https://repositori.mypolycc.edu.my/jspui/handle/123456789/2895 Sumber koleksi laporan akhir pelajar Politeknik yang boleh dijadikan rujukan. 2026-05-01T13:31:05Z https://repositori.mypolycc.edu.my/jspui/handle/123456789/5343 Title: Pam Racun Beroda Authors: Siti Baizuri Baharuddin Abstract: Projek tahun akhir ini membentangkan tentang Pam Racun Beroda yang boleh membawa muatan 120 liter campuran racun dan air. Objektif penghasilan projek ini adalah untuk merekabentuk sebuah alat meracun yang dapat mengepam secara automatik. Selain itu, merekabentuk sebuah alat meracun yang dapat digerakkan menggunakan roda. Akhir sekali, merebentuk sebuah alat meracun yang dapat menjimatkan masa berbanding pam racun sedia ada. Penyataan masalah daripada pemerhatian dan temu bual yang telah dijalankan, terdapat beberapa pernyataan masalah yang sering dihadapi oleh pengguna semasa menggunakan alat mengepam racun yang sedia ada, antara masalah yang dihadapi ialah pam racun dengan tangki bersaiz 18 liter hanya mampu meracun kawasan seluas 2500 kaki persegi bersamaan 0.057 ekar. Seterusnya, pam racun yang dikendalikan secara manual dengan perlu mengalas pam racun dan mengepam menggunakan tangan. Akhir sekali, racun yang dikendalikan secara automatik di pasaran menggunakan motor dan enjin bagi mengepam racun. Namun penggunaan enjin oleh menyebabkan belakunya pencemaran udara dan bunyi. Skop untuk projek ini merangkumi aspek - aspek berikut seperti sasaran projek ini adalah untuk golongan pekebun getah kerana kesesuaian tanah iaitu tanah lom atau gembur. Seterusnya adalah peladang kelapa sawit kerana kesesuaian tanah iaitu tanah merah. Ini dapat memudahkan untuk menggerakkan pam racun beroda. Selain itu, sasaran projek ini juga adalah bukan sahaja bagi kerja - kerja meracun malah boleh juga digunakan untuk membaja. Akhir sekali, projek ini hanya sesuai untuk mengepam bahan dalam bentuk cecair sahaja. Projek pam racun beroda ini melibatkan penggunaan arus elektrik iaitu dihasilkan daripada bateri disambung pada inverter untuk menghidupkan pam. Selain itu, proses pengukuran juga turut terlibat dalam penghasilan komponen - komponen dan kelengkapan projek ini. Kesemua proses - proses ini mempunyai kesinambungan dan kaitan di antara satu sama lain. Maka susun atur kerja kami pula adalah melibatkan kerja - kerja merekabentuk, pemasangandan pengubahsuaian hasil dan pengujian. Kesimpulannya, dengan terhasilnya Pam Racun Beroda ini, dapat meningkatkan kemahiran dalam setiap kerja yang dilakukan. Projek ini dapat merekabentuk sebuah alat meracun yang dapat mengepam secara automatik. Selain itu, perlaksaan projek ini dapat merekabentuk sebuah alat meracun yang dapat digerakkan menggunakan roda. Akhir sekali, dapat merekabentuk sebuah alat meracun yang dapat menjimatkan masa berbanding pam racun sedia ada. 2017-01-01T00:00:00Z https://repositori.mypolycc.edu.my/jspui/handle/123456789/5342 Title: Autonomous Watering Robot Authors: Muhammad Zahin Zahari; Muhammad Shazwan Shafiq Rozy Halimi Abstract: The main objective of the product is to design and develop a gardening robot. This gardening robot is designed and produce mainly to take care of plants all around the house. This gardening robot is very useful for all people who love to gardening this could save their time and energy to take care their plants. This gardening robot is handle by a detector or a so called sensor to detect the temperature and humidity surrounding. After the detection it will watering the plant according to program. By using the gardening robot, human can avoid having a backache which is caused by bending while trim or watering the plants. Furthermore, we can save money by using this gardening rather than hiring a worker/ employee to take care of plants. This project have a sensor only to maintain its main objective. This product is able to watering the plants at least 3 litter or a bottle of water mineral and able to watering plants on the ground. As a conclusion, this autonomous watering robot is very useful for the adults especially to the gardener who love to take care of their plant as it reduce their burden by watering the plant. 2017-01-01T00:00:00Z https://repositori.mypolycc.edu.my/jspui/handle/123456789/4628 Title: Smart Plant Watering System Using Smartphone Authors: Sashvin Poliges; Vimal Vijasangar; Mittiraan Gopalakrishnan Abstract: Proper watering is exigent for the plants and trees which are grown in containers. Many people prevail to take good care of expensive plants or trees like Bonsai because of improper timing or lack of watering. An automated system which is capable of perceiving the proper situation of watering plants can be convenient in this regard. In this paper, a micro-controller board Arduino has been used, which has an ATMEGA 328p chip in it. Moisture sensor are integrated into it for detecting moisture of the soil in the plant's pot. A program has been set to the Arduino to take the norm from the sensor, comparing the retrieved value with our predefined standard threshold and turn on or off the water pump according to the plants need. A message alert system has been set to notify the owner if there is any problem in supplying water from the main source. 2018-01-01T00:00:00Z https://repositori.mypolycc.edu.my/jspui/handle/123456789/4627 Title: Industrial Attachment Report Perak Entrepreneur & Skills Development Centre (PESDC) Authors: Ahmad Firdaus Zawawil Anwar Abstract: Perak Entrepreneur and Skills Development Centre (PESDC) was established to offer a complete portfolio of both products and services for General Machinist and CNC Tooling, Plastic Technology, Refrigeration and Air-Conditioning, Automotive Technology, Printing Technology, Industrial Automation and Welding Technology. General Machinist and CNC are one of the departments in PESDC which specializes in design fabrication and manufacturing of precision tooling for the production, example the part of plastic and metal related components such as mold and die. I have gained valuable experiences during three months industrial attachment here. I have been exposed to FANUC Controller Systems, FANUC CNC Simulator, CNC EDM Die Sink, CNC Milling, CNC Turing, CNC EDM Wire Cut and Coordinate Measurement Machine (CMM). In this company, they are very familiar with FANUC controller and only few of them using YASNUC and Heidenhain for CNC controller. Besides that, I have also gained some experiences in detail 3D drawing using Mastercam and SolidWorks software and also based on their job. Although not hundred percent experts in that field, I can learn by myself based on their notes given. As a conclusion this company totally very good for those who want to get new knowledge. 2011-01-01T00:00:00Z