Claim Missing Document
Check
Articles

Found 5 Documents
Search

Analisa Postur Kerja dengan Menggunakan Metode Rapid Upper Limb Assessment (RULA) Untuk Perbaikan Perancangan Stasiun Kerja Produksi Sepatu Safety Di UD. Zacyndo Rohmawati, Juriyah; Sanjaya, Krishna Tri; Wibowo, Moh. Muhyidin Agus; Nuruddin, Abdul Wahid
IMEJ (Jurnal Teknik dan Managemen Industri) Vol 1 No 2 (2023)
Publisher : Universitas PGRI Ronggolawe

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55719/imej.v1i2.810

Abstract

UD. Zacyndo is an industrial company that manufactures safety shoes. There are several work stations in the shoe production process, such as sewing and assembling work stations. Unfavorable work station conditions can cause musculoskeletal disorders. The purpose of this study was to analyze work posture using the Rapid Upper Limb Assessment (RULA) method to improve the design of work stations for the production of UD Zacyndo's safety shoes. The RULA method analyzes the posture, style and movement of an activity which can investigate the level of risk generated by the activity. This study describes posture that has a major influence on the emergence of musculoskeletal disorders when sewing safety shoes and as a basis for repairing work stations. The results of filling out the Nordic Body Map questionnaire show that workers often experience pain in the forearm and back. Based on work posture analysis using the Rapid Upper Limb Assessment (RULA) it is known that the sewing work station operator's sitting position has a final score of 7 and action level 4 which indicates that investigation and change are needed as soon as possible. The improvements made in this research were the improvement of the sewing work station and the improvement of the work station layout throughout the production process. Based on the results of repairs to the layout of the facilities carried out by several work stations, they had to be partitioned to provide space, as well as additional warehouses for finished goods and raw material warehouses. By improving the layout of work station facilities based on analysis of work postures and production process flow, it is expected to reduce the rate of work accidents so as to increase work productivity. UD. Zacyndo merupakan perusahaan industri pembuatan sepatu safety. Terdapat beberapa stasiun kerja dalam proses produksi sepatu, seperti stasiun kerja menjahit dan assembling atau perakitan. Kondisi stasiun kerja yang kurang baik dapat menimbulkan gangguan pada otot (Musculoskeletal Disorder). Tujuan dilakukannya penelitian ini untuk mengetahui analisa postur kerja dengan menerapkan metode Rapid Upper Limb Assesment (RULA) untuk perbaikan perancangan stasiun kerja produksi sepatu safety UD Zacyndo. Metode RULA menganalisa gaya, postur, dan gerakan aktifitas yang dapat menyelidiki tingkat resiko yang dihasilkan oleh aktifitas tersebut. Penelitian ini mendeskripsikan postur yang dapat memiliki pengaruh besar terhadap timbulnya masalah gangguan Musculoskeletal pada saat menjahit sepatu safety serta sebagai dasar dalam perbaikan stasiun kerja. Hasil dari pengisian kuesioner Nordic Body Map menunjukkan bahwa pekerja sering mengalami nyeri di bagian lengan bawah dan punggung. Berdasarkan analisa postur kerja dengan menggunakan metode Rapid Upper Limb Assessment (RULA) diketahui bahwa posisi duduk operator stasiun kerja menjahit memiliki nilai final sebesar 7 dan nilai action level sebesar 4 yang menunjukkan bahwa penyelidikan dan perbaikan dibutuhkan sesegera mungkin. Perbaikan yang dilakukan dalam penilitian ini adalah perbaikan stasiun kerja menjahit dan perbaikan tata letak stasiun kerja seluruh proses produksi. Berdasarkan hasil perbaikan tata letak fasilitas yang dilakukan beberapa stasiun kerja harus diberi sekat untuk memberi ruang, serta penambahan gudang barang jadi maupun gudang bahan mentah. Dengan adanya perbaikan tata letak fasilitas stasiun kerja berdasarkan analisa postur kerja dan alur proses produksi diharapkan dapat mengurangi angka kecelakaan kerja sehingga dapat memberikan peningkatan produktivitas kerja.
Perancangan Desain Pengembangan Kemasan Keripik Singkong Mbak Sum Desa Ngawun Parengan Menggunakan Metode Kansei Engineering Putri, Nidya Arindi; Kalista, Anggia; Wibowo, Moh. Muhyidin Agus; Anggraini, Susanti Dhini
IMEJ (Jurnal Teknik dan Managemen Industri) Vol 2 No 2 (2024)
Publisher : Universitas PGRI Ronggolawe

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55719/imej.v3i1.1303

Abstract

Industry in Indonesia has experienced a lot of progress, one of which is driven by policies in the small industrial sectors. The case study in this research is the "Mbak Sum" cassava chips UKM located in Krajan Hamlet, Ngawun Village, Parengan District. The packaging of the "Mbak Sum" cassava chips is still quite simple. So, in order to expand marketing and develop sales of cassava chips, this research was carried out to create packaging for cassava chips. The method used is the Kansei Engineering method which is able to process words chosen by consumers as something they want from the product into design specifications for the product. Data collection in this research was obtained from interviews, related journal literature and surveys of several snack products to serve as references. The data obtained was then compiled into a closed questionnaire using a Likert scale consisting of 5 importance scales. The conclusion from this research is that the percentage level of importance is obtained, namely 3 attributes with an importance level of "Quite Important", 53 attributes with an importance level of "Important" and 3 attributes with an importance level of "Very Important". Because the percentage results that are "Important" are 53 attributes with the total percentage being 3,626.7, divided by the number of attributes that are important, namely 53 attributes, the average is found to be 68.43. So, in order to define attributes that have an importance level of "Important", by looking at the percentage of the attribute, if the percentage value is above 68.43 then the attribute must be used and if it is below 68.43 then the attribute does not have to be used or is in accordance with the designer's needs.   Perindustrian di Indonesia telah mengalami begitu banyak kemajuan, salah satunya didorong oleh adanya kebijakan dari sektor-sektor industri kecil. Studi kasus dalam penelitian ini adalah UKM keripik singkong “Mbak Sum” yang berada di Dusun Krajan, Desa Ngawun, Kecamatan Parengan.. Kemasan keripik singkong “Mbak Sum” masih cukup sederhana. Sehingga, demi memperluas pemasaran dan berkembangnya penjualan keripik singkong tersebut, maka dilakukan penelitian ini untuk membuat kemasan keripik singkong. Metode yang digunakan adalah metode Kansei Engineering yang mampu mengolah kata yang dipilih oleh konsumen sebagai sesuatu yang diinginkan dari produk menjadi spesifikasi desain dari produk. Pengumpulan data pada penelitian ini didapatkan dari wawancara, literatur jurnal terkait dan survey beberapa produk makanan ringan untuk dijadikan sebagai referensi. Data yang diperoleh kemudian disusun menjadi kuesioner tertutup dengan menggunakan skala Likert yang terdiri dari 5 skala kepentingan. Kesimpulan dari penelitian ini diperoleh persentase tingkat kepentingan, yaitu 3 atribut dengan tingkat kepentingan “Cukup Penting”, 53 atribut dengan tingkat kepentingan “Penting” dan 3 atribut dengan tingkat kepentingan “Sangat Penting”. Karena hasil persentase yang bernilai “Penting” adalah sebanyak 53 atribut dengan jumlah keseluruhan persentasenya adalah 3.626,7, dibagi dengan banyaknya atribut yang bernilai penting yaitu 53 butir atribut, sehingga ditemukan rata-rata yaitu 68,43. Jadi, demi memberi batasan atribut yang memiliki tingkat kepentingan “Penting”, adalah dengan melihat persentase atributnya, apabila nilai persentasediatas 68,43 maka atribut wajib digunakan dan apabila di bawah 68,43 maka atribut tidak wajib digunakan atau sesuai dengan kebutuhan dari perancang.
Perancangan Solar Fish Cooler untuk Meningkatkan Kualitas dan Keberlanjutan Ikan Segar di Pantai Jenu Tuban Susanto, Aldi; Kalista, Anggia; Wibowo, Moh. Muhyidin Agus; Anggraini, Susanti Dhini
JURMATIS (Jurnal Manajemen Teknologi dan Teknik Industri) Vol. 5 No. 2 (2023): August
Publisher : Universitas Kadiri

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.30737/jurmatis.v5i2.4370

Abstract

Jenu Tuban Beach has natural beauty and an abundance of fish which is the source of livelihood for local residents. However, fish catches often experience freshness during trips to the market due to the use of fish coolers that are not optimal. In order to avoid financial losses for fishermen, the development of fish coolers with better technology and automatic cooling rate is indispensable. Currently, the fish cooler used is still ineffective and prone to damage, so it is necessary to develop better technology. This process involves identifying the needs of fishermen through direct interviews and questionnaire design, as well as testing validity and consistency. The results of identification and technical response are designed in the House of Quality matrix, and are processed by determining both relationships by prioritizing Raw Weight results. Solar Fish Cooler can maintain fish temperature for 3 hours with cooling level up to -200C. This tool operates with sunlight energy and is suitable for use in areas that are difficult to reach conventional electricity sources. The main priorities in improving product quality are the duration of long-lasting cooling, the level of temperature stability and ease of product repair. The development was carried out by combining temperature and humidity sensor technology. Research on these tools can contribute to the development of technologies and the reduction of fossil fuel use in the field of sustainable fisheries.
Rancang Bangun Meja Laboratorium Komputer Jurusan Teknik Industri Universitas PGRI Ronggolawe Tuban dengan Pendekatan Ergonomi Saputra, Dwi; Sanjaya, Krishna Tri; Nuruddin, Abdul Wahid; Wibowo, Moh. Muhyidin Agus
IMEJ (Jurnal Teknik dan Managemen Industri) Vol 1 No 1 (2022)
Publisher : Universitas PGRI Ronggolawe

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55719/imej.v1i1.557

Abstract

The computer laboratory is one of the facilities for industrial engineering study program students at the Pgri Ronggolawe University, Tuban. The table is one of the most closely related factors in improving the quality of learning. In many cases, poor posture when sitting is the main cause of back, waist, shoulder or neck pain. If every day a person moves in front of a computer screen, it should be noted that the computer screen should be adjusted to the eye. The purpose of this research is to improve the ergonomic desk design. Ergonomics also deals with optimization, efficiency, health, safety and human comfort at work, at home and in recreation areas. In ergonomics, it is necessary to study the system in which humans, work facilities and the environment interact with each other with the main goal of adjusting the work atmosphere to the humans. Thus, it is necessary to have an innovation to produce a computer desk that pays attention to ergonomic values. The hypothesis of this study is that having a computer laboratory table made on the basis of ergonomics will increase the effectiveness, comfort, safety, health and efficiency of the table.
Pengembangan Kursi Laboratorium Komputer Teknik Industri Dengan Metode Pendekatan Ergonomi Suwanto; Wibowo, Moh. Muhyidin Agus; Kalista, Anggia; Sanjaya, Krishna Tri
IMEJ (Jurnal Teknik dan Managemen Industri) Vol 1 No 1 (2022)
Publisher : Universitas PGRI Ronggolawe

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55719/imej.v1i1.558

Abstract

Static activity and dynamic activity are used as the basis for measuring body size. Ergonomics related to the dimensions of the human body is anthropometry. Anthropometry is needed as a guide in the implementation of adjusting the sizes of work equipment and tools, furniture, clothing, and all equipment that is directly related to humans. Anthropometry is related to measuring the state and physical characteristics of humans from the size of the head, hands, body, hips, to feet. The measurement data is used as a reference for product development according to user needs. Industrial Engineering UNIVERSITY OF PGRI RONGGOLAWE TUBAN (UNIROW) has a computer laboratory with a class area of 99 m², with a capacity of 60 students. One of the computer lab facilities is a laboratory chair that is currently used in the Industrial Engineering computer laboratory at the University of PGRI Ronggolawe Unirow Tuban. It is a chair with an iron frame, a seat mat, and a backrest. The dimensions of the lab chair used today have a chair leg height of 50 cm, a seat width of 50 cm, a backrest height of 60 cm.