This document discusses the development of a PIC-based educational trainer to support teaching microprocessor and embedded system design. The goal is to create a portable device with application modules to give students hands-on experience with hardware interfacing concepts. The project will cover relevant theory, hardware design and implementation, and software development to drive the trainer from a single integrated resource. The objective is to help students quickly become familiar with microcontroller applications through this complete educational tool.

1. Presenter
Muhammad Mujtaba Asad
Universiti Tun Hussein Onn Malaysia, 86400 Batu Pahat,
Johor, Malaysia.
Supervisor
Prof. Dr. Razali Hassan
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2. Proposal Title

3. Introduction
This PIC trainer is aimed at developing a number of application
modules that can give students a hands-on knowing the
hardware and the associated interfacing concepts in one
Educational Trainer.
This work covers the related theory, the design and
implementation of the hardware and developing the required
software for driving the PIC trainer.
This project is implemented with an educational application in
mind to help the students become quickly familiar with the
microcontroller application from one complete resource without
referring to others.
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he100047@uthm.edu.my
mhmd_abu76@yahoo.com

4. Problem Statement
Research problem
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he100047@uthm.edu.my
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5. Objective
The objective of this Project is to develop a PIC
Based Education trainer that can support the
teaching of Microprocessor System or Embedded
System Design.
This is in parallel with the approach of teaching
that requires students to experience with the
method of design, build and test their own circuit.
The module to be developed should support the
good process of learning and time since its portable
so that students can bring it home and continue
work at their own pace.
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he100047@uthm.edu.my
mhmd_abu76@yahoo.com
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6. Scope and Limitation
Scope and limitation.
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he100047@uthm.edu.my
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7. Theoretical Framework
Theoretical frame work
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8. LITERATURE REVIEW
Operational definition
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9. LITERATURE REVIEW
literature
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10. Methodology
methodology
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11. Expected Findings
Expected result
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12. Introduction
Start
Image data collection
Loading image
Adding noise
Determine noise type
Comparing between output
image and original image
End
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he100047@uthm.edu.my
mhmd_abu76@yahoo.com
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13. …with wisdom we explore…