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  • Contributing Factors to Greenhouse Gas Emissions in Agriculture for Supporting Sustainable Development Goals (SDGs): Insights from a Systematic Literature Review Completed by Computational Bibliometric Analysis

    Contributing Factors to Greenhouse Gas Emissions in Agriculture for Supporting Sustainable Development Goals (SDGs): Insights from a Systematic Literature Review Completed by Computational Bibliometric Analysis

    Author: Herman S.Soegoto; Muhammad Aria Rajasa Pohan;   Senny Luckyardi; Sri Supatmi; Eri Amasawa;  Santi Phithakkitnukoon; Zainal Arifin Hasibuan

    DOI: 10.17509/ajse.v5i2.83667

    Abstract

    Agricultural production contributes significantly to greenhouse gas (GHG) emissions and global climate change. This study conducts a systematic literature review to examine the evolution and drivers of agricultural GHG emissions. We analyzed Web of Science, Scopus, and Google Scholar data using bibliometric and thematic methods. Our analysis identified emission sources such as energy use, soil management, fertilizer application, and livestock management. It also discussed mitigation measures such as sustainable practices, precision agriculture, and renewable energy. The findings showed that crop cultivation, livestock activities, and land-use change remained key sources of emissions. Technological innovations and policy-driven strategies are reshaping the research landscape. This study provides a framework for understanding agricultural GHG emissions and supporting interventions to reduce the sector’s carbon footprint as well as Sustainable Development Goals (SDGs). © 2025 Kantor Jurnal dan Publikasi UPI.

    Keywords: Agricultural production; Emission sources; Greenhouse gas emissions; Mitigation strategies; Sustainable development goals (SDGs); Sustainable practices; Systematic literature review

    This article can be accessed at https://www.scopus.com/pages/publications/105006917187

  • Internet of Things Based Irrigation Monitoring System

    Internet of Things Based Irrigation Monitoring System

    Author: Eddy Soeryanto Soegoto;  Agis Abhi Rafdhi; Dina Oktafiani; Rizky Jumansyah.

    Abstract

    This study aims to monitor the sustainability of the irrigation system through a smartphone application. This research method used primary and secondary data collection methods, supported by quantitative descriptive analysis and prototyping design. The research result is an application design that is easy to understand and use in regular irrigation system monitoring activities. Based on the design, results show that the design of the application display is equipped with information features of water quality, water level, water discharge, and irrigation gate location points. Therefore, this research is examined regarding the constraints when monitoring agricultural irrigation, agricultural irrigation systems, and the needs of farmers in the application design used. The design of this irrigation system application is expected to help farmers increase agricultural production to support the concept of a green economy in the agricultural sector. © 2022 Taylor’s University. All rights reserved.

    Keywords: IoT; Irrigation; Monitoring system

    This article can be accessed at https://www.scopus.com/pages/publications/85136174030

  • Design and Build a Water Quality Measurement System with Multi Depths Using the RS-485 Protocol Based on Android Smartphone

    Design and Build a Water Quality Measurement System with Multi Depths Using the RS-485 Protocol Based on Android Smartphone

    Author: Anadita Rizti Oktavia; Jana Utama

    DOI: 10.1063/5.0176606

    Abstract :

    The management of water resources, especially lake or reservoir ecosystems, must be considered. What is currently happening is that the measurement of water quality in aquaculture is usually measured only on the surface of the water, because it will not always be above the water surface, so it is necessary to design a sensor system that can measure air conditions at various certain depths. System design sensors for physical and chemical air quality at multiple depths, where the sensors used are temperature sensors and pH sensors. To measure the depth of this system utilizes a pulley system which is inserted a rotary encoder. Where from the length of the rope being pulled/stretched it can be determined how many meters the depth is measured. In addition, the data obtained will be sent via the RS-485 protocol and saved to the Data Logger and this system is also equipped with a measurement location. All information will be accessible using an Android Smartphone using a local server via Bluetooth in the application that has been provided. The test results of the device consisting of a temperature sensor have an error of 1%, a pH sensor of 3.1%, and depth measurements using a rotary encoder have an error of 0.77%. Direct testing was carried out at 3 different locations and it was found that the difference in air depth affects the temperature and pH of the air where the deeper the air, the lower the temperature. Changes in the pH value to the depth of the air also have an effect because when you get a lot of heat intensity from sunlight, the surface temperature will increase, so the solubility of carbon dioxide will decrease so that the pH will also increase and the air is alkaline. © 2023 Author(s).This article can be accessed at https://www.scopus.com/pages/publications/85177584618

  • Development of a Prototype Water Storage Tank Pump for Watering Plant using Internet of Things (IoT) with Solar Energy

    Development of a Prototype Water Storage Tank Pump for Watering Plant using Internet of Things (IoT) with Solar Energy

    Author: H. Henny ; Agus Heri Setya Budi ; Muhammad Aditya; Ramli, Nur Izzati; Alias Masek

    DOI: 10.1109/INCITEST64888.2024.11121424

    Abstract

    The lack of water causes the growth of plants to become stunted. Despite that, system of harvesting water supply for watering plant uses conventional methods that require manpower to control and monitor the process of pumping water. As a result, the automatic Harvesting Water in Storage Tank system can fix the problem. To address the problem of difficulty ensuring adequate water supply for watering plant, IoT and solar energy were developed. The ESP32 built with a Wi-Fi module utilized as a controller system to communicate with the system. The scope of the study was decided before the design was created to ensure that the prototypes produced could meet the objectives set. The goal of this project is to ensure that this water harvesting system can be controlled using wireless technology. The Blynk app is used on a smartphone to control the pump for harvesting water and monitor level of water in the storage tank. Users merely need to open the system in their smartphone to monitor the percentage of water capacity detected by the ultrasonic sensor. These conditions are indicated with three LED for each condition which red (low), yellow (medium) and green (full). The project also uses solar energy, which will save the farmers money and eliminate the use of petrol to produce power for pumping water supply. Therefore, it can be concluded that the study successfully developed a system that addresses the problem of making agricultural work easier. © 2024 IEEE.

    Keywords: harvesting water; IoT; solar energy; water levelThis article can be accessed at https://www.scopus.com/pages/publications/105015880393

  • Have a Productive STUDY WEEK, Unikomers!

    Have a Productive STUDY WEEK, Unikomers!

    Final Exams are just around the corner. It’s time to make the most of the available time to focus on reviewing materials, completing assignments, and preparing with the best strategies to achieve satisfying results.

    As Nelson Mandela said: “Education is the most powerful weapon which you can use to change the world.”

    So, seize this learning opportunity as best as you can for a brighter future.

    Stay healthy and keep your spirits high! 💪

  • UNIKOM 2026 Batch 1 Re-registration

    UNIKOM 2026 Batch 1 Re-registration

    Congratulations! You have PASSED the UNIKOM Batch 1 Independent Entrance Exam!

    Your journey starts here! Make it official by re-registering now and becoming part of the UNIKOM extended family — Digital Entrepreneurial University 🌏

    Re-register now to unlock attractive benefits: 🎓 Batch 1 Scholarship: Tuition discount of up to IDR 2,000,000

    🗓 Re-registration deadline: Monday, February 16, 2026

    🔍 Check exam results & re-register at: pmb.unikom.ac.id

    📲 For More Information: WhatsApp: +62 811-8888-4133 (hotline 1) & +62 811-8888-4233 (hotline 2) Instagram: @unikom_official & @pmbunikom or simply scan the QR Code!

  • Congratulations on Passing the UNIKOM 2026 Batch 1 Entrance Exam

    Congratulations on Passing the UNIKOM 2026 Batch 1 Entrance Exam

    Welcome aboard! Let’s keep the momentum going—proceed directly to re-registration now!

    🗓 Re-registration is open until Monday, February 16, 2026

    Don’t miss out! This small step is where your exciting journey in the university world begins.

    🔍 Check your acceptance results and log in at: pmb.unikom.ac.id

    📲 For More Information: WhatsApp: +62 811-8888-4133 (hotline 1) & +62 811-8888-4233 (hotline 2) Instagram: @unikom_official & @pmbunikom or simply scan the QR Code!

  • GOOD LUCK ON THE BATCH I ENTRANCE EXAM!

    GOOD LUCK ON THE BATCH I ENTRANCE EXAM!

    The opportunity to become part of the UNIKOM academic community is now right before your eyes!

    Exam Time Limit:

    🗓 Day & Date: Saturday, January 24, 2026

    🕒 Time: 00:00 – 10:00 WIB

    🌏 Online Exam Link: lms.unikom.ac.id

    You can log in and take the exam anytime and anywhere within this time frame. *For participants outside the WIB time zone, please adjust for the time difference.

    Make sure your device is ready, your connection is stable, and you are in your best condition! Show your best capabilities and become part of the AI Ready Campus family! ✨

  • Strengthening Academic Innovation: UNIKOM holds a Socialization                       Non-Thesis Graduation Scheme

    Strengthening Academic Innovation: UNIKOM holds a Socialization                       Non-Thesis Graduation Scheme

    BANDUNG, UNIKOM – Universitas Komputer Indonesia (UNIKOM) continues to strengthen academic transformation by holding a Socialization of the Non-Thesis Graduation Scheme on Wednesday, January 21, 2026. Held in the Multi-Purpose Room on the 15th floor of the Smart Building UNIKOM, this event was a strategic step by the university to align its graduation system with the dynamics of scientific development and the needs of the workforce. 

    Present at the event were Prof. Dr. Hj. Umi Narimawati, Dra., S.E., M.Si. (Vice Rector I for Academic and Student Affairs), Assoc. Prof. Dr. Ir. Herman Soegoto, MBA (Vice Rector III for Research, Innovation, and Accreditation), the Deans, Heads of Study Programs, the Head of Curriculum Division, the Ad Hoc Committee for the Non-Thesis Graduation Scheme, and faculty members from UNIKOM. 

    Prof. Dr. Hj. Umi Narimawati, Dra., S.E., M.Si., emphasized that the non-thesis graduation scheme is a form of academic innovation designed to provide an alternative for completing studies that still upholds the quality and learning achievements of graduates. “The non-thesis graduation scheme is a strategic step from the university in responding to the increasingly dynamic challenges of higher education. This policy provides flexibility for students to complete their studies through various forms of final assignments that are relevant to the competencies of their study programs, such as projects, prototypes, design works, scientific publications, or in-depth internship reports, without reducing academic quality standards,” said Prof. Umi. She also stated that thesis are no longer the only option but rather one alternative for students interested in research, while students with practical and innovative strengths can demonstrate their learning achievements through applicable and impactful work, in line with industry needs and developments. 

    Entering the core session, the AdHoc Team for the Non-Thesis Graduation Scheme, led by Deputy Vice Rector IV, Adam Mukharil Bachtiar, S.Kom., M.T., Ph.D., comprehensively explained the concept, mechanism, and implementation of the scheme. The presentation was delivered systematically, covering the policy basis, student criteria, and the assessment model to be applied at UNIKOM. 

    The activity ended with an interactive discussion and Q&A session. Various questions from the participants showed a high level of interest in the graduation scheme as an alternative for completing studies in the future. Through this socialization activity, UNIKOM hopes that the entire academic community will gain a thorough understanding of the non-thesis graduation scheme so that its implementation can run optimally and be in line with the university’s vision as an innovative, adaptive, and globally competitive higher education institution. (Directorate of Hms & Pro)

  • Complete Guide to the USMBK Exam

    Complete Guide to the USMBK Exam

    Complete Guide to the USMBK Examination
    Make your dream of studying at UNIKOM come true! Register now and take a strategic step toward your future!

    📌 Register now at pmb.unikom.ac.id or scan the QR code to receive:
    🎓 Merit-Based Scholarship with tuition fee reductions of up to IDR 2,000,000

    Already registered for PMB Wave I?
    Get ready to take the ONLINE EXAMINATION (USMBK) via ims.unikom.ac.id.
    The complete guide to the online examination can be accessed at pmb.unikom.ac.id by logging in to your registration account.

    📲 For More Information:
    WhatsApp: +62 811-8888-4133 (Hotline 1) & +62 811-8888-4233 (Hotline 2)
    Instagram: @unikom_official & @pmbunikom
    or scan the QR Code.