MUSTEK ANIM HA

SISTEM INFORMASI PENDATAAN POTENSI PERTANIAN KABUPATEN MERAUKE BERBASIS WEB

2025-12-31T23:16:29+09:00

Abstract

Merauke Regency is an area with enormous agricultural potential, especially in the food crop and horticultural sectors. However, the process of managing harvest data in this area is still done manually, which often causes delays in providing information, lack of data accuracy, and difficulties in accessing the required information. This condition becomes an obstacle in supporting decision making and preparation of work programs by the relevant agencies. This research aims to design and build a web-based information system that can assist in recording, searching and presenting agricultural harvest data in Merauke Regency. This system is designed so that users can display data based on plant type, regional location and harvest year. It is hoped that this system can support agricultural information needs more precisely and be easily accessible by the agricultural department. System development uses the Waterfall method, which includes requirements analysis, system design, implementation and testing stages. Testing was carried out using the Black Box method, and all system functions ran according to specifications without any errors being found. Next, UAT testing was carried out on five respondents, with an average assessment result of 4.32 on a scale of 5, which shows that the system has met user expectations and needs.

Keywords : Agricultural potential, Information Systems, Web

INOVASI SISTEM AYAKAN MESIN PENCACAH KOTORAN TERNAK UNTUK PENINGKATAN KUALITAS HASIL CACAHAN

2025-12-31T23:16:29+09:00

Karena tekstur sangat yang keras dan bentuknya yang menyerupai butiran besar, kotoran kambing pasti memengaruhi kualitas dari pupuk. Salah satu cara untuk mengatasi masalah ini adalah dengan membuat sebuah mesin pencacah kotoran kambing menjadi serbuk-serbuk halus yang gampang diurai. Tujuan penelitian ini adalah untuk merancang dan mengevaluasi hubungan antara mata pisau dengan sistem ayakan dan tingkat dari kehalusan hancuran kotoran kambing yang dihasilkan oleh mesin pencacah. Penelitian eksperimental, yang berarti membuat alat dan mengujinya secara langsung pada objek, adalah jenis penelitian yang digunakan. Mesin penghancur kotoran kambing ini dibangun dengan sistem ayakan dan dengan pisau dengan ketebalan lima milimeter dan diameter poros sebesar satu inci. Hasil percobaan menunjukkan bahwa mata pisau diikat pada tiga poros pisau penghancur dan sepuluh mata pisau dinamis dirangcang di masing-masing poros untuk meningkatkan kekuatan tekanan yang dihasilkan. Proses pengambilan data dilakukan dengan menggunakan knife grinder, yang melakukan proses pengambilan data. Mesin ini membantu menghaluskan kotoran kambing sehingga tanaman lebih mudah mengurainya.

EVALUASI KUALITAS PENCAHAYAAN ALAMI SEBAGAI INDIKATOR KELAYAKAN HUNIAN DI KAWASAN PERUMAHAN TIPE 36 (STUDI KASUS:PERUMAHAN BERLIAN BLOREP PERMAI III,MERAUKE)

2025-12-31T23:16:30+09:00

Housing as part of the urban settlement system plays an important role in determining the quality of the living environment and residents’ well-being. One of the physical aspects of housing that significantly affects the quality of residential areas is natural lighting, which is closely related to visual comfort, occupants’ health, and energy efficiency. This study aims to evaluate the quality of natural lighting as an indicator of housing livability in a type 36 residential area, with a case study of Berlian Blorep Permai III Housing Estate in Merauke City. A quantitative research method was applied by measuring natural lighting intensity using a lux meter in the main residential spaces. Measurements were conducted during daytime hours and the results were compared with the Indonesian National Standard for lighting, SNI 6197:2011. The findings indicate that most residential spaces exhibit natural lighting levels below the recommended standard. This condition is influenced by limited number and placement of openings, building orientation, and the use of opening materials that reduce light transmission. These results suggest that the quality of natural lighting in type 36 housing within the study area has not fully met the criteria of livable housing. Therefore, greater attention is required in the planning and development of residential areas, particularly in terms of building layout, orientation, and opening design, in order to improve the quality of the residential environment in a sustainable manner.

DESAIN IOT UNTUK SIMULASI MONITORING MIKROKLIMAT DAN IRIGASI ADAPTIF PADA BUDIDAYA PADI DISTRIK TANAH MIRING, MERAUKE

2025-12-31T23:16:30+09:00

This study proposes an Internet of Things (IoT)–based smart rice farming system for microclimate monitoring and adaptive irrigation. Performance was evaluated through a 20-day simulation reflecting conditions in Tanah Miring District, Waninggap Miraf Village (SP5), Merauke Regency, using 10-minute sampling (2,880 theoretical records). A synthetic dataset was generated in Python (NumPy, Pandas) with diurnal temperature–humidity cycles, heavy rainfall episodes, and soil moisture dynamics driven by rainfall/irrigation accumulation plus a simplified evapotranspiration term. Network impairments (packet loss and latency spikes) were included to assess communication robustness.

The architecture follows a layered perception–network–application model, using MQTT for telemetry and modular backend services (device registry, ingestion, time-series storage, rule engine) connected to a monitoring dashboard. Adaptive irrigation applies threshold rules (θ_low = 0.40; θ_high = 0.52), activates watering for up to 30 minutes, and stops automatically when soil moisture reaches the upper threshold.

Results show 97.22% delivery reliability (2,800/2,880 records), mean end-to-end latency of 2.18 s with P95 of 3.60 s, and 80 irrigation activations totaling 2,400 minutes under 138.62 mm rainfall across 14 events. The design also includes standardized data schemas, structured logging, and retry mechanisms, supporting replication, CI/CD integration, and long-term maintenance at larger field scales. Future work will conduct field trials in SP5 to calibrate sensors, derive growth-stage-specific thresholds, and quantify water-use efficiency against conventional irrigation.

STUDI INDEX KEBUTUHAN ENERGI PADA KANTOR PERIKANAN KABUPATEN MERAUKE

2026-01-01T11:24:03+09:00

In the era of continuously advancing technology, electrical energy plays an important role in daily activities. Efficient and proper use of electrical energy is crucial to save total energy consumption and reduce operational costs. Therefore, energy audits are needed to understand daily energy consumption patterns. These energy audits help identify areas where electricity consumption can be optimized, making the use of electricity more efficient and minimizing operational costs. This research aims to analyze the value of the Energy Consumption Intensity (IKE) and identify Energy Saving Opportunities (PPE). The calculation results of the Energy Consumption Intensity (IKE) at the Fisheries Department of Merauke Regency show that the building falls into the Fairly Efficient category with an IKE value of 159.560 kWh/m2/year. The recommended energy-saving opportunity is to replace several old Air Conditioner units with more energy-efficient and environmentally friendly ones. The potential savings value obtained is 19.656 kWh/year. Subsequently, the IKE value after savings is 78 kWh/m2/year, indicating a Very Efficient criterion.