEM is among the method that

are use in magnetic field

modeling and analysis. It is

capable of providing magnetic

field strength properties for

analysis.

1. This project consist

only ANSYS/ other

related software

application.

2. The student has to do

the study on the

fundamental theory of

magnetic field.

3. Then analysis of the

certain given

magnetic field

parameters are done.

A FEM model for a given

magnetic field properties or

equation

Software:

ANSYS software or

other related software

Bioinstrumentation

Mechanical Design

Lab

4

Fundamental study of Magnetic Flux Leakage

(MFL) Diagnosis System


MFL is among the current

application in oil and gas pipe

diagnosis system in Malaysia

and also in the world. It applies

the flux leakage properties for

the crack detection inside the

metal pipe.

1. This project covers

both hardware and

software systems with

the application of hall

effect sensors

2. The student has to

develop the system

which consist of

magnetic coil,

transmitter and

receiver circuit and

also the

microcontroller.

3. The hall effect sensor

will detect the MFL

strength and will

determine whether

there is a crack or not

on the scanned metal

block.

1. A system which

capable of generating

magnetic field

strength up to certain

given distance

2. A system which is

capable of detecting

the MFL up to certain

given distance

3. Analysis of the

capability of the

system to detect

crack on the metal

block

Hardware:

1) Magnetic coil

2) Hall Effect sensor


4) SK40B

5) ICSP programmer

6) AC-DC adapter

7) USB- serial converter

8) Gauss meter

Software:

3. VB

4. MPLAB IDE

RM 100

RM 50

RM 120

Research Grant

Research Grant

Research Grant

Research Grant

Bioinstrumentation

Lab

Bioinstrumentation

Lab

Bioinstrumentation

Lab

Total Cost: RM270


5

Fundamental study of low cost Pulsed Electromagnetic Therapy Generator (PETG)


Pulsed electromagnetic therapy

has been proved of capable in

helping the patient of stroke,

migraine, cancer, arthritis and

several others.

1. The student have to

study the suitable

spec for the PETG for

a certain suitable

depth of the signal

penetration to the

human body

2. Development of the

basic system which

consist of magnetic

coil, transmitter,

microcontroller and

other related circuits.

3. Analysis of the

system performance

1. A system which

capable of generating

magnetic field

strength that can

penetrate human

body up to certain

given distance and

with the frequency

that is not harm the

human body

2. An analysis of the

PETG performance

whether it is suitable

or not for human

application

Hardware:

1) Magnetic coil

2) Hall Effect sensor


4) SK40B

5) ICSP programmer

6) AC-DC adapter

7) USB- serial converter

8) Gauss meter

Software:

5. VB

6. MPLAB IDE

RM 100

RM 50

RM 120

Research Grant

Research Grant

Research Grant

Research Grant

Bioinstrumentation

Lab

Bioinstrumentation

Lab

Bioinstrumentation

Lab

Total Cost: RM270

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