Aminudin Anuar
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Aminudin Anuar
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Aminudin, Anuar
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Anuar, Aminudin
Anuar, A.
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57214781422

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A study of kenaf, straw rice ash and palm Ol residue ashes as additive material to earthing system using fall of potential method

2020-07-09 , Aminudin Anuar , N. Syareena Sumi , Arshad S.N.M. , Bakar M.A.A. , Muhammad Nur Aiman Uda , Bakar A.H.A. , Muhammad Nur Afnan Uda , Sulaiman M.K.

Earthing systems acts as a significant part of the safety of the electric system. Under standard and failure situations, it should be necessary to be functioning efficiently in electrical system safety throughout all times. This project is to study the effect of Natural Enhancement Material (NEM) by using Fall of Potential Method to the eartihing resistivity. The NEM material used is Kenaf, Straw Rice ash and Palm Oil Residue Ashes. The measurement took part for 60 days. The purpose of this project is to compare the effect of the NEM as the additive material to the earthing system between three situations, Reference as bare soil, Kenaf with Straw Rice Ash and Kenaf with Palm Oil Residue Ashes. With two NEM material has been conducted, the analysis shown which the better material combing can improve the earth resistivity.

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Home automation system for security and temperature control using microcontroller based with smartphone applications

2021-05-03 , Muhammad Aizat Abu Bakar , Fazreen Mohd Yusoff , Aminudin Anuar , Muhammad Nur Aiman Uda , Asyraf Hakimi Abu Bakar , Muhammad Nur Afnan Uda , Mohamed K. Sulaiman

In Malaysia, the El-Nino phenomenon happen in 2016 was caused the used of home appliances increasing including air-conditioner, fan and air cooler which are used frequently compared to other appliances. This report presents prototype development System for Security and Temperature Control using Microcontroller Based with Smartphone Application. The system has beneficial to reduce human labour besides energy saving and designed for special purposes which can easily maintain the temperature in sorrounding home. The system used several sensors for input parts including LM35 for temperature sensor and Passive Infra-Red (PIR) sensor for motion detector. For security system, the Radio-frequency Identification (RFID) has been used as security input user identification. A microcontroller arduino uno type is used as the system brain in the process part. In outputs part, servo motor has been used as door application while Light-Emitting Diode (LED) and buzzer as indicators when RFID is in use. A smartphone application is implemented in the system which allows the user to control a device remotely including home appliances through Bluetooth module. All data will display in Liquid Crystal Display (LCD) as user reference.

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