TEKIBA : Jurnal Teknologi dan Pengabdian Masyarakat

Pemanfaatan Lampu Penerangan Sebagai Metode Pengendalian Hama di Ladang Sawah Bawang Masyarakat Dringu Probolinggo

2025-04-25T14:09:01+00:00

Pest control in onion fields has become a major challenge for farmers, particularly in the Dringu area of Probolinggo, where there is a heavy reliance on chemical pesticides. The use of pesticides has negative impacts on the environment and health, while also increasing production costs. This study aims to implement UV and LED lighting technology as a more environmentally friendly and efficient solution for pest control. Through this community service initiative, UV and LED lights were installed at several strategic points in the onion fields with the goal of attracting pest insects and reducing crop damage. The results showed a decrease in pest populations by 30-40%, a reduction in pesticide use by up to 60%, and an improvement in the quality of onion harvests. This technology also provides energy efficiency, reduces long-term operational costs, and enhances agricultural sustainability. Furthermore, the training provided to farmers helped improve their understanding and skills in operating this technology. The application of UV and LED lighting can serve as an effective and sustainable alternative for pest control in the agricultural sector, particularly for onion crops in Dringu

Kajian Potensi Energi Baru Terbarukan Untuk Mendukung Transisi Energi di Kota Samarinda

2025-04-25T14:04:33+00:00

The dependence on the use of non-renewable fossil energy in society certainly causes various problems, one of which is environmental problems in the form of increased carbon emissions. Fossil energy will also be increasingly limited in the future due to increased energy use, so a transition to new renewable energy is needed. Indonesia has considerable potential in New Renewable Energy, but the utilization and understanding of New Renewable Energy among the public remain low. The renewable energy was only 13,09% in 2023. This is due to Indonesia’s continued focus on fossil energy. Through this Service Program, it aims to socialize the potential and utilization of New Renewable Energy in Indonesia, especially in the samarinda area. The stages of this program include discussion and socialization of the potential amount of New Renewable Energy in Samarinda that can be utilized for energy needs among the community. This program provides understanding and awareness to the public about the importance of transitioning to New Renewable Energy and creating a commitment between the city government and the community regarding the transition to New Renewable Energy. This activity is expected to be the beginning of a change in the use of energy sources to create more environmentally friendly environmental conditions.

Si EMIL (Electric Maternity Belt) Untuk Monitoring Kesejahteraan Janin Dan Ibu Hamil 0-9 Bulan

2025-04-25T15:54:23+00:00

Electric Maternity Belt for monitoring fetal and pregnant women well-being project is an initiative aimed at addressing the issue of inadequate fetal health monitoring in remote or underserved areas. Many expectant mothers face challenges in accessing timely prenatal care, which increases the risks of complications during pregnancy. This project developed an innovative, affordable, and easy-to-use maternity belt equipped with sensors to monitor the fetal heart rate, movement, and uterine contractions, providing real-time data to healthcare providers. The method involves collaboration with local health centers to test and refine the prototype. The maternity belt was introduced to rural clinics and tested on a sample of pregnant women, with training sessions for healthcare staff on how to operate the device. The results showed that the device successfully detected fetal abnormalities, allowing for early intervention and reducing maternal anxiety. Moreover, it contributed to the improvement of healthcare access by enabling remote monitoring, even in areas with limited medical resources. The primary output of this project is a functional prototype that can be mass-produced and distributed to remote areas, helping to ensure the safety of both mother and baby. The project’s contribution lies in its ability to bridge the gap between modern healthcare technology and rural communities, providing an affordable, efficient, and reliable solution for maternal and fetal health monitoring.

Penerapan Teknologi Pengolahan Sampah Melalui Kuliah Kerja Nyata Terpadu Di Desa Kotaraya Tenggara

2025-04-26T07:53:53+00:00

KKNT students are given the opportunity to solve problems in the community. The problem faced by the people of Kotaraya Tenggara Village is about garbage in several places of worship. This causes people who worship uncomfortable. Therefore, waste management technology is proposed to overcome the problems in supporting KKNT students' activities and understanding of the environment. The results showed that students and the community gotong royong to reduce the volume of waste decreased from 80% to 20%, and the community understood about the utilization of technology to reduce the volume of waste. Collaborative activities between students and the community have an impact on environmental awareness of worship, tolerance, and waste processing technology.

Alat Pembakar Sampah Berbahan Oli Bekas Untuk Mengurangi Emisi Gas Buang Dan Residu Pembakaran

2025-04-26T12:21:46+00:00

The problem of waste and used oil waste is a serious challenge in environmental management. Waste that is not managed properly can pollute the environment, while used oil that is disposed of carelessly has the potential to pollute soil and water. This research aims to design and test a used oil-fueled garbage burner as a solution in reducing environmental impacts. The research method used is the experimental method, which includes designing, manufacturing, and testing the burner. Tests were conducted to measure combustion efficiency, fuel consumption, and exhaust emissions. Data were collected through direct observation and quantitative analysis using a gas analyzer to measure the levels of CO, CO₂, SO₂, NOx, and particulates produced. The results show that this device is able to burn waste more efficiently than conventional methods. The use of used oil as an alternative fuel also helps reduce oil waste that is harmful to the environment. However, although the burner significantly reduced the volume of waste, the exhaust gas analysis showed that improvements in the emission filtering system are still needed to minimize the impact of air pollution. In conclusion, the used oil-fueled waste burner can be an innovative solution in waste and waste oil management, but it needs further development to improve its environmentally friendly aspects. The recommendation of this research is the implementation of an exhaust gas filtration system as well as further testing to adapt the appliance to applicable environmental standards.