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International MAAC Symposium 2019
Politeknik Sultan Mizan Zainal Abidin, Terengganu, Malaysia. 25-26 September 2019

[ID PB3002]

Electrical Wiring Fault Trainer

Mohd Nasran Bin Mohd Nawi , Muhamad Syafiq Bin Rusli 2,b and Amirul Shah Mazzuri Bin Mazlan 3,c
1,a
1,2,3 Politeknik Sultan Mizan Zainal Abidin, Dungun, Terengganu, Malaysia
a
c
b
E-mail : nastrade@gmail.com, syafiqrusly@gmail.com, amirulshah699@gmail.com
Abstract. The Electrical Wiring Fault Trainer is designed to develop the technical skills and instruct
electrical technicians, students and lecturers in the operation, theory, problem diagnosis and repair of
the accessories used in electrical wiring. It is applicable to experimental teaching of electricity for all
types of institutions of higher education as well as college and vocational schools. In fact, it allows the
implementation of theoretical-practical courses, for the study of electrical wiring. This trainer can save
lecturers and students time and specifically designed to offers students the hands on opportunity to work
in a real-world environment.

Keywords: Electrical Wiring, Wiring Fault, Technical Skills, Electrical Technician, Trainer.

[ID PB1008]
Development of Smartphone Controlled Automatic Fish Feeder
, a
,b
Mohd Mukriz Bin Mohd Kasim , Asvindra A/L Chinniah and Nur Aina Lyana Mohamad Ali 3,c
1 Politeknik Jeli Kelantan, Jalan Raya Timur Barat, 17600 Jeli, Kelantan, Malaysia
E-mail : mukriz@pjk.edu.my, asvindraicekidz123@gmail.com , aina@pjk.edu.my
a
b c
Abstract. Smartphone Controlled Automatic Fish Feeder (SMART FEEDER) was built using PIC
P16F877 micro-processing intentionally to feed fish automatically. This tool is designed to save time
and labor more efficiently than conventional feed distribution methods. The objective of this project is to
develop an automatic fish feeder device using PIC P16F877 micro-processing and to integrate the
device with the smartphone as a controller. Current feeding practices problems include unsystematically,
overfeeding and costly. Therefore the device could help reduce the surplus of fish food in the pond and
create a tool that is more systematic and more practical. The development of this project involves
electronic, electrical and woodworking. To control the setting time, electronic devices such as timers
and the microcontroller is used. This device allows the feeding to be more systematic base on time that
has been set. Surplus food can also be reduced with the use of electronic devices where the food is
given in the pond based on the time setting. The results of testing conducted; this project has been
functioning well and has achieved the objectives of the construction of this invention. With the
development of this invention indirectly can become an innovation to the aquaculture industry in the
future.

Keywords: Aquaculture; automatic fish feeder; smart feeder; industrial revolution 4.0, Raspberry Pi.

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