3rc1 NATIONAL CONFERENCE ON 1VET FOR UNDERGRADUATE STIJDENTS (NCTS2023) "Kelestarian Pendidikan TVET Dipacu oleh Ekosistem Penyelidikan"
KATA ALU-ALUAN Ketua Pengarah Pendidikan Politeknik dan Kolej Komuniti, Jabatan Pendidikan Politeknik dan Kolej Komuniti (JPPKK). Assalamualaikum warahmatullahi wabarakatuh, Salam POLYCC dan Salam Malaysia Madani. Allahumma solli ‘ala Muhammad, wa ‘alaa ali Muhammad. Alhamdulillah, setinggi-tinggi kesyukuran kepada Yang Maha Esa kerana mengizinkan National Conference on TVET for Undergraduate Students (NCTS 2023) berjaya direalisasikan pada 10 hingga 11 Julai 2023. Penganjuran NCTS tahun ini merupakan penganjuran tahun ketiga oleh Pusat Penyelidikan dan Inovasi (PPI), JPPKK dan kali ini dengan kerjasama Politeknik Ibrahim Sultan sebagai jawatankuasa pelaksana yang diberikan kepercayaan menghimpun kertas-kertas penyelidikan para pelajar dari institusi-institusi yang menawarkan program-program di peringkat Ijazah Sarjana Muda. Tahniah juga kepada Politeknik Ungku Omar, Politeknik Sultan Salahuddin Abdul Aziz Shah dan Politeknik Sultan Azlan Shah yang bertindak sebagai penganjur bersama NCTS 2023 ini. Tema yang dibawakan pada persidangan kali ini iaitu ‘Kelestarian Pendidikan TVET dipacu oleh ekosistem penyelidikan’ amat bertepatan dengan misi dan visi JPPKK sendiri sebagai penyedia pendidikan TVET yang cemerlang. Malah, persidangan ini merupakan platform terbaik kepada semua peserta iaitu mahasiswa-mahasiswi untuk bermesra serta sebati dengan budaya penyelidikan dan inovasi dalam pelbagai bidang melalui perkongsian ilmu secara langsung. Bidang Komunikasi Visual dan Media Baharu, Pengurusan Pelancongan dan Hospitaliti, Teknologi Kejuruteraan Elektronik Perubatan, Teknologi Pengurusan Fasiliti, Teknologi Kejuruteraan Awam, Teknologi Kejuruteraan Pembuatan (Pengurusan Rangkaian Bekalan) dan Teknologi Kejuruteraan Pembuatan (Reka Bentuk Automotif) merupakan antara disiplin ilmu yang menjadi gelanggang kepada 136 peserta untuk menyerlahkan idea, bakat, kreativiti dan hasil penyelidikan masing-masing. Saya percaya melalui persidangan ini, objektif yang digariskan akan dicapai menerusi kerjasama semua pihak yang terlibat terutamanya para peserta yang akan berada dalam padang penyelidikan dan inovasi pada masa hadapan secara lebih proaktif. Pelbagai idea, hasil penyelidikan malah pertukaran ilmu i
sesama peserta akan menggalakkan lagi aktiviti penyelidikan dan inovasi di institusi masing-masing secara lebih meluas. Kita juga berharap agar hala tuju Blueprint SmartGreen PolyCC melalui pelaksanaan Sustainable Development Goals (SDGs) antaranya; Quality Education, Partnership for the goals, dan Industri, Innovation and Infrastructure dapat dijayakan. Semoga persidangan ini akan menjadi pemangkin dalam menyuburkan budaya penyelidikan, kreativiti dan inovasi dalam jiwa semua peserta selari dengan perkembangan dunia yang semakin kompetitif dan bergerak pantas. Tahniah kepada penganjur, Pusat Penyelidikan dan Inovasi, JPPK, Politeknik Ibrahim Sultan dan semua pihak yang bergabung tenaga dan kepakaran dalam menjayakan NCTS 2023. Semoga POLYCC akan terus gemilang dalam melahirkan graduan holistik yang dapat menjadi barisan hadapan kepimpinan negara satu masa nanti dengan idea-idea berani, rasional dan realistik serta terus ideal sebagai ‘Peneraju Institusi TVET Negara Yang Unggul’. Sekian, wabillahitaufik walhidayah, wassalamualaikum warahmatullahi wabarokatuh. YBrs. Dr. Haji Mohd Zahari bin Ismail Ketua Pengarah Pendidikan Politeknik dan Kolej Komuniti Kementerian Pendidikan Tinggi ii
KATA ALU-ALUAN Pengarah Pusat Penyelidikan dan Inovasi (PPI) Jabatan Pendidikan Politeknik dan Kolej Komuniti (JPPKK). Salam Sejahtera, Salam POLYCC MADANI dan Salam Malaysia MADANI. Memudahcara pembudayaan serta pemerkasaan penyelidikan, inovasi dan pengkomersialan dalam kalangan warga politeknik dan kolej komuniti sememangnya menjadi iltizam Pusat Penyelidikan dan Inovasi (PPI), Jabatan Pendidikan Politeknik dan Kolej Komuniti (JPPKK). Ia tidak terbatas kepada kumpulan pensyarah semata-mata, malah diperluas kepada para mahasiswa yang memiliki sifat inovatif, kreatif serta pantas meneroka sumber-sumber pendidikan, penyelidikan dan inovasi yang sentiasa berevolusi. Selaku mediator kepada penyelidikan, inovasi dan pengkomersialan, PPI proaktif melaksanakan program berkaitan dalam memastikan kesinambungan, kelestarian dan kecemerlangan penyelidikan, inovasi dan pengkomersialan memberi impak besar kepada institusi dan komuniti. Penganjuran persidangan adalah landasan mantap warga politeknik dan kolej komuniti dalam memastikan berlakunya kesinambungan, kelestarian dan kecemerlangan tersebut, oleh itu ianya perlulah diimplementasikan. National Conference on TVET for Undergraduate Students (NCTS 2023) merupakan persidangan yang memberi peluang kepada mahasiswa untuk mengenengahkan idea penyelidikan yang kreatif sesuai dengan tren semasa. Persidangan kali ini merupakan edisi ketiga dan dianjurkan dengan kerjasama institusi, dan kali ini Politeknik Ibrahim Sultan(PIS) telah dilantik sebagai jawatankuasa pelaksana. Selain dari itu sokongan padu turut diterima daripada Politeknik Sultan Salahuddin Abdul Aziz Shah (PSA), Politeknik Ungku Omar (PUO) dan Politeknik Sultan Azlan Shah Tema yang dibawa adalah ‘Kelestarian Pendidikan TVET Dipacu Ekosistem Penyelidikan’. Sebagaimana maklum, pendidikan TVET mempunyai kesan rantaian pengganda (multiplier chain) terutama dalam sektor perkhidmatan dan pembuatan yang menjadi antara sektor peneraju ekonomi negara. Justeru, elemen penyelidikan, inovasi dan kreativiti tidak dapat dipisahkan. Saya percaya persidangan ini menjadi halaman terbaik kepada para mahasiswa untuk menyumbang idea dalam penyelidikan serta menjadi lebih kreatif dan berinovatif. Saya penuh yakin para pelajar hari ini mempunyai keupayaan dalam daya cipta kreatif dan inovatif malah mampu menyediakan penyelesaian kepada pelbagai cabaran kompleks yang bakal dihadapi pada masa hadapan. JPPKK menerusi PPI sentiasa menyokong penyediaan ekosistem TVET yang sistematik, kukuh serta mampu memastikan keberhasilan modal insan berkemahiran tinggi kepada komuniti dan negara. iii
Besar harapan saya agar kita sama-sama dapat menyemarakkan budaya penyelidikan dan inovasi agar terus subur dalam kalangan warga politeknik dan kolej komuniti demi kelangsungan kecemerlangan pendidikan TVET negara. Aspirasi Malaysia MADANI tidak akan dapat dicapai dalam tempoh satu malam namun, pemerkasaan TVET secara tuntas dan berimpak serta konsisten mampu menjadi tulang belakang kepada wujudnya negara yang sejahtera dan berdaya cipta. Tahniah kepada semua dan semoga penganjuran NCTS 2023 menjadi persidangan terbaik sebagai bukti keunggulan TVET yang bukan lagi kelas kedua. Sekian, terima kasih. Dr. Riam a/p Chau Mai Pengarah Pusat Penyelidikan dan Inovasi (PPI) Jabatan Pendidikan Politeknik dan Kolej Komuniti (JPPKK) Kementerian Pendidikan Tinggi iv
KATA ALU-ALUAN Pengarah Politeknik Ibrahim Sultan Assalamualaikum warahmatullahi wabarakatuh, Salam Peneraju Ilmu Sejagat dan Salam Malaysia Madani. Selawat dan salam buat Junjungan Nabi Muhammad SAW. Awal bicara, syukur kepada Allah SWT kerana tahun ini sejarah tercipta lagi dengan 3rd National Conference on TVET for Undergraduate Students. Saya amat berbangga dengan usaha yang baik ini dan menyokong sepenuhnya. Syabas dan tahniah kepada Pusat Penyelidikan dan Inovasi, Jabatan Pendidikan Politeknik dan Kolej Komuniti atas inisiatif yang dilaksanakan. Di samping itu, tahniah juga kepada politeknik-politeknik yang bekerjasama dalam menjayakan persidangan kali ini. Usaha sebegini amat dialu-alukan. Tanpa komitmen dan usaha yang gigih serta kerjasama yang jitu daripada semua pihak ianya mungkin tidak dapat direalisasikan. Saya ingin mengucapkan ribuan terima kasih kepada Pusat Penyelidikan dan Inovasi, JPPKK kerana memberi kepercayaan kepada Politeknik Ibrahim Sultan untuk menerajui Persidangan NCTS pada tahun ini. PIS yang dilantik menjadi ahli jawatankuasa menerima amanah ini dengan hati terbuka dan melaksanakan dengan sebaik mungkin. Tidak lupa juga kepada rakan penganjur bersama dan telah memberi kerjasama yang sangat baik, iaitu Politeknik Ungku Omar, Politeknik Sultan Salahuddin Abdul Aziz Shah dan Politeknik Sultan Azlan Shah. Persidangan NCTS2023 yang dianjurkan ini adalah sebagai satu medium yang baik bagi meningkatkan perkongsian ilmu dalam kalangan mahasiswa Ijazah Sarjana Muda Politeknik Malaysia yang berkongsi pelbagai bidang ilmu pengetahuan. Di samping itu, NCTS2023 juga merupakan medan bagi mahasiswa-mahasiswi sarjana muda mencari pengalaman berharga sebelum mereka berada di dunia luar suatu hari nanti. Persidangan ini boleh menjadikan mereka matang dan berfikiran lebih terbuka dengan dunia sebenar. v
Diharapkan Persidangan NCTS2023 dapat diteruskan lagi pada tahun-tahun seterusnya. Semoga persidangan ini memberi banyak manfaat kepada warga politeknik. Sekian, terima kasih. Tn. Hj. Ulaimi bin Yahya Pengarah, Politeknik Ibrahim Sultan. vi
MAKLUMAT PROGRAM Pengenalan National Conference on TVET for Undergraduate Students (NCTS 2023) ialah sebuah persidangan yang dikhaskan untuk pelajar politeknik. Penganjuran persidangan NCTS kali ketiga ini merupakan gandingan Pusat Penyelidikan dan Inovasi (PPI) JPPKK bersama Politeknik Ibrahim Sultan, PIS dan tiga buah politeknik lain iaitu Politeknik Ungku Omar, Politeknik Sultan Salahuddin Abdul Aziz Shah dan Politeknik Sultan Azlan Shah. Tujuan utama persidangan ini direncanakan adalah bagi menggalakkan aktiviti penyelidikan dan inovasi dalam kalangan pelajar politeknik Malaysia. NCTS 2023 juga dilihat sebagai satu platform yang terbaik bagi perkongsian pengetahuan dan pengalaman, dan bagi mengetengahkan idea serta hasil penyelidikan pelajar dalam pelbagai disiplin ilmu. Matlamat ini mampu direalisasikan dengan pembentangan dan penerbitan hasil penyelidikan pelajar Ijazah Sarjana Muda bagi politeknik yang terlibat. Persidangan ini bukan sahaja memfokuskan ke arah revolusi industri 4.0, malah ianya juga menekankan kepada perkembangan kemahiran berfikir dan teknikal yang tinggi kepada para peserta. Ia turut menekankan pentingnya memupuk kemahiran menyelesaikan masalah dan inovasi digital. Usaha kolaborasi yang dijalankan oleh pihak politeknik dalam pelbagai bidang dapat membuka lebih banyak peluang yang cerah kepada semua pelajar dan seterusnya menjadi salah satu penyumbang kepada kerancakan ekonomi negara. Objektif i. Menggalakkan aktiviti penyelidikan dan inovasi ii. Menggalakkan penyebaran ilmu dan pertukaran maklumat hasil penyelidikan iii. Menyediakan platform bagi perkongsian pengetahuan dan pengalaman iv. Mengetengahkan idea dan hasil penyelidikan pelajar ke pengetahuan umum v. Menjayakan halatuju Blueprint SmartGreen PolyCC melalui pelaksanaan Sustainable Development Goals (SDGs) antaranya Quality Education, Partnership for the goals, dan Industri, Innovation and Infrastructure. Tema “Kelestarian Pendidikan TVET Dipacu oleh Ekosistem Penyelidikan” Bidang ● Komunikasi Visual dan Media Baharu ● Pengurusan Pelancongan dan Hospitaliti ● Teknologi Kejuruteraan Elektronik (Elektronik Perubatan) ● Teknologi Pengurusan Fasiliti ● Teknologi Kejuruteraan Awam ● Teknologi Kejuruteraan Pembuatan (Pengurusan Rangkaian Bekalan) ● Teknologi Kejuruteraan Pembuatan (Rekabentuk Automotif) 2
STATISTIK PESERTA BCT Teknologi Kejuruteraan Awam BMS Teknologi Kejuruteraan Pembuatan (Pengurusan Rangkaian Bekalan) BEU Teknologi Kejuruteraan Elektronik (Elektronik Perubatan) BFM Teknologi Pengurusan Fasiliti BMA Teknologi Kejuruteraan Pembuatan (Rekabentuk Automotif) BTH Pengurusan Pelancongan dan Hospitaliti BVC Komunikasi Visual dan Media Baharu 3 Politeknik Ungku Omar Politeknik Sultan Salahuddin Abdul Aziz Shah Politeknik Sultan Azlan Shah Politeknik Ibrahim Sultan
PENYAMPAI UCAPTAMA Ts. Wan Mohamad Fikri bin Wan Mokhtar Senior Executive Intelligent, DHL Supply Chain Alumni PIS: Jabatan Kejuruteraan Mekanikal Muhammad Farid bin Hazamai Graphic Design & UI UX Artist, Cool Code Sdn. Bhd. Alumni PIS: Jabatan Rekabentuk dan Komunikasi Visual 4
PENILAI KERTAS PENYELIDIKAN (REVIEWER) Bil Nama Institusi 1 Dr. Mohammad Ridhwan bin Nordin Politeknik Muadzam Shah 2 Nur Shahirah binti Mat Sharf Politeknik Muadzam Shah 3 Rut binti Douni Politeknik Tawau Sabah 4 Jazira binti Anuar UiTM, Dungun Terengganu 5 Noraida binti Abdul Karim UiTM, Dungun Terengganu 6 Siti Nurhafizah binti Ahmad Politeknik Ibrahim Sultan 7 Dr. Norhaslin binti Abu Hassan Politeknik Tawau Sabah 8 Dr. Nornajiha binti Kamdi Politeknik Muadzam Shah 9 Dr. Nurul Azhani binti Mohd Azmin Politeknik Ibrahim Sultan 10 Dr. Zauyani binti Zainal Mohamed Alias Politeknik Ibrahim Sultan 11 Wan Mahirah binti Wan Ibrahim Politeknik Ibrahim Sultan 12 Rosmariati binti Mt Radzi Politeknik Ibrahim Sultan 13 Dr. Nurul Aisyah binti Othman Politeknik Ibrahim Sultan 14 Nur Fatin Athirah binti Mohd Narawai Politeknik Ibrahim Sultan 15 Sheril Syazwani binti Salleh Politeknik Ibrahim Sultan 16 Ts. Dr. Muhammad Helmi bin Abu Bakar Politeknik Ibrahim Sultan 17 Khatijah binti Md. Saad Politeknik Ibrahim Sultan 18 Mazlisa binti Mohd Isa Politeknik Ibrahim Sultan 19 Umi Kalthom binti Ramin Politeknik Ibrahim Sultan 20 Hamidon bin Saniman Politeknik Ibrahim Sultan 21 Nurhamizah binti Misuan Politeknik Ibrahim Sultan 22 Ts. Nurulaini Idaya binti Mohammad Kolej Komuniti Langkawi 23 Liew Foong Ching Kolej Komuniti Kuching 24 Zahana binti Yusoff Politeknik Muadzam Shah 25 Dr. Paramesari a/p Shunmugam Politeknik Sultan Salahuddin Abdul Aziz Shah 5
Bil Nama Institusi 26 Aliza binti Abd. Razak Politeknik Sultan Salahuddin Abdul Aziz Shah 27 Noor Azlin binti Mohd Sidek Politeknik Sultan Salahuddin Abdul Aziz Shah 28 Nurul Akmal binti Hassan Politeknik Sultan Salahuddin Abdul Aziz Shah 29 Mohd Khalid bin Ustati Politeknik Sultan Salahuddin Abdul Aziz Shah 30 Seeni Mehraj Begam V.K.S Vyzul Karnine Politeknik Sultan Salahuddin Abdul Aziz Shah 31 Noor Zahilah binti Rapal Politeknik Sultan Salahuddin Abdul Aziz Shah 32 Hazlina binti Harumaini Politeknik Sultan Salahuddin Abdul Aziz Shah 33 Shazrina binti Mohamed Isa Politeknik Sultan Salahuddin Abdul Aziz Shah 34 Zaid bin Junus Politeknik Sultan Salahuddin Abdul Aziz Shah 35 Dr. Hajah Sabariah binti Hj. Bohanuddin Politeknik Sultan Salahuddin Abdul Aziz Shah 36 Dr. Siti Anizah binti Muhamed Politeknik Sultan Salahuddin Abdul Aziz Shah 37 Nurul Huda bt Mohamd Saleh Politeknik Sultan Salahuddin Abdul Aziz Shah 38 Ts. Dr. Hajah Wan Rosemehah bt Wan Omar Politeknik Sultan Salahuddin Abdul Aziz Shah 39 Hainani bt Chik Politeknik Sultan Salahuddin Abdul Aziz Shah 40 Dr. Che Zawiyah bt Che Hasan Politeknik Sultan Salahuddin Abdul Aziz Shah 41 Ts. Dr. Haji Zunuwanas bin Mohamad Politeknik Sultan Salahuddin Abdul Aziz Shah 42 Nurul Maisarah bt Kamarudin Politeknik Sultan Salahuddin Abdul Aziz Shah 43 Ku Lee Chin Politeknik Sultan Salahuddin Abdul Aziz Shah 44 Suryani bt Ilias Politeknik Sultan Salahuddin Abdul Aziz Shah 45 Ts. Sumaini binti Che Maid Politeknik Sultan Salahuddin Abdul Aziz Shah 6
Bil Nama Institusi 46 Sr Ts. Rohaizana binti Ramli Politeknik Sultan Salahuddin Abdul Aziz Shah 47 Ts. Nor Hazlin binti Md Gharip Politeknik Sultan Salahuddin Abdul Aziz Shah 48 Sr Norezan binti Asmangi Politeknik Sultan Salahuddin Abdul Aziz Shah 49 Ts. Raja Nurul Waheeda binti Raja Zilan Politeknik Sultan Salahuddin Abdul Aziz Shah 50 Ts. Shahida binti Sharuddin Politeknik Sultan Salahuddin Abdul Aziz Shah 51 Zuriati binti Abdul Majid Politeknik Sultan Salahuddin Abdul Aziz Shah 52 Nur Hafidzah binti Muhamadan Politeknik Sultan Salahuddin Abdul Aziz Shah 53 Sr Dr. Fadhilah binti Mohd Nor Politeknik Sultan Salahuddin Abdul Aziz Shah 54 Sr Ts. Nik Zety Akhtar binti Abdul Aziz Politeknik Sultan Salahuddin Abdul Aziz Shah 55 Mohd Rozaimin bin Abdul Hamid Politeknik Sultan Salahuddin Abdul Aziz Shah 56 Ts. Dr. Sylvia Ong Ai Ling Politeknik Kuching Sarawak 57 Dr. Ling Ying Leh Politeknik Kuching Sarawak 58 Dr. Nurul Ajleaa binti Abdul Rahman UiTM Dungun Terengganu 59 Ts. Dr. Siti Asmiza binti Muzafar Politeknik Sultan Azlan Shah 60 Dr. Normala binti Rahmat Politeknik Sultan Azlan Shah 61 Ts. Mohd Hazwan bin Mohamed Norli Politeknik Banting 62 Ts. Ahmad Syarifuddin bin Che Abd Aziz Kolej Komuniti Gopeng 63 Ts. Mohd Sallehin bin Abas Politeknik Mersing 64 Ts. Dr. Norazam bin Aliman Politeknik Sultan Azlan Shah 65 Dr. Siti Rosminah binti Md Derus Pusat Penyelidikan dan Inovasi, JPPKK 66 Ts. Dr. Sharifah Nurulhuda binti Tuan Mohd Yasin Politeknik Kuala Terengganu 67 Ts. Dr. Woo Tze Keong Politeknik Ungku Omar 7
Bil Nama Institusi 68 Amirthavalli a/p Govindan Politeknik Ungku Omar 69 Azmarini binti Ahmad Nazri Politeknik Ungku Omar 70 Dr.-Ing. Rosmawati binti Mat Jihin Politeknik Ungku Omar 71 Nor Hasliza binti Mohd Fadzil Politeknik Ungku Omar 72 Nurul Zaidi bin Kasbolah Politeknik Ungku Omar 73 Husni Nazra binti Abu Bakar Politeknik Ungku Omar 74 Mohd Rizan bin Abdul Politeknik Ungku Omar 75 Nazihah binti Mohd Noor Politeknik Ungku Omar 76 Dr. Adzuieen binti Nordin Politeknik Ungku Omar 77 Muhammad Hafizzuddin b Md. Teni Politeknik Ungku Omar 78 Ts. Mohd Nazri bin Mohd Sabri Politeknik Ungku Omar 79 Dr. Supa'at bin Hj Zakaria@Jawahir Politeknik Ungku Omar 80 Dr. Mohd Nor Azam bin Mohd Dali Politeknik Ungku Omar 81 Ts. Dr Azuin binti Ramli Politeknik Ungku Omar 82 Ts. Dr Rufaizal bin Che Mamat Politeknik Ungku Omar 83 Samikhah bt Muhammad @ Munir Politeknik Ungku Omar 84 Ts. Dr Sunitha V. Doraisamy Politeknik Ungku Omar 85 Dr Seri Bunian bt. Mokhtar Politeknik Ungku Omar 86 Noraziah bt. Hamid Politeknik Ungku Omar 87 Dr Mazlina bt Alang Othman Politeknik Ungku Omar 88 Suhaizam b. Rosli @ Shuib Politeknik Ungku Omar 89 Mazziyatol Farizza binti Mat Politeknik Ungku Omar 90 Dr Panbarasi a/p Govindasamy Politeknik Ungku Omar 91 Azizah bt Haron @ Hassan Politeknik Ungku Omar 8
Bil Nama Institusi 92 Abdul Qoiyum bin Mohd Radzi Politeknik Sultan Azlan Shah 93 Ameeruz Kamal bin Ab Wahid Politeknik Sultan Azlan Shah 94 Baharuddin bin Mohd Zanggi Politeknik Sultan Azlan Shah 95 Dr. Hadi bin Khalid Politeknik Sultan Azlan Shah 96 Dr. Khalis bin Suhaimi Politeknik Sultan Azlan Shah 97 Dr. Maznah binti Illiyas Ahmad Politeknik Sultan Azlan Shah 98 Dr. Mohd Izwan bin Shaharudin Politeknik Sultan Azlan Shah 99 Dr. Norashady bin Mohd Noor Politeknik Sultan Azlan Shah 100 Hainol Akbar bin Zaman Politeknik Sultan Azlan Shah 101 Izwan bin Hamid Politeknik Sultan Azlan Shah 102 Mohd Nasaei Shahid bin Othman Politeknik Sultan Azlan Shah 103 Nor'ain binti Senin Politeknik Sultan Azlan Shah 104 Putri Irda binti Ab Rahman Politeknik Sultan Azlan Shah 105 Rahidah binti Ab. Rahim Politeknik Sultan Azlan Shah 106 Shaipul Anuar bin Mohamed Zainudin Politeknik Sultan Azlan Shah 107 Siti Aminah binti Abdul Ghani Politeknik Sultan Azlan Shah 108 Siti Atiqa Al Zahra binti Mat Darus Politeknik Sultan Azlan Shah 109 Ts. Siti Rahaida binti Abdullah Politeknik Sultan Azlan Shah 110 Ts. Dr. Norazam bin Aliman Politeknik Sultan Azlan Shah 111 Ts. Mohammad Al-Bukhari bin Marzuki Politeknik Sultan Azlan Shah 112 Zureena binti Abu Samah Politeknik Sultan Azlan Shah 113 Ezatul Marini binti Mohd Ghazali Politeknik Sultan Azlan Shah 9
PANEL PEMBENTANG Bil Nama Institusi 1 Dr. Noor Ainniesafina binti Zainal Politeknik Ibrahim Sultan 2 Dr. Arfah binti Ahmad Hasbollah Politeknik Ibrahim Sultan 3 Ts. Dr. Zinvi Fu Politeknik Ibrahim Sultan 4 Ts. Dr. Lim Hooi Peng Politeknik Ibrahim Sultan 5 Dr. Noraindah binti Abdullah Fahim Politeknik METro Johor Bahru 6 Dr. Muhammad Nazri bin Abdul Halim Politeknik METro Johor Bahru 7 Dr. Norazlina binti Ahmad Politeknik METro Johor Bahru MODERATOR Bil Nama Institusi 1 Azrin Nur Farhana binti Abdullah Din@Azman Politeknik Ibrahim Sultan 2 Nor'Ashikin binti Mohd Nasir Politeknik Ibrahim Sultan 3 Mohd Azali bin Zainal Abidin Politeknik Ibrahim Sultan 4 Suria binti Mohd. Samdin Politeknik Ibrahim Sultan 5 Zulaikha binti AB Rahman Politeknik Ibrahim Sultan 6 Nor Marlina binti Othman Politeknik Ibrahim Sultan 7 Nyi Imas binti Muhammad Chong Politeknik Ibrahim Sultan 10
PENCERAMAH PROGRAM IRINGAN Bil Nama Institusi 1 Dr. Logaiswari Indiran Azman Hashim International Business School, Universiti Teknologi Malaysia (UTM). 2 Dr. Nurul Ashikin binti Ismail Universiti Putra Malaysia (UPM) 3 Ir. Ts. Dr. Nurlaila binti Ismail Kolej Pengajian Elektrik, Universiti Teknologi MARA (UiTM), Shah Alam 4 Mohd Helmy bin Abd Wahab Fakulti Kejuruteraan Elektrik Dan Elektronik, Universiti Tun Hussein Onn Malaysia (UTHM). 5 Muhammad Zaki bin Yahaya Politeknik Ungku Omar, Perak 6 Dr. Fizatul Aini binti Patakor Politeknik Merlimau, Merlimau, Melaka 7 Ts. Dr. Mohamad Zairi bin Baharom Faculty of Mechanical & Automotive Engineering Technology, Universiti Malaysia Perlis 11
TENTATIF PROGRAM 12
JADUAL PEMBENTANGAN BILIK 1 KEJURUTERAAN Tarikh: 10 Julai 2023 (Isnin) Masa: 10.50 pagi – 5.30 petang Panel : Dr. Noor Ainniesafina binti Zainal Moderator : Azrin Nur Farhana binti Abdullah Din@Azman MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 10.50 PG TAKLIMAT 11.00 PG 25 AMIR MUJAHID BIN SENAWI THE EFFECT OF EMULSION FUEL PRODUCED BY THE REAL-TIME EMULSION SYSTEM (RTES) USING ROTARY BLADES ON DIESEL ENGINE EMISSIONS (BMA) POLITEKNIK SULTAN AZLAN SHAH 11.15 PG 26 MUHAMMAD HAFIZUL MU'IZ BIN TUAH STABILITY BEHAVIOR OF EMULSION BY USING ROTARY BLADE FOR REAL TIME EMULSION SYSTEM (RTES) (BMA) POLITEKNIK SULTAN AZLAN SHAH 11.30 PG 13 NUR AMIRA BINTI ZAKARIA ADVANCED FILING AS STORAGE MANAGEMENT SYSTEM AT CENTRAL PROCUREMENT (BMS) POLITEKNIK UNGKU OMAR 11.45 PG 14 DAHNIEL FARHAN BIN ZULKAFLI DEVELOPMENT OF COLOR SENSOR DETECTOR FOR CAR HANDLE PRODUCTION (BMS) POLITEKNIK UNGKU OMAR 12.00 TGH HARI 61 NUR IFFAH BINTI MOHD ASRI DEVELOPMENT OF ELECTROMYOGRAPHY AND ELECTRICAL MUSCLE STIMULATOR WITH MONITORING SYSTEM FOR KNEE OSTEOARTHRITIS PATIENTS (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.15 TGH HARI 62 SITI AISYAH BINTI JA'AFAR ULTRASOUND HEALTHCARE TRAINING SOLUTION (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.30 TGH HARI 11 MUHAMMAD HAFIZ BIN SHAHRIL ASSESSMENT OF SITE CONSTRUCTION MONITORING USING PHP (BCT) POLITEKNIK UNGKU OMAR 12.45 TGH HARI 16 NUR ASYIQIN BINTI ABDUL WAHID E-MEGA COLUMN MANAGEMENT APPLICATION (BCT) POLITEKNIK UNGKU OMAR 1.00 PTG REHAT 2.30 PTG 63 MUHD ASYRAF BIN RAZALI STUDY AND DESIGN OF A SEMI-AUTOMATIC PNEUMATIC CUTTING JIG MACHINE SYSTEM AT BLOW MOLDING PRODUCTION LINE. (BMA) POLITEKNIK SULTAN AZLAN SHAH 2.45 PTG 67 NUR FATIHAH BINTI ROSNIZAM DESIGN EVALUATION OF A GO JIG WITH A POKE YOKE SYSTEM TO CHECK FOR HOLES FITTING AVAILABILITY AND ACCURACY (BMA) POLITEKNIK SULTAN AZLAN SHAH 3.00 PTG 68 MUHAMMAD AZMIR BIN ZAINAL ABIDIN OPTIMIZATION OF THE JIG FOR BOLSTER PARTS PRODUCTION AT MANUFACTURING PRODUCTION LINE. (BMA) POLITEKNIK SULTAN AZLAN SHAH 13
MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 3.15 PTG 15 SITI NURUL AINA BINTI MOHAMMAD ANUAR IMPLEMENTATION OF STANDARD OPERATION PROCEDURE FOR MULTIWALL PAPER SACK PRODUCTION (BMS) POLITEKNIK UNGKU OMAR 3.30 PTG 17 MOHD ZULFAQAR BIN ZAINUDIN " DEVELOPMENT OF LOW STOCK TRIGGER (INVENTORY MANAGEMENT SYSTEM) IN SPARE PARTS MACHINES." (BMS) POLITEKNIK UNGKU OMAR 3.45 PTG 64 SITI NUR AFIQAH BINTI MUSTAPHA DEVELOPMENT OF HAND GESTURES IN SIGN LANGUAGE FOR SPEECH AND HEARING IMPAIRMENTS USING NANO FLEX SENSORS (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.00 PTG 65 NUR FATIHAH BINTI KHAIRUL MUNIR INNOVATION OF AUTOMATED AXILLARY CRUTCHES FOR INJURED LEGS AND HALFSTROKE PATIENTS (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.15 PTG 74 MUHAMMAD AMIR FIRDAUS BIN AZMAN DEVELOPMENT OF IOT POSTURE SENSING WITH BLYNK FOR SITTING SESSION (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.30 PTG 75 MUHAMMAD SYAMIM ARIF BIN MOHD ZUHAIRI THE DEVELOPMENT OF AN INTEGRATED ROOM FOR STROKE USING MACHINE LEARNING (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.45 PTG 76 NURUL SYAFIQAH BINTI RUZLAN DEVELOPMENT OF ALERT DEVICE SYSTEM FOR MILD ADHD AND CAREGIVER (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 5.00 PTG 18 NUR'AFIFAH BINTI FADULLAH E-BUDGET APPROVAL SYSTEM FOR SUBMISSION OF CONTRACT AND COMMERCIAL FORMS (E-BASCCF) (BCT) POLITEKNIK UNGKU OMAR 5.15 PTG 20 MUHAMMAD FIRDAUS BIN SUMARDI FISHERMEN FACILITIES AR (BCT) POLITEKNIK UNGKU OMAR 14
BILIK 2 KEJURUTERAAN Tarikh: 10 Julai 2023 (Isnin) Masa: 10.50 pagi – 5.30 petang Panel : Dr. Arfah binti Ahmad Hasbollah Moderator : Nor'Ashikin binti Mohd Nasir MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 10.50 PG TAKLIMAT 11.00 PG 70 HARITH SYAHMI BIN AHMAD ZAPRI DUST COLLECTOR IMPLEMENTATION AT MODEL L PRODUCTION LINE TO IMPROVE QUALITY ISSUE (BMA) POLITEKNIK SULTAN AZLAN SHAH 11.15 PG 72 MUHAMAD AFIQ BIN CHE GHANI BENEFIT OF USING RETURNABLE RACKING AS A PACKAGING IN AUTOMOTIVE MANUFACTURING PROCESS (BMA) POLITEKNIK SULTAN AZLAN SHAH 11.30 PG 19 ZAHARATUL IZZANI BINTI AZIZUL PRODUCTION QUALITY ENHANCEMENT AT 4K FEET CUTTER SPIN CHILLER (BMS) POLITEKNIK UNGKU OMAR 11.45 PG 24 HANIS AQILAH BINTI MOHAMMAD NASSRI EFFECTIVENESS IMPLEMENTATION SYSTEM OF MOLD MEASURE COUNTERED ON PREVENTIVE MAINTENANCE FOR INJECTION MOLDING (BMS) POLITEKNIK UNGKU OMAR 12.00 TGH HARI 79 FATIN SURAYA BINTI KHAIDZIR MALAY DIALECT SPEECH-CONTROLLED WHEELCHAIR USING MACHINE LEARNING (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.15 TGH HARI 80 ADIBA HUSNA BINTI KHAIRUL IZAM THE DEVELOPMENT ONLINE TRAINING WEBSITE OF INFUSION PUMP FOR EDUCATIONAL PURPOSE (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.30 TGH HARI 21 MUHAMMAD RAFEEQ IRFAN BIN RADUA'AL E- REQUEST FOR INSPECTION FOR APPLICATION ( E - RIN) FOR REINFORCED CONCRETE OF STRUCTURES (BCT) POLITEKNIK UNGKU OMAR 12.45 TGH HARI 22 KAILASH PAL SINGH A/L BALDEV SINGH ORGANISATIONAL RECORD MANAGEMENT INDICATOR (ORI) (BCT) POLITEKNIK UNGKU OMAR 1.00 PTG REHAT 2.30 PTG 78 MOHAMAD FAEIZUL SYAHMI BIN ROSLAN DESSIGN EVALUATION OF SORTING JIG FOR END FORMING PROCESS (BMA) POLITEKNIK SULTAN AZLAN SHAH 2.45 PTG 85 ARASH BIN RIZAL ANALYSIS OF VEHICLE X LEATHER THICKNESS PARAMETER TO REDUCE DEFECT DURING WRAPPING PROCESS (BMA) POLITEKNIK SULTAN AZLAN SHAH 3.00 PTG 86 NURUL ASYIKIN BINTI YUSRI IMPROVING DATA COLLECTION EFFICIENCY THROUGH DBMS IMPLEMENTATION (BMA) POLITEKNIK SULTAN AZLAN SHAH 15
MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 3.15 PTG 40 AHMAD AZRY BIN IBRAHIM THERMAL INSULATION FOR DEGASSING ROOM (BMS) POLITEKNIK UNGKU OMAR 3.30 PTG 48 NAJIA BINTI RIDHWANUDDIN RE-LAYOUT OF COLD ROOM FACILITIES AT ASSEMBLY AREA (BMS) POLITEKNIK UNGKU OMAR 3.45 PTG 83 TAN HSIEN YUNG DEVELOPMENT OF PRESSURE ULCER MONITORING SYSTEM FOR COMATOSE PATIENT (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.00 PTG 84 MUHAMAD NURSALMAN BIN SAMSUL ANUAR BCG VACCINE SCARS SOFTWARE SCANNER USING IMAGE RECOGNITION TECHNOLOGY (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.15 PTG 88 AHMAD RIDZUAN BIN ZAINUDDIN DEVELOPMENT OF IOT-BASED MONITORING DEVICE FOR EARLY DETECTION OF ASTHMA ATTACK. (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.30 PTG 104 MUHAMMAD HAZRIN HELMI BIN MUHAMMAD NORRAIMIE JIMMY DESIGN OF AN ENABLED INSOLE USING THE INTERNET OF THINGS FOR KINEMATIC GAIT ANALYSIS (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.45 PTG 129 NUR 'AINA 'AFIFAH BINTI MOHD DASUKI ELECTRONIC HANDGRIP REHABILITATION EXERCISE FORCE MEASURING BY USING PRESSURE SENSORS FOR STROKE PATIENTS (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 5.00 PTG 23 MUNISWARY A/P M.JEEVARAJAN HAZARD IDENTIFICATION, RISK ASSESSMENT AND RISK CONTROL (HIRARC) AT THE CONSTRUCTION SITE (BCT) POLITEKNIK UNGKU OMAR 5.15 PTG 47 NUR FARISA BINTI MUNSHI DELIVERY ORDER TRACKING SYSTEMS (BCT) POLITEKNIK UNGKU OMAR 16
BILIK 3 KEJURUTERAAN Tarikh: 10 Julai 2023 (Isnin) Masa: 10.50 pagi – 5.30 petang Panel : Ts. Dr. Zinvi Fu Moderator : Mohd Azali bin Zainal Abidin MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 10.50 PG TAKLIMAT 11.00 PG 87 MUHAMMAD HAMIZAN BIN MOHD SANI THE APPLICATION OF A JIG CUTTER AT THE BOARD ASSEMBLY WORKSTATION (BMA) POLITEKNIK SULTAN AZLAN SHAH 11.15 PG 89 MUHAMAD KAMALARIFIN BIN SHAPIAI RESEARCH OF CUTTING PARAMETER OSSBERGER PRESS BLOW MACHINE (BMA) POLITEKNIK SULTAN AZLAN SHAH 11.30 PG 54 MUHAMMAD KAMAL NAIM BIN AHMAD YUSOF DEVELOPMENT OF JIGS FOR D63D SUNVISOR (BMS) POLITEKNIK UNGKU OMAR 11.45 PG 71 NUR FARHANA BINTI WAHID MONITORING AND CONTROL OF FOOD WASTAGE IN AIRLINE CATERING OPERATION AREAS (BMS) POLITEKNIK UNGKU OMAR 12.00 TGH HARI 130 KU NURIN AQILAH BINTI KU RUZAINI MASSAGE AND HEAT PAD BELT TREATMENT FOR MENSTRUAL CRAMPS (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.15 TGH HARI 131 MUHAMMAD SYUKRI BIN RAHIM THE DEVELOPMENT OF AN AI TRANSLATOR SYSTEM FOR DISABLED PERSONS (DEAF/MUTE) USING IMAGE RECOGNITION (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.30 TGH HARI 49 NURUL AMNI NAZILA BINTI SUHAIMI E-PCI (POST-CONCRETING INSPECTION MOBILE APPLICATION (BCT) POLITEKNIK UNGKU OMAR 12.45 TGH HARI 58 AMIR SYAFIQ BIN ABDUL RAO CONSTRUCTION WASTE MANAGEMENT PLATFORM (CWMP) (BCT) POLITEKNIK UNGKU OMAR 1.00 PTG REHAT 2.30 PTG 90 MOOHANNDASS A/L RADA KRISHNAN SUPERVISION AND CONTROL OF NOISE REDUCTION BY PNEUMATIC PUNCH MACHINE. (BMA) POLITEKNIK SULTAN AZLAN SHAH 2.45 PTG 92 MUHAMMAD IZZAT BIN SAAD A STUDY ON MATERIAL HANDLING EQUIPMENT BETWEEN HAND PALLET JACK AND ELECTRIC PALLET JACK IN THE STORE DEPARTMENT (BMA) POLITEKNIK SULTAN AZLAN SHAH 3.00 PTG 95 MUHAMMAD ZULL HELMIE BIN ZOLKIPLI IMPLEMENTATION PLC SYSTEM ON PUNCHING JIGS MACHINE FOR PRODUCTION LINES (BMA) POLITEKNIK SULTAN AZLAN SHAH 17
MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 3.15 PTG 136 BALAKUMARAN PILLAY A/L JIMMY PILLAY ENABLE RETURN MATERIAL AUTHORIZATION BUSINESS IN FINISHED GOODS (BMS) POLITEKNIK UNGKU OMAR 3.30 PTG 140 DEEVANDRAN A/L RAVINDRAN REDUCTION OF SETUP TIME USING STANDARD OPERATING PROCEDURE FOR TUBING PROCESS (BMS) POLITEKNIK UNGKU OMAR 3.45 PTG 132 NURUL AISHA BINTI NAZRI AN INNOVATION OF ANKLE PASSIVE MOTION FOR HOMECARE ANKLE STIFF PATIENTS USING IOT (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.00 PTG 133 MUHAMMAD SYAHMI BIN MOHAMAD HARIN IOT-BASED MONITORING SYSTEM FOR PATIENT WITH WALKING DIFFICULTIES (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.15 PTG 134 AZLANNUR LUTFILLAH HAZIQ BIN AZLAN IOT BASED PORTABLE PATIENT MONITOR WITH GPS (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.30 PTG 135 FAIRUL IZZATI BINTI MOHAMED FUAD THE DEVELOPMENT OF IOT BASED HUMAN BREATHING MECHANISM TEACHING AIDS FOR ANATOMY STUDIES (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.45 PTG 138 FAIZ BIN KEFLI THE FUTURE OF MEDICAL RECORDS: NFC ENABLED STUDENT MATRIX CARDS (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 5.00 PTG 139 FARAH ZUHAIRAH BT ASHARI DEVELOPMENT ONLINE TRAINING ELECTROCARDIOGRAM (ECG) WEBSITE FOR LEARNING EDUCATION (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 18
BILIK 4 KEJURUTERAAN Tarikh: 10 Julai 2023 (Isnin) Masa: 10.50 pagi – 5.30 petang Panel : Ts. Dr. Lim Hooi Peng Moderator : Suria binti Samdin MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 10.50 PG TAKLIMAT 11.00 PG 96 MUHAMMAD ANIEF ASRIEL BIN MOHAMAD ASRI REDUCING WRINKLE REJECTION FOR SIDE PANEL BY MAKING A NEW JIG DESIGN. (BMA) POLITEKNIK SULTAN AZLAN SHAH 11.15 PG 102 MUHAMMAD MUSLIHUDDIN BIN JUNID IMPROVING SUB-HANGER FOR OVERHEAD CONVEYOR (BMA) POLITEKNIK SULTAN AZLAN SHAH 11.30 PG 27 MOHD NAZRI BIN MOHD SABRI IMPROVEMENT ON 12K FEET UNLOADER (BMS) POLITEKNIK UNGKU OMAR 11.45 PG 101 MOHAMAD SHAH GUL BIN HABIB GUL KAIZEN: SCRAP MANAGEMENT (BMS) POLITEKNIK UNGKU OMAR 12.00 TGH HARI 142 NUR SARAH NABILAH BINTI SHAHRUL AMIN INTELLIGENT SPEECH RECOGNITION SYSTEM FOR ASSISTED LIVING IN MALAY DIALECT USING MACHINE LEARNING (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.15 TGH HARI 144 MUHAMMAD DANISH AIMAN BIN MOHD ZAINUDDIN IOT VIBRATION ANKLE PAD USING MOBILE APPLICATION (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.30 TGH HARI 59 MUHAMMAD FAUZI BIN GANTI SALIM THE IMPLEMENTATION OF THE ARDUINO UNO IN A WATER LEVEL DETECTOR DEVICE FOR HOSPITAL BUILDINGS (BCT) POLITEKNIK UNGKU OMAR 12.45 TGH HARI 73 MUHAMMAD AMIR FITRI BIN MOHD BAHANDI REQUEST FOR INSPECTION TRACKER APPLICATION (RIN TRACKER APP) (BCT) POLITEKNIK UNGKU OMAR 1.00 PTG REHAT 2.30 PTG 103 MUHAMMAD AKMAL BIN MISMAN A CONCEPT OF MATERIAL HANDLING EQUIPMENT: IMPLEMENTATION OF ELECTRIC TOW TRUCK AS A NEW MECHANISM FOR THE WORK PROCESS FEEDER (BMA) POLITEKNIK SULTAN AZLAN SHAH 2.45 PTG 106 MOHAMMAD AIMAN BIN MOHAMAD JAMAL IMPROVEMENT ON DAMPER SEAL AT PANEL CONSOLE REAR END BY USING SEALING PERFORMANCE TESTING METHOD FOR CAR MODEL X (BMA) POLITEKNIK SULTAN AZLAN SHAH 3.00 PTG 143 ABDUL BARI BIN ABDUL RAOF DESIGN SWITCH LAYOUT FOR IMPROVEMENT CYCLE TIME (BMA) POLITEKNIK SULTAN AZLAN SHAH 19
MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 3.15 PTG 147 AHMAD NAJIB FAHMI BIN MOHD NASARUD'DIN INTEGRATED SIT-TO-STAND WHEELCHAIR FOR LOWER LIMB DISABLED (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 3.30 PTG 149 MUHAMMAD AZMEER BIN M.KAMAL SUBKE ANALYSIS OF TEMPORAL GAIT PROFILES IN ELDERLY PEOPLE USING WEARABLE GYROSCOPE SENSOR (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 3.45 PTG 146 MUHAMMAD IZZAT FARHAN BIN AZHAR AN IOT BASED INTELLIGENT OF AUTOMATIC VENDING MACHINES (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.00 PTG 145 PATHMAJAN BALAKRISHNAN IOT-BASED SYRINGE PUMP FOR DETECTION OF OCCLUSION AND END ALARM (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.15 PTG 148 MUHAMMAD MUZHAFFAR BIN MOHD HISHAM ISOKINETIC STRENGTHENING AND TREATMENT FOR KNEE INJURY (BEU) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.30 PTG 93 MUHAMMAD AFIQ AIMAN MARLIZAN IMPLEMENTATION OF BIM TECHNOLOGY FOR SAFETY SITE LAYOUT AND MACHINERY ROUTE (BCT) POLITEKNIK UNGKU OMAR 4.45 PTG 100 PHOEBE DANNY REBAR INSPECTION USING AUGMENTED REALITY (BCT) POLITEKNIK UNGKU OMAR 5.00 PTG 141 MUHAMMAD DANISH AQIL BIN SANUSI ANALYSIS OF SUBGRADE GROUND IMPROVEMENT USING PLAXIS 2D ANALYSIS (BCT) POLITEKNIK UNGKU OMAR 20
BILIK 5 SAINS SOSIAL Tarikh: 10 Julai 2023 (Isnin) Masa: 10.50 pagi – 5.30 petang Panel : Dr. Noraindah binti Abdullah Fahim Moderator : Zulaikha binti AB Rahman MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 10.50 PG TAKLIMAT 11.00 PG 105 AMRIITHA A/P KALIYAPPAN LOCAL COMMUNITY PERCEPTION TOWARDS SUSTAINABLE TOURISM DEVELOPMENT: WORLD HERITAGE SITE OF MELAKA (BTH) POLITEKNIK IBRAHIM SULTAN 11.15 PG 108 NUR NATASHA AMYSHA BINTI RASHID ACCEPTANCES OF CHATBOT IN AIRLINE INDUSTRY: A CASE STUDY OF MALAYSIA (BTH) POLITEKNIK IBRAHIM SULTAN 11.30 PG 28 NUR ARISYA NASUHA BINTI MOHD NORAZMAN THE FACTORS INFLUENCING THE USE OF SAFETY EQUIPMENT AMONG CONSTRUCTION SITE WORKERS (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 11.45 PG 29 MUHAMMAD IRFAN BIN MOHAMAD UZIR A REVIEW ON FACTORS INFLUENCING OCCUPANTS’ ENERGY BEHAVIOUR IN NONGREEN BUILDINGS (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.00 TGH HARI 30 MUHAMMAD AQMAL RIZQI BIN MAZHAN RIZAL INSIGHTS INTO THE ROLE OF TECHNOLOGY IN ENHANCING THE ENERGY EFFICIENCY OF EXISTING BUILDINGS (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.15 TGH HARI 31 HOO HUI EN A VIRTUAL REALITY EXHIBITION OF TRADITIONAL MUSICAL INSTRUMENT (KOMPANG) IN JOHOR. (BVC) POLITEKNIK IBRAHIM SULTAN 12.30 TGH HARI 50 YUVARAANI A/P YOGANATHAN PENGENALAN KEPADA CIRI-CIRI RUMAH LIMAS JOHOR: PEMAHAMAN ASAS DAN KONTEKS BUDAYA (BVC) POLITEKNIK IBRAHIM SULTAN 12.45 TGH HARI 60 AISYAH SYAHIRAH BINTI MD ZURI BEYOND THE WALLS: LAWATAN REALITI MAYA RUMAH LIMAS JOHOR (BVC) POLITEKNIK IBRAHIM SULTAN 1.00 PTG REHAT 2.30 PTG 109 KHAIRUL FAHMI BIN AMIRUDDIN TOURIST PERCEPTION TOWARD STREET FOOD QUALITY IN JOHOR BAHRU (BTH) POLITEKNIK IBRAHIM SULTAN 2.45 PTG 111 HERLINA BINTI BASRI CUSTOMERS PERCEPTION TOWARDS MUSLIM BEAUTY WELLNESS AND SPA IN PASIR GUDANG (BTH) POLITEKNIK IBRAHIM SULTAN 3.00 PTG 112 AHMAD ZAIDI BIN ZAKARIA AN ANALYSIS OF PUSH & PULL TRAVEL MOTIVATIONS OF DOMESTIC TOURIST IN JOHOR BAHRU. (BTH) POLITEKNIK IBRAHIM SULTAN 21
MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 3.15 PTG 113 NURUL IZZAH BINTI MOHD JAMAL THE EFFECTIVENESS OF HOTEL WEBSITE IN INFLUENCING CUSTOMER BUYING DECISIONS (BTH) POLITEKNIK IBRAHIM SULTAN 3.30 PTG 114 NUR AZMIRA FITRI BINTI MUHAMAD AMIN MALAYSIAN PARTICIPATION FEMALE ISSUES BASED SPORT TOURISM EVENT (BTH) POLITEKNIK IBRAHIM SULTAN 3.45 PTG 32 MUHAMMAD RASHIDI BIN RUSTAM INSIGHT ON WAYFINDING IN COMMERCIAL BUILDINGS (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.00 PTG 33 AFIF FARHAN BIN ADNAN GREEN FRAMEWORK TO ENHANCE INDOOR AIR QUALITY IN SICK BUILDING SYNDROME (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.15 PTG 34 IRFAN HAIQAL BIN TERMIZI THE IMPACT OF PHYTOARCHITECTURE ON INDOOR AIR QUALITY IN THE BUILT ENVIRONMENT (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.30 PTG 35 MUHAMMAD ALIF BIN KAMALISA A STUDY ON THE IMPLEMENTATION OF VALUE MANAGEMENT IN MALAYSIAN CONSTRUCTION SITES (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.45 PTG 36 MUHAMMAD IQUAN BIN KHAIRUDDIN INSIGHT ON HYGIENE PERFORMANCE AT GENERAL HOSPITAL AND HEALTHCARE CENTER (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 22
BILIK 6 SAINS SOSIAL Tarikh: 10 Julai 2023 (Isnin) Masa: 10.50 pagi – 5.30 petang Panel : Dr. Muhammad Nazri bin Abdul Halim Moderator : Nor Marlina binti Othman MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 10.50 PG TAKLIMAT 11.00 PG 115 NORAZMIRA NAJWA BINTI ABDUL AZIZ THE TENDENCY OF TOURISM AND HOSPITALITY POLITEKNIK STUDENTS TO WORK IN THEIR FIELD. (BTH) POLITEKNIK IBRAHIM SULTAN 11.15 PG 117 MUHAMMAD SHAZWAN BIN BASTIAN CUSTOMER SATISFACTION ON QUALITY OF SERVICE BY UMRAH AND HAJJ AGENCIES (BTH) POLITEKNIK IBRAHIM SULTAN 11.30 PG 37 AZRI SYAHIR BIN BURHANORDIN A STUDY ON REDUCING THE AMOUNT OF WASTE DISPOSED IN BUILDING (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 11.45 PG 38 MUHAMAD SYAHMI BIN MAZLAN THE EFFECTIVENESS OF OCCUPANCY SENSOR TO ENHANCE THE BUILDING EFFICIENCY (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.00 TGH HARI 39 TAN LUN CHUAN A STUDY OF THE IMPACT OF LIGHTING ON WORKPLACE PRODUCTIVITY (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.15 TGH HARI 69 YUWATAARANI A/P SIVARAJAN EXPLORING THE TRADITIONAL KOMPANG MAKING TECHNIQUES IN JOHOR (BVC) POLITEKNIK IBRAHIM SULTAN 12.30 TGH HARI 77 NUR AFIQAH BINTI NS RAHIM MUDA DEVELOPMENT OF 2D ANIMATION FOR KOMPANG BALDU MAKING (BVC) POLITEKNIK IBRAHIM SULTAN 12.45 TGH HARI 94 NUR BALQIS BINTI HAIRI EKSPLORASI KAEDAH PENGAJARAN DAN PEMBELAJARAN SECARA 2D ANIMASI BAGI PELAJAR BERKEPERLUAN KHAS DALAM BIDANG TEKNIK DAN VOKASIOANAL. (BVC) POLITEKNIK IBRAHIM SULTAN 1.00 PTG REHAT 2.30 PTG 118 MUHAMAD YUSUF BIN ROOFI CUSTOMER’S SATISFACTION TOWARD ADVENTURE TOURISM : A CASE STUDY IN JOHOR BAHRU (BTH) POLITEKNIK IBRAHIM SULTAN 2.45 PTG 119 RINA IRDEENA BINTI RAZAK TOURIST MOTIVATION FACTORS TO VISIT MOSQUE (BTH) POLITEKNIK IBRAHIM SULTAN 3.00 PTG 120 MOHD ZAMIR BIN JOHARI CUSTOMER SATISFACTION TOWARD POSTENDEMIC HOTEL SERVICES QUALITY IN JOHOR BHARU. (BTH) POLITEKNIK IBRAHIM SULTAN 23
MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 3.15 PTG 121 MUHAMAD SAFWAN BIN MAT SALEH THE EFFECTIVENESS OF PUBLIC BUS IN PASIR GUDANG, JOHOR (BTH) POLITEKNIK IBRAHIM SULTAN 3.30 PTG 122 MUHAMMAD ZARIQ ZAKWAN BIN ROSLI ACCEPTANCE OF CONVENTIONAL TRAVEL AGENCIES IN DIGITAL ERA (BTH) POLITEKNIK IBRAHIM SULTAN 3.45 PTG 41 DHARSHYAANTH A/L THANABALAN THE ROLE OF TECHNOLOGY IN OPTIMIZING FACILITY MANAGEMENT (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.00 PTG 43 ANAS BAKHTIAR BIN BAHARI A STUDY ON EFFECTIVENESS CLOSEDCIRCUIT CAMERA SYSTEM FOR OFFICE BUILDING (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.15 PTG 44 NURUL ZAHIRAH BINTI MOHD NAIM A STUDY ON EFFECTIVENESS CLOSEDCIRCUIT CAMERA SYSTEM FOR OFFICE BUILDING (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.30 PTG 45 NUR ATHIRAH BINTI AZHAR A STUDY ON RISK ACCIDENT FACTORS IN PUBLIC UNIVERSITIES (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.45 PTG 46 NUR EIFFAH RAMIZAH BINTI ZAHILI A STUDY ON EFFECTIVE COMMUNICATION IN FACILITY MANAGEMENT ORGANIZATION AT PUBLIC HOSPITAL (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 5.00 PTG 51 NURUMAIRAH SYAFIQAH BINTI AZMI INSIGHT ON WASTE MANAGEMENT PROCESS IN INDUSTRY AREA FOLLOWING ISO14001 APPROACH. (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 24
BILIK 7 SAINS SOSIAL Tarikh: 10 Julai 2023 (Isnin) Masa: 10.50 pagi – 5.30 petang Panel : Dr. Norazlina binti Ahmad Moderator : Nyi Imas binti Muhammad Chong MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 10.50 PG TAKLIMAT 11.00 PG 123 NUR AINAA AFIFAH BINTI MAHADI THE EFFECTIVENESS OF FOOD IMAGES TOWARDS CUSTOMER SATISFACTION IN A CAFÉ AROUND JOHOR BAHRU (BTH) POLITEKNIK IBRAHIM SULTAN 11.15 PG 124 NURUL KHAIRUNNISA BINTI KALIM UNDERSTANDING MEMORABLE TOURISM EXPERIENCES (MTES) AND BEHAVIOURAL INTENTION OF VISITING KOTA TINGGI, JOHOR. (BTH) POLITEKNIK IBRAHIM SULTAN 11.30 PG 52 AHMAD THAQIF BIN MUHAMMAD NIZAM FRAMEWORK OF FINANCIAL MANAGEMENT STRATEGY IN FACILITIES MANAGEMENT ORGANIZATION (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 11.45 PG 53 ANIS SOFIAH BINTI MAHMUD FUADI A STUDY ON PREVENTIVE MAINTENANCE STRATEGIES FOR COMMERCIAL BUILDING (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.00 TGH HARI 55 MUHAMMAD HAFIY BIN NOR HISAM A STUDY OF OPTIMIZING ASSET MANAGEMENT STRATEGIES TO IMPROVE BUILDING PERFORMANCE (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 12.15 TGH HARI 97 NAFIL AFNAN BIN LOKMAN DEVELOPMENT EDUTAINMENT GAME JOHOR APPETITE AS LEARNING MEDIUM FOR JOHOR HERITAGE FOOD PREPARATION (BVC) POLITEKNIK IBRAHIM SULTAN 12.30 TGH HARI 98 MOHD AFIQ FIKRI BIN THOMADI PEMBELAJARAN MAKSUD TANJAK DALAM BENTUK 2D ANIMASI (BVC) POLITEKNIK IBRAHIM SULTAN 12.45 TGH HARI REHAT 2.30 PTG 116 MUHAMMAD ARIF FIRDAUS BIN ELIAS TOURIST SATISFACTION TOWARDS SERVICE QUALITY ON GLAMPING IN JOHOR. (BTH) POLITEKNIK IBRAHIM SULTAN 2.45 PTG 125 NURISH WHAHIDAH BINTI MOHD YUSLA CUSTOMER SATISFACTION TOWARDS HIPSTER CAFE IN JOHOR BAHRU (BTH) POLITEKNIK IBRAHIM SULTAN 3.00 PTG 126 SITI MAISARAH BINTI ISA THE IMPORTANCE FACTOR OF SERVQUAL IN UNDERSTANDING CUSTOMER SATISFACTION TOWARDS BUDGET HOTELS IN PASIR GUDANG (BTH) POLITEKNIK IBRAHIM SULTAN 3.15 PTG 127 FATIN ZULAIKHA BINTI ZULKEFLI TOURIST INTENTION TOWARDS ELECTRIC TRAIN SERVICE IN MALAYSIA (BTH) POLITEKNIK IBRAHIM SULTAN 25
MASA NO ID PEMBENTANG TAJUK (PROGRAM) INSTITUSI 3.30 PTG 128 NUR ALEENA NATASHA BINTI 'AL ZAHARI TOURISTS MOTIVATION FACTORS: AN EMPIRICAL INVESTIGATION IN JOHOR BAHRU (BTH) POLITEKNIK IBRAHIM SULTAN 3.45 PTG 56 MOHD AIMAN ANIQ BIN HAZAZUN THE INSIGH OF IMPLEMENTATION RENEWABLE ENERGY FOR GREEN BUILDING IN MALAYSIA (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.00 PTG 57 NURUL FADLIN SYAZWANI BINTI NORASMADI A STUDY TO EVALUATE MAINTENANCE MANAGEMENT PRACTICES AT WORKPLACE (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.15 PTG 66 NORAZRI BIN MOHD AZLI EXPOSURE OF ARTIFICIAL INTELLIGENCE IMPLEMENTATION IN FACILITY MANAGEMENT INDUSTRY (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.30 PTG 81 NUR ASMA' BALQISH BINTI SAIDI INSIGHT OF CLINICAL WASTE MANAGEMENT AT GENERAL HOSPITAL IN MALAYSIA (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 4.45 PTG 91 NUR FITRAH BINTI SAFEX INSIGHT ON ASSESSING CUSTOMER SATISFACTION ON FACILITIES PROVIDED IN THE HEALTHCARE SECTOR (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 5.00 PTG 99 SYAHRIL SYAZILLY BIN SHAFIE AN OVERVIEW ON PROGRESS AND CHALLENGES OF RENEWABLE ENERGY ADOPTION IN MALAYSIA (BFM) POLITEKNIK SULTAN SALAHUDDIN ABDUL AZIZ SHAH 26
PELAN LALUAN POLITEK 27
KNIK IBRAHIM SULTAN
PELAN LANTAI BLIK BANGUNAN CREATIVE DE Aras Ba 28
K PERSIDANGAN ESIGN CENTER (CDeC) awah
PELAN LANTAI BLIK BANGUNAN CREATIVE DE Tingka 2
K PERSIDANGAN ESIGN CENTER (CDeC) at 1 9
PELAN LANTAI BLIK BANGUNAN CREATIVE DE Tingka 30
K PERSIDANGAN ESIGN CENTER (CDeC) at 2
BIDANG KEJURUTERAAN ID ABSTRAK 25 THE EFFECT OF EMULSION FUEL PRODUCED BY THE REAL-TIME EMULSION SYSTEM (RTES) USING ROTARY BLADES ON DIESEL ENGINE EMISSIONS Amir Mujahid Senawi1, Hadi Khalid2, and Hasbullah Abd Rahman3 1,2Polytechnic Sultan Azlan Shah, 359350 Behrang Station, Perak, Malaysia. 3RTES Technology (M) Sdn Bhd, 41000 Klang, Selangor, Malaysia ABSTRACT: This study investigates the impact of utilizing emulsified diesel fuel on emissions. Emulsified diesel fuels containing 10% water content by volume were employed, and experiments were conducted under idling conditions spanning from 800 to 2000 rpm. The primary objective of this research is to mitigate the emission of harmful gases, specifically nitrogen oxide (NOx), carbon monoxide (CO), and smoke opacity, associated with diesel engines used in the SUV Santafe. The findings demonstrate that the use of emulsified fuel generally leads to a reduction in harmful exhaust emissions, with a significant decrease in nitrogen oxide (NOx) and smoke opacity levels compared to pure diesel under identical conditions. However, it is noteworthy that carbon monoxide (CO) emissions were found to increase when utilizing emulsion fuel due to the presence of water in the emulsion. The inconsistent experimental results can be attributed to the influence of the micro-explosion process, including factors such as the percentage of water content, emulsion droplet size, environmental temperature, pressure, and engine operating conditions. This study provides valuable insights into the potential of emulsified diesel fuel as an effective means to mitigate harmful emissions from diesel engines while also highlighting the complex interplay of various factors in achieving optimal environmental outcomes. 26 STABILITY BEHAVIOR OF EMULSION BY USING ROTARY BLADE FOR REAL TIME EMULSION SYSTEM (RTES). Hafizul Mu’iz Tuah1, Hadi Khalid2 and Hasbullah Abd Rahman3 1, 2 Polytechnic Sultan Azlan Shah, 35950 Behrang Stesyen, Perak, Malaysia 3 RTES Technology (M) SDN BHD, 41000 Klang, Selangor, Malaysia ABSTRACT: The purpose of this study is to measure the droplets size for the stable emulsion of 10% water and diesel fuel for the use as a fuel in a diesel engine. The study utilizes the Real Time Emulsion System (RTES) which has been enhanced from the previous version by using rotary blade in order to ensure the successful mixing of water and diesel. To ensure the accuracy of the tests conducted, an offline setup was prepared, and the data collected from the setup was analyzed using a Keyence digital microscope with model VHX-X7000. Image J software has been used to measure the size of the water droplets created, which were measured in units of micrometers. The development of the water droplets test is based on time intervals to confirm the stability of the emulsion in RTES, which mixes the water and diesel by means of a rotary blade. Water droplets initially exhibited random motion with an average diameter of 72.81 µm at 10s. From 25s to 50s, the droplets remained stable with slight diameter increases around 113.81 µm. However, beyond 132s, significant droplet aggregation occurred, leading to larger diameters which transform to 145.94 µm at 180s. Three phases are identified: phase one (10s-25s) shows droplet combination, phase two (25s-50s) exhibits stable droplet size, and last phase (50s-180s) showed the sedimentation phase follows. The study concludes that water-in-diesel (W/D) emulsion remains stable as fuel for diesel engines, ensuring smooth operation without starting problems or engine misfires/stalling. 32
ID ABSTRAK 13 ADVANCED FILING SYSTEM FOR STORAGE MANAGEMENT AT CENTRAL PROCUREMENT UNIT Nur Amira Zakaria1, Rosmawati Mat Jihin2 1,2Ungku Omar Polytechnic, 31400 Ipoh, Perak ABSTRACT: Each manuscript should contain an abstract of about 200 -300 words and should be typed using Arial, Font size 10. The abstract should summarize the content of the paper. Do not have references or displayed equations in the abstract. It is imperative that the margins and style described below be adhered to carefully. This will enable us to maintain uniformity in the final publication. Currently, the process of finding files at the Central Procurement Unit, which is responsible for maintaining tender-related documents, takes a long time and consumes a lot of working time of the staff in charge. This is due to the fact that there is a lot of irrelevant and unused files kept in the department without proper management. Furthermore, several cabinets are occupied with unrecorded and unknown files. Therefore, to address the issue, a web-based system known as an "ADV Filing System" is developed to assist in the process of retrieving required documents. The aim of this project is to develop an efficient storage management system by digitizing the current method and implementing the 5S concept of a sort, set in order, shine, standardize and sustain. This approach makes it simple for users to retrieve the required file promptly and conveniently. The location of the file can be simply determined by utilizing the code provided by ADV Filing System and referring to the cabinet layout, which is also provided in the system. This project is developed by first designing the layout of the file cabinet and gathering information on the variations of all documents available. Then, all files are organized based on their category and reference number. The next process is organizing and preparing a digital database using Google Sheets and creating a user-friendly interface for the ADV Filing System. Finally, the system is deployed, and a survey is conducted with respondents among staff within the unit and external unit. Based on the survey, following the ADV Filing System implementation, most users indicate that they can retrieve the required documents in a short period of time by using this system. Employee productivity can thus be boosted, and work processes can be accelerated. Moreover, the work environment has become cleaner, neater, and more harmonious. Finally, effective department management and faster response times can be achieved by using this document management system. 14 DEVELOPMENT OF COLOR SENSOR DETECTOR FOR CAR HANDLE PRODUCTION Dahniel Farhan 1, Adzuieen Nordin2 1,2Ungku Omar Polytechnic, 31400 Ipoh, Perak ABSTRACT: Automatic color reading and adjustment of input color matching that of edge banding is an important aspect in obtaining a high automation level in the sensor edge banding system. However, the production of the car handles was unmatched between the handle part and the cap. Therefore, this study is to design and develop a color sensor detector for car handles. This research used an Arduino programmed to determine color accuracy and minimize human mistakes. The results show that by using the color sensor detector, the percentage of production increased by 20%. 33
ID ABSTRAK 61 DEVELOPMENT OF ELECTROMYOGRAPHY AND ELECTRICAL MUSCLE STIMULATOR WITH MONITORING SYSTEM FOR KNEE OSTEOARTHRITIS PATIENTS Nur Iffah binti Mohd Asri * , Nurul Huda Binti Mohamd Saleh 2 Department of Electrical Engineering, Polytechnic Sultan Salahuddin Abdul Aziz Shah, 40150 Shah Alam, Selangor, Malaysia. ABSTRACT: Knee osteoarthritis (OA), also known as degenerative joint disease of the knee, is typically caused by wear and tear and progressive articular cartilage loss. A hunt for novel treatments to ease knee pain has been sparked by the need for long-term, effective therapies with few adverse effects. Although total knee arthroplasty (TKA) for knee osteoarthritis (OA) provides patients with reduced pain, quadriceps strength impairment still occurs after the procedure. However, knee OA patients who do not have TKA or an operation require pain relief at home and periodic monitoring to ensure that the pain does not worsen. The purpose of this paper is to develop an electromyography (EMG) with electrical muscle stimulation (EMS) and a monitoring system for knee osteoarthritis patients for the reduction of pain, stiffness, and function. The design uses a 5V battery, a node MCU (ESP32) as a microcontroller, and an electrical muscle stimulator that can stimulate until 10 levels, which is 2 Hz to 35 Hz in 15 minutes for muscle stimulation. It is executed by electrode placement at the quadriceps muscle, followed by the EMS controller, and monitoring the muscle strength at the knee area. In conclusion, this project has successfully developed a device that aids in alleviating pain for patients with osteoarthritis in the knee. It achieves this by monitoring the level of knee muscle strength through graph display and analysis within the Blynk application. 62 ULTRASOUND HEALTHCARE TRAINING SOLUTION WEBSITE S. A. JA’AFAR1, L. C. KU2 Department Of Electrical Engineering Polytechnic Premier Sultan Salahuddin Abdul Aziz Shah, 40150, Shah Alam, Malaysia. ABSTRACT: The Ultrasound Healthcare Training Solution is a web-based application that provides students and learners with technical and practical knowledge. Its main objective is to address the lack of practical training in ultrasound, which adversely affects students' ability to acquire accurate images. Traditional ultrasound training programs are costly and ineffective for online learning. To overcome this challenge, the project utilizes programming languages such as JavaScript, Cascading Style Sheets (CSS), and Hypertext Markup Language (HTML) to create interactive, visually appealing, and responsive websites. The primary focus of this project is to design an online education and training website specifically for ultrasound machines, utilizing a 3D model created with Maya software. The aim is to compare the effectiveness of online learning with real-time learning. Ultrasound is widely utilized in global training guidelines due to its availability, simplicity, and cost-effectiveness. By incorporating interactive learning environments, the project aims to enhance recall and facilitate the practical application of knowledge. The project methodology involves the collection of quantitative data through a structured questionnaire distributed to biomedical engineering students and professionals. The website will offer various features, including mode applications, measurement tools, report functions, a review of scanned images, as well as technical practice studies and quizzes. 34
ID ABSTRAK 11 ASSESSMENT OF SITE CONSTRUCTION MONITORING USING HYPERTEXT PROCESSOR (PHP). Muhammad Hafiz Bin Shahril1 and Rufaizal Bin Che Mamat2 1,2Politeknik Ungku Omar, 51400 Ipoh, Perak, Malaysia. ABSTRACT: The rapid evolution of technology has led to a significant shift from basic Internet services to interconnected smart wearable devices, creating an intelligent network known as the Internet of Things (IoT). This network comprises body-worn or near-body sensors that communicate with each other and the internet, merging the virtual and physical worlds. The adoption of IoT-based wearable devices has shown potential in enhancing worker safety and improving various industries, including construction. However, challenges such as the introduction of new technology, lack of acceptance, and limited expertise hinder its widespread implementation. In the construction sector, ineffective monitoring and control often result in project delays, cost overruns, and subpar outcomes. To address these issues, this study aims to develop a construction monitoring system using PHP, leveraging IoT technologies such as GPS, RFID, sensors, and drones. The objectives include problem identification, application development, and validation using the Technology Acceptance Model (TAM). By achieving these objectives, the study aims to provide construction professionals with a robust monitoring system capable of real-time problem identification and evaluation, ultimately improving project management and decision-making processes. 16 E-MEGA COLUMN MANAGEMENT APPLICATION Nur Asyiqin Abdul Wahid1 Department of CiviL Engineering, Polytechnic Ungku Omar, Ipoh , Perak Abstract: Insufficient planning is a common issue faced by contractors when commencing precommissioning projects. Effective project management is dependent on various factors, including integration management, which is vital for the successful coordination of individuals and processes within a construction project. Hence. the purpose of this study was to create an E-Mega Column Management Application. The E - Mega Column Management Application was created using the Mit App Inventor programming tool. This application was tested for its usability effectiveness to the company’s staff using an online survey adapted from Technology Acceptance Model (TAM) questionnaire inclusive of four TAM most familiar variables which is Perceived Ease of Use, Perceived Usefulness, Attitude Towards Using Technology and Behavioral Intention to Use. Data were analysed using paired T-Test and mean. The paired t-test result showed that EMega Column Management Application has a significant different compared with existing method. This mean that E-Mega Column Management Application was more effective in term of usability compared with the existing method. This product was highly recommended to be used in managing successful coordination of individuals and processes within a construction project. 35
ID ABSTRAK 63 STUDY AND DESIGN OF A SEMI-AUTOMATIC PNEUMATIC CUTTING JIG MACHINE SYSTEM AT BLOW MOLDING PRODUCTION LINE. Muhd Asyraf Bin Razali*, Zureena Binti Abu Samah2 1Polytechnic Sultan Azlan Shah, 35950 Behrang , Perak, Malaysia 2 Polytechnic Sultan Azlan Shah, 35950 Behrang , Perak, Malaysia ABSTRACT: This research aims to enhance the blow molding production line at Company X's Workstation B01 by addressing issues with the current cutting jig machine operation. The existing Manual Pneumatic Cutting Jig System poses challenges due to its time-consuming nature, hindering target production levels and causing bottlenecks from the blow molding process. To improve productivity, a novel solution has been developed—a semi-automatic pneumatic cutting jig machine system. By implementing this new technology, significant progress has been made in reducing cycle time, from an average of 11.96 seconds to an impressive 97 seconds. This improvement enhances operational efficiency and productivity. The integration of the new system streamlines workflow, eliminates manual tasks, and minimizes errors, allowing Company X to meet customer demand and production planning objectives more effectively. This innovation demonstrates Company X's commitment to continuous improvement and innovation, optimizing processes and maintaining a competitive edge in the industry. 67 DESIGN EVALUATION OF A GO JIG WITH A POKE YOKE SYSTEM TO CHECK FOR HOLES FITTING AVAILABILITY AND ACCURACY Nur Fatihah Binti Rosnizam1, Khalis Bin Suhaimi2 and and Faizal Irawan Syarief Bin A.Fakri3 1Politeknik Sultan Azlan Shah, 35950 Behrang Stesyen, Perak, Malaysia. 2Industrial Quality Management, 48300 Rawang, Selangor, Malaysia ABSTRACT: This paper presents the design of a go jig with a poke yoke system to enhance the accuracy of fitting and ensure the availability of holes during the inspection process. Human error resulting from environmental factors and lack of skill often leads to a reduction in the quality of the final product. A go jigs, traditionally used as an inspection tool, is proposed as a solution to mitigate these errors. The current method, which relies on visual inspection, often results in defective parts reaching the customer. The objective of this paper is to identify the best design for the go jig to address this problem. The methodology involves identifying constraints, conducting brainstorming sessions, generating concept designs, performing design analysis, and finalizing the design. The chosen design is determined using the Pugh Method, a decision-making technique. Furthermore, the design is manufactured using Catia V5 software as the design platform. The results indicate that design 1, as determined by the Pugh Method, is the most suitable option. Furthermore, the paper suggests future improvements to the go jig design by incorporating Artificial Intelligence (AI) robots for inspection purposes. 36
ID ABSTRAK 68 OPTIMIZATION OF THE JIG FOR BOLSTER PARTS PRODUCTION AT MANUFACTURING PRODUCTION LINE. . Muhammad Azmir Bin Zainal Abidin1, Encik Hainol Akbar Bin Zaman2 1Polytechnic Sultan Azlan Shah, 35950 Behrang, Perak, Malaysia. ABSTRACT: Jigs and fixtures are the most cost-effective ways to mass-produce a component. Jigs and fittings are employed as one of the most crucial components of the mass production system because of this. These are unique tools for holding work and guiding tools. The cutting tool is held, supported, located, and guided by a jig to carry out the desired machining operations. Its main objective is to make sure that products are manufactured with a high degree of precision, interchangeability, and duplication. It is also used to control where other tools are placed and how they are moved. The project methodology typically consists of a series of steps or techniques that are used from beginning to end. A fixture's primary function is to hold and locate a workpiece during an operation. The Pugh chart was used to determine the outcome of the debate on the final design between designs A, B, and C. The table displays the outcomes of all designs. Design C was chosen as the design with the greatest score because it received more points for design, cost, and effectiveness than any other designs. Jig can also be improved for better results. At the end of March 2023, it can be seen on week 5 that productivity reached 5.0 pieces per man hour, which was the given target following the implementation of the bolster part jig. As a result, the cycle time will shorten and productivity will rise. 15 I M P L EM E NT A T I O N O F ST A N DA R D O PER A T I O N P R O C E D U R E FO R M U LT I W A LL P A P E R SA C K P RO DU C T I O N Siti Nurul Aina Binti Mohammad Anuar1, Adzuieen Binti Nordin2 1Ungku Omar Polytechnic, 31400 Ipoh, Perak, Malaysia. ABSTRACT: Increased competition in the global economy has caused most companies to adopt diverse methods to control and prevent any defects to achieve greater advantages in competition. In multiwall industrial paper bag industry, the minimization of the defects plays a significant role to on overall factory economy. In this project, a study was carried out to identify the defects and their causes, to lower the rejection rate by tracing the causes, and to offer suggestions. This project discusses the quality improvement of multiwall industrial paper sack by applying the quality tools such as checklist, cause and effect diagram, and pareto chart. Then, a suggestion was made to reduce the defect by implementing the standard operation procedure for machine bottomer 16. After implementation of the standard operation procedure, it was found out that the number of defects were reduced, and the percentage reject rate reduces by 0.4% to 0.6% compared with the initial percentage at the beginning of this project for the final product. Thus, the outcome of this project was met which is to reduce the defect to minimize the percentage rate reject for machine bottomer 16. 37
ID ABSTRAK 17 DEVELOPMENT OF LOW STOCK TRIGGER (INVENTORY MANAGEMENT SYSTEM) IN SPARE PARTS MACHINES. mohd zulfaqar zainudin1, Husni Abu Bakar2 1Ungku Omar Polytechnic, 31400 Ipoh, Perak, Malaysia. ABSTRACT: Increased competition in the global economy has caused most companies to adopt diverse methods to control and prevent any defects to achieve greater advantages in competition. In multiwall industrial paper bag industry, the minimization of the defects plays a significant role to on overall factory economy. In this project, a study was carried out to identify the defects and their causes, to lower the rejection rate by tracing the causes, and to offer suggestions. This project discusses the quality improvement of multiwall industrial paper sack by applying the quality tools such as checklist, cause and effect diagram, and pareto chart. Then, a suggestion was made to reduce the defect by implementing the standard operation procedure for machine bottomer 16. After implementation of the standard operation procedure, it was found out that the number of defects were reduced, and the percentage reject rate reduces by 0.4% to 0.6% compared with the initial percentage at the beginning of this project for the final product. Thus, the outcome of this project was met which is to reduce the defect to minimize the percentage rate reject for machine bottomer 16. 64 DEVELOPMENT OF HAND GESTURES IN SIGN LANGUAGE FOR SPEECH AND HEARING IMPAIRMENTS USING NANO FLEX SENSORS M. S. N. Afiqah1*, Z. Mohamad2* Politeknik Sultan Salahuddin Abdul Aziz Shah, 40150 Shah Alam, Selangor, Malaysia ABSTRACT: This paper presents the development of hand gestures in sign language for individuals with speech and hearing impairments using nano flex sensors. Sign language serves as an essential communication tool for the speech and hearing-impaired population. However, traditional sign language methods have limitations, such as a limited vocabulary and difficulty in learning. This study aims to address these challenges by developing hand gestures using nano flex sensors. The methodology involved the use of hardware and software to create the hand gestures and calibrate the sensors. The results indicate that the developed hand gestures can significantly improve communication for speech and hearing-impaired individuals. This study holds implications for the fields of assistive technology and sign language, offering new avenues for communication for individuals with disabilities. Future research could focus on expanding the vocabulary and exploring the potential of these gestures for other communication needs. 38