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Journal : INVOTEK:%20Jurnal%20Inovasi%20Vokasional%20dan%20Teknologi

Implementasi Pembelajaran Berbasis Produk Dalam Rangka Menyiapkan Lulusan SMK Menjadi Wirausahawan Muda Irma Yulia Basri; Delsina Faiza; M Nasir; Nasrun Nasrun
invotek Vol 19 No 1 (2019): INVOTEK: Jurnal Inovasi, Vokasional, dan Teknologi
Publisher : Universitas Negeri Padang

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (435.729 KB) | DOI: 10.24036/invotek.v19i1.433

Abstract

Pertumbuhan industri/lapangan kerja tidak sebanding dengan jumlah lulusan SMK menjadikan tingkat persaingan bekerja semakin ketat. Untuk menyiapkan lulusan dan mengurangi angka penganguran di SMKN 1 Tarusan dan SMKN 2 Painan, maka peneliti mencoba meimplemtansikan pembelajaran berbasis produk, untuk membuka wawasan siswa tentang wirausaha. Daerah Pesisir Selatan merupakan satu-satunya daerah yang telah mendapatkan predikat Wisata Shar’I, sehingga menjadi peluang bagus bagi alumni SMK untuk berkreasi menciptakan produk inovatif yang bernilai jual sebagai cendramata wisata daerah Pesisir Selatan. Metode pebelajaran berbasis produk ini menerapkan rancangan penelitian R&D. Produk yang dihasilkan sampel penelitian adalah Lampu Hias dari Stick es Krim. Implementasi pembelajaran berbasis produk telah mampu meningkatkan minat siswa untuk berwirausaha sebesar 44%.
The Automatic Onion Cutter Using Arduino Uno as Control System Tool Putra Jaya; Hendra Hidayat; Delsina Faiza; Almasri Almasri; Zulwisli Zulwisli; Muhammad Aidil
invotek Vol 22 No 2 (2022): INVOTEK: Jurnal Inovasi Vokasional dan Teknologi
Publisher : Universitas Negeri Padang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.24036/invotek.v22i2.1030

Abstract

Today's technological developments are growing rapidly, but there are still jobs that are done manually and semi-manually. This paper aims to develop a control system to coordinate the work of tools using an electric motor, which is very helpful in the process of cutting onions in large quantities and is more efficient in spending production costs because the tool designed is an automatic onion cutter. This research method begins with the collection of materials and data related to onion cutters, production of onion cutters, and testing of onion cutters. The measurement results of the tool show that every component in the automatic onion cutter works well and optimally; the measurement process is carried out properly and thoroughly. This optimal work result is supported by Arduino Uno. The Arduino Uno microcontroller acts as a tool controller. In the main system, the onion cutter is controlled by the Arduino Uno with the Arduino programming language. This automatic onion cutting system will work when the onion you want to cut has been inserted into a cross-section that has been equipped with an ultrasonic sensor, and then the onion cutting process is carried out. Compared with the manual method, the cutting time is almost the same. It's just that the advantages of slicing with this tool, the resulting slices are relatively more uniform. Besides that, another advantage is that it doesn't hurt the eyes of the onion slicer. So that this tool can be used by small entrepreneurs and onion farmers to increase productivity and the community's economy.