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Fires very often occur due to gas leaks, careless throwing of cigarette butts or electrical short circuits which result in the fire getting bigger, causing a lot of losses. Many fire cases are discovered when the fire has already occurred and few can be detected from the start. The research aims to develop an effective system for detecting fires by integrating fire and smoke sensors, as well as providing notifications via the Blynk platform. This research is research and development (R&D) using a prototype development model. The results of the functionality testing obtained a 100% presentation which shows that the prototype is suitable for use. Tests were carried out using three levels of fire levels and various distances, showing good response from the fire sensor with a consistent incoming notification speed of around 2-3 seconds. The results of fire measurements using the MQ-2 smoke sensor show accuracy in detecting smoke concentration levels, with timely notification of potential fires. This research has produced a detection tool that has the ability to detect early fire in a room which can provide warning notifications that are integrated with Internet of Things (IoT).

This community service activity aims to help teachers in Somba Opu District, Gowa Regency as Partners in the Community Partnership Program (PKM). This assistance is in the form of: (1) improving student learning outcomes in several subjects which are still low, (2) developing teachers' knowledge about learning methods which are still limited. Teachers can choose various active, creative, effective and fun learning methods that suit the learning material, making it more interesting, more challenging and more fun. The methods used are: lecture, discovery learning, gallery walk, question and answer, with partners and carried out offline at Hasanuddin High School, Somba Opu District, Gowa Regency. The results achieved are (1) partners have developed their knowledge about various active, creative, effective and fun learning methods, (2) partners can carry out learning using various learning methods, (3) partners have the skills to design learning, (4) partners have the skills to carry out active, creative, effective and fun learning., This community service activity aims to help teachers in Somba Opu District, Gowa Regency as Partners in the Community Partnership Program (PKM). This assistance is in the form of: (1) improving student learning outcomes in several subjects which are still low, (2) developing teachers' knowledge about learning methods which are still limited. Teachers can choose various active, creative, effective and fun learning methods that suit the learning material, making it more interesting, more challenging and more fun. The methods used are: lecture, discovery learning, gallery walk, question and answer, with partners and carried out offline at Hasanuddin High School, Somba Opu District, Gowa Regency. The results achieved are (1) partners have developed their knowledge about various active, creative, effective and fun learning methods, (2) partners can carry out learning using various learning methods, (3) partners have the skills to design learning, (4) partners have the skills to carry out active, creative, effective and fun learning.

Penggunaan listrik yang tidak benar akibat pengontrolan yang menyimpang dari standar PUIL 2011, dapat menimbulkan kerugian yang besar bagi konsumen listrik. Tujuan yang ingin dicapai pada Penelitian ini adalah untuk : (1) menghasilkan perangkat lunak Alat Penghemat listrik pada Kantor berbasis IoT, (2) menghasilkan alat penghemat listrik sesuai perangkat lunak yang telah dibuat, (3) menghasilkan Aplikasi dan Interface Sistem penghemat listrik berbasis IoT untuk dan mengontrol penggunaan enegri listrik pada Kantor. Desain instalasi listrik yang digunakan adalah berlandaskan PUIL 2011, SPLN, dan LMK yang berlaku di Indonesia. Berdasarkan hasil penelitian, ditemukan bahwa Alat penghemat listrik pada Kantor berbasis IoT  telah berfungsi dengan baik, sehingga dapat mengurangi/menghemat penggunaan energi listrik yang terdapat di dalam suatu kantor, serta dapat dikontrol baik dari jarak dekat, maupun dari jarak jauh dengan menggunakan media Smartphone.

According to aired TV announcements, any accidents are caused by the improper installation of electrical and control devices. Therefore, a person highly skilled with a certificate of expertise specifically in installing electrical and control systems is needed to carry out the installation to avoid the danger of short circuits. Therefore, this research aims to develop software capable of controlling all electrical devices of a house based on a raspberry-based control system with the tools executed by a smartphone to ensure adequate securities. The results showed that the raspberry-based electrical control system functions properly, both on the security system (MCB) and various controlled loads. This was further determined by carrying out research trials using smartphones and a manual switch button on the boarding house, which also showed that the application and interface of the raspberry-based electrical control system function properly, as evidenced by the results of the full system trial, using local IP, internet networks, and smartphones.