Page 35 - BUKU PROGRAM_ iMAACs

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

[ID PA1026]
Malaysian Secondary Boarding School Menu Planning System

1,b
2,c
Suliadi F. Sufahani 1, a , Mohd I.M. Masirin , Zuhaimy Ismail , Azila M. Sudin 1,d and Khairun N.M.
Fazmi 1,e
1 Universiti Tun Hussein Onn Malaysia, Parit Raja, 86400 Batu Pahat, Johor, Malaysia
2 Universiti Teknologi Malaysia, Skudai, 81310 Johor Bahru, Johor, Malaysia
c
a suliadi@uthm.edu.my, idrus@uthm.edu.my, zuhaimyi@yahoo.com, azzila@uthm.edu.my,
d
b
e kayfazmiaziz@gmail.com

Abstract. Boarding school student needs to eat well balanced nutritious food which includes proper
calories, vitality and supplements for legitimate development, keeping in mind the end goal is to repair
and support the body tissues and averting undesired ailments and disease. Serving healthier menu is a
noteworthy stride towards accomplishing that goal. Be that as it may, arranging a nutritious and adjusted
menu physically is confounded, wasteful and tedious. This study intends to build up a scientific
mathematical model for eating routine arranging that improves and meets the vital supplement
consumption for boarding school student aged 13-18 and in addition saving the financial plan. It likewise
gives the adaptability for the cook to change any favoured menu even after the ideal arrangement has
been produced. A recalculation procedure was performed in view of the ideal arrangement. The
information was gathered from the Ministry of Education and boarding schools’ authorities. Menu
arranging is a notable enhancement issue and part of well-established optimization problem. A well
balanced menu scheduling is produced which meet all the constraints. The model was fathomed by
utilizing Binary Programming and "Sufahani-Ismail Algorithm" and it can be used for other problem such
as military, hospitals and others.

Keywords: Menu scheduling, Optimization, Binary programming.

[ID PA1274]

Innovation Smart Tile Cutter

, 1
Che Hasnah Binti Mahmood , Akmal Bin Abdul Rahman and Raja Noor Alina Binti Raja Ali
2
3
13 Jabatan Kejuruteraan Awam Politeknik Sultan Mizan Zainal Abidin, Dungun, Terengganu, Malaysia
a e Terengganu, Malaysia
b c
che.hasnah@psmza.edu.my, akmal@psmza.edu.my , rajaalina@psmza.edu.my
Abstract. Ceramic cutters are usually used on the build site to intended ceramics cutting with various
size. The Ceramic tile cutter that have been modified becomes smart tile cutter to maximize machine
operation efficiency in term of material, time, equipment, maintenance etc. Cutter points used on smart
tile cutter are potentially high and effective for high grade machining with hard material. Suitable cutting
edge excellence is important to produce high dimensional precision products as well as quality surface
finish. In addittion researchers customize ceramic cutters to reduce the risk of of minor injuries and crack
formation without significantly changing the ceramic surface. Smart tile cutter was added ceramic holder
for ceramic locking with aim for reducing cracking and ceramic movements during ceramic probe.
Conventional ceramic cutter can only be used to cut ceramic over one foot and are suitable for cutting
thin ceramic and can't used for cutting the ceramic in the quantity which is abudant in a short period of
time. Only skilled technicians can handle conventional weaving cutters because of ceramics potentially
burst if cut by unprofessional drives in conventional spin cutting.

Keywords: List the keywords covered in your paper. These keywords will also be used by the publisher
to produce a keyword index.

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