Parallel to the film’s journey, the game Ganyang Satan Alas also found its own way in the creative industry landscape in Indonesia. Last September 26-28, Ganyang Satan Alas was exhibited at the International Creative Industry Conference and Festival or IC Fest2024. IC Fest itself is a conference and exhibition for creative industries initiated by the Ministry of Tourism and Creative Economy. This time IC Fest was held at the Gadjah Mada University Innovation and Creativity Center.
Kulonprogo – Friday, 19 July 2024, Training of Basic Network was carried out as a form of community service organized by the Internet Engineering Technology Study Program, UGM Vocational School. Taking place at the Field Research Center, this training was attended by 10 participants from Jatirejo Youth and Sidorejo Lendah Kulonprogo. This activity is in line with SDG 4 concerning Quality Education, which emphasizes the importance of inclusive and quality education, as well as SDG 9 concerning Industry, Innovation and Infrastructure, which encourages the development of technical skills and the Flagship of Community Socio-Cultural Resilience.
Wisuda Program Sarjana dan Sarjana Terapan Periode I Tahun Akademik 2024/2025
Diinformasikan kepada calon wisudawan/wisudawati diminta segera melakukan proses pendaftaran sesuai dengan waktu yang ditentukan serta melengkapi semua persyaratan dan tahapan sebagaimana dalam link edaran wisuda berikut:
In a significant advancement in the field of cybersecurity, Ir. Nur Rohman Rosyid, S.T., M.T., D.Eng., a lecturer at the Department of Electrical Engineering and Informatics, has been guiding several students in their final project for the Engineering Technology program, focusing on cybersecurity. The recent research involves the development of an application for automating penetration testing based on Common Vulnerability Exposure (CVE). This initiative is particularly relevant in the current era of digital transformation, where numerous challenges arise in confronting cybersecurity threats.
In the previous report, it was informed that a computer simulation using Python programming has successfully been developed to investigate the reaction of reducing vehicle exhaust emissions to harmless gases, specifically converting NO into N₂. In this study, copper was used as the main catalyst for the reaction. Copper is used in this study because it is more affordable and readily available compared to ‘premium’ materials like platinum, palladium, or rhodium, which are typically used in catalytic converters. Eventhough these metals are effective, they are very expensive and rare. In contrast, copper is much more accessible and widely available.
A new study has found that copper, a common and affordable metal, could help reduce harmful emissions from car engines, particularly during the “cold start” phase when vehicles are first turned on. This research, published in the Journal of Physical Chemistry C and made possible through computer simulations using Python programming, could lead to cleaner air and better health for people living in cities with high levels of pollution. The findings also align with the United Nations’ Sustainable Development Goals (SDGs) 3: Good Health and Well-being, which aims to improve health and well-being for all people.
One of the key innovations supporting the implementation of technology in modern farming is the development of a solar-powered temperature monitoring system for smart farming. This research was initiated by Dr. Fitri Puspasari, a lecturer in Electrical Engineering Technology at DTEDI SV UGM, together with her team. The main goal of the research is to analyze the energy consumption of the temperature monitoring system using the SI7021 sensor, ESP32 microcontroller, and integrated with the Blynk interface, aiming to create energy efficiency in the management of broiler chicken farming based on smart technology.
October 4, 2024 – In an effort to support sustainable energy solutions, Candra Febri Nugraha, S.T., M.Eng., along with a team of students from the Electro Engineering Technology Program, has developed an innovative algorithm focused on optimizing the implementation of Vehicle-to-Grid (V2G) technology. This project, conducted at the Department of Electrical Engineering and Informatics, represents a strategic step toward integrating renewable energy sources into the power distribution network.
In June 2024, an innovative project led by Mr. Muhammad Arrofiq, S.T., M.T., Ph.D., was launched at the Instrumentation and Control Laboratory of Universitas Gadjah Mada’s Vocational School. This project focuses on developing a conveyor system that sorts items based on their height using a Programmable Logic Controller (PLC). This groundbreaking system aims to enhance sorting efficiency, contributing to sustainable development goals (SDGs), particularly in education and technology.
The conveyor system was designed to transport items toward a single exit. However, some processes require multiple exit points depending on the categories of the items being sorted. The research team successfully implemented an effective guiding mechanism that adjusts the direction of items on the conveyor belt as needed.
