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UPAYA DIGITALISASI GUNA PENGOPTIMALAN PENJUALAN PERINTIS KERIPIK PISANG RUMAHAN MELALUI REPACKAGING DAN PENGENALAN MARKET PLACE Ulul Azmi, Ade; Saefudin, Ruli; Zulfa Musriroh, Risna
Laporan Upaya Nyata Inovasi Ilmu Komputer Vol. 2 No. 02 (2024)
Publisher : FMIPA Unila

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.23960/lunik.v2i02.26

Abstract

MSMEs in Lumajang Regency, including banana chip producers, experienced a drastic decline following the COVID-19 pandemic. Bananas are a potential natural resource with superior varieties, namely Agung bananas and Kirana bananas. However, banana chips production has not utilized this potential optimally, causing inequality in the agricultural sector and food security. As a solution, community service has established partnerships with industry players who are able to guarantee the quality of banana chips. Mrs. Sulasmi, a small industry player was chosen to develop "Leunah" banana chips which are free of preservatives and dangerous ingredients. This collaboration aims to improve the local economy and alleviate poverty in accordance with SDG's 1 and SDG's 8. This research uses a descriptive method with a qualitative approach in partnership with "Leunah" Banana Chips in Kunir District, Lumajang Regency. The data used consists of primary data through field observations and secondary data in the form of documents, interviews and observations. Updates to conventional production methods were carried out for efficiency, such as the use of dynamo banana chopping machines and oil draining machines. Digitalization efforts through repackaging and promotions on social media and marketplaces are being carried out so that this small industry can survive and expand the market.
PENGARUH MATERIAL FASADE TERHADAP KONDISI RUANG TERHADAP PSIKOLOGI HUMANISTIK PENDIDIKAN PONDOK PESANTREN Ulul Azmi, Ade Fitriyanti; Saefudin, Ruli
Jurnal Arsitektur ARCADE Vol 7 No 2 (2023): Jurnal Arsitektur ARCADE Juni 2023
Publisher : Prodi Arsitektur UNIVERSITAS KEBANGSAAN

Show Abstract | Download Original | Original Source | Check in Google Scholar

Abstract

Abstract: Islamic Boarding School buildings in general have closed characteristics and are also not conditioned in architectural terms. The layout of the Islamic boarding school can be said to be unorganized, because its development was not accommodated by careful planning. This is reasonable, limited land and also limited ability in land acquisition due to self-financing from cottage managers who are also limited. From this condition, the cottage building will naturally grow and develop according to the limitations of the topographical conditions and limited land as well as the level of students in the annual student admission period. The lack of predictability related to the development of buildings among Islamic boarding schools is able to have an impact on behavior and psychology as well as an impact on the quality of education. Instability in the development of buildings or infrastructure facilities is a driving force for uncontrolled behavior in the Islamic boarding school environment. Bullying, immoral acts to criminality which are now increasingly prevalent among Islamic boarding schools have become a frightening specter for students and the bad image of Islamic boarding schools has become the public's spotlight on the quality of non-formal education, Islamic boarding schools. In order to reduce the negative tendencies that occur as a result of the spatial layout, application is given to building materials with a dense and limited layout according to the characteristics of Islamic boarding schools. Changes through materials on building facades and new nuances in Islamic boarding school buildingsKeyword: Bullying, Psychology Humanistic, Islamic Boarding School.                                        Abstrak: Bangunan Pondok Pesantren pada umumnya memiliki sifat yang tertutup dan juga tidak terkondisikan secara tata ruang arsitektur. Tata ruang pondok pesantren yang dapat dibilang kurang tertata, dikarenakan pembangunannya tidak diwadahi oleh perencanaan yang matang. Hal ini wajar, keterbatasan lahan dan juga keterbatasan kemampuan dalam pembebasan lahan dikarenakan pembiayaan mandiri dari pengelola pondok yang juga terbatas. Dari kondisi ini, maka bangunan pondok secara alami akan tumbuh dan berkembang sesuai keterbatasan dengan kondisi topografi dan keterbatasan lahan serta tingkat santri dalam periode penerimaan peserta didik pertahunnya. Kurang mampunya diprediksi terkait perkembangan bangunan dikalangan pondok pesantren ini mampu memberikan dampak pada perilaku dan psikologi serta dampak pada kualitas Pendidikan. Ketidakstabilan perkembangan bangunan atau sarana prasrana menjadi pendorong perilaku yang tidak terkontrol dalam lingkungan pesantren. Tindak Bullying, tindak asusila hingga kriminalitas yang kini makin marak terjadi dikalangan pondok pesantren menjadi momok menyeramkan bagi para santri serta buruknya image pondok pesantren menjadi sorotan masyarakat luas terhadap kualitas Pendidikan non formal, pondok pesantren. Guna mengurangi kecenderungan negative yang terjadi akibat tatanan ruang diberikan aplikasi terhadap material bangunan dengan tata ruang yang padat dan terbatas sesuai dengan karakteristik bangunan pondok pesantren. Perubahan melalui material pada fasade bangunan serta nuansa baru dalam bangunan pondok pesantren.Kata Kunci: Perundungan, Psikologi Humanistik, Pondok Pesantren.
Retaining Wall Innovation of Stone and Reinforced Concrete to Stand Guard Against Landslides and Earthquakes Cahyono, Heru Setiyo; Arifin, Achmad Saiful; Ingsih, Ita Suhermin; Saefudin, Ruli; Mustofa, Imam
Journal Innovation of Civil Engineering (JICE) Vol 6 No 1 (2025)
Publisher : Department of Civil Engineering, Faculty of Engineering, Universitas Islam Malang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33474/jice.v6i1.23487

Abstract

In the landslide–prone terrains of Puri District, East Java, engineers have crafted a groundbreaking solution to a life–threatening problem: a hybrid retaining wall that fuses traditional batu kali masonry with reinforced concrete, designed to outlast both relentless soil creep and violent earthquakes. Standing 4.25 meters tall and stretching 20 meters across a fragile slope, this structure—embedded 1.5 meters into the earth—defies seismic forces amplified by climate change, withstanding horizontal accelerations of 0.19g and shear forces that spike 388% during quakes. Rigorous analysis reveals its secret: D16 steel bars, spaced as tight as 100 mm at stress hotspots, work in concert with locally quarried stone to balance cost and resilience. The wall’s success lies in numbers—sliding safety factors of 4.02 (normal) and 1.78 (seismic), bearing pressures grazing 99.9% of limits without failure—but its true victory is human. Shielding a riverside community from catastrophic landslides, it ensures roads stay open, homes remain intact, and daily life flows uninterrupted. As Indonesia battles rising rainfall and tectonic unrest, this innovation offers a replicable blueprint: marrying ancestral building wisdom with 21st–century engineering to turn vulnerability into durability. Keywords: Retaining Wall; Seismic Condition; Landslide Mitigation; Masonry Structure; Sustainable Infrastructure.
EVALUASI JUMLAH DAN BIAYA OPERASIONAL ALAT BERAT PADA PROYEK REVITASLISASI SUNGAI (Studi Kasus Proyek CWP – 3DJK Wulan River Improvement Works Package III, BBWS Pemali–Juana, Kabupaten Demak–Kudus–Jepara, Jawa Tengah) Khomsiati, Nur Latifah; Cahyono, Heru Setiyo; Ihwalrezky, Zhagheta; Saefudin, Ruli
Journal Innovation of Civil Engineering (JICE) Vol 6 No 1 (2025)
Publisher : Department of Civil Engineering, Faculty of Engineering, Universitas Islam Malang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33474/jice.v6i1.23532

Abstract

This study evaluates the quantity and operational costs of heavy equipment in the Wulan River Revitalization Project (CWP–3DJK) across Demak, Kudus, and Jepara, aiming to identify factors hindering efficiency and performance. Using a mixed–methods case study (quantitative analysis, field observations, interviews, and document reviews), results show Excavator productivity dropped 14.3% from theoretical standards (12.67 m³/hour vs. 14.57 m³/hour), mainly due to 22% non–technical downtime from heavy rainfall, excessive sedimentation, and social conflicts. Operational costs exceeded the budget by 12.5% (Rp. 14.8 billion), driven by fuel (42%) and emergency maintenance on muddy terrain. Equipment imbalance (4 Excavators vs. 11 dump trucks) caused loading queues, reducing dump truck efficiency by 18%. Constraints included technical (sedimentation), environmental (rainfall), and social (protests), with social factors contributing 18% downtime—often overlooked in past studies. Recommendations include swamp–type excavators, 10–15% contingency funds in the Budget Plan (QS), and community dialogue forums to reduce conflicts. Practical benefits include improved budget efficiency (<5% deviation), reduced social downtime, and IoT–based real–time monitoring. Findings emphasize the need for an integrated approach combining technical, environmental, and community participation to ensure sustainable infrastructure project success in Indonesia. Keywords: Heavy Equipment; Operational Costs; River Revitalization; Productivity; Project Management.