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The SmartFarm Dashboard is a modern, interactive web-based application designed to monitor and manage agricultural data in real time. Built using Visual Studio Code, this dashboard integrates IoT sensor data, weather forecasts, and farm analytics to help farmers optimize crop yield, resource usage, and automation processes.

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Canva adalah platform desain grafis online yang mudah digunakan untuk membuat berbagai desain seperti poster, presentasi, logo, dan konten media sosial. Canva menyediakan banyak template, gambar, dan fitur drag-and-drop yang cocok untuk pemula maupun profesional.

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The IDN IoT and AI Competition is a technology-based competition that challenges students to develop innovative solutions using the Internet of Things (IoT) and Artificial Intelligence (AI). This event encourages creativity, teamwork, and problem-solving skills among young tech enthusiasts.

In this competition, my team and I created a project called Warmy, a temperature-based smart home system. Warmy is designed to monitor and automatically control the temperature inside a house to ensure comfort and energy efficiency. Using sensors and microcontrollers, Warmy can detect changes in room temperature and activate fans or heaters accordingly. Our goal was to help people live more comfortably while reducing unnecessary energy use.

Participating in this competition was an amazing experience that helped us learn more about technology, teamwork, and real-world problem solving.

Made using Canva, Figma and Jitter.

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A Dakwah Sticker Tutorial is a guide on how to create Islamic-themed stickers, often used for spreading messages of dakwah (Islamic preaching or reminders). These stickers typically feature Quranic verses, hadith, Islamic quotes, or motivational messages and are shared on social media, messaging apps, or printed for distribution.

Made using Canva, Figma and Jitter.

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A Smart City is an advanced system that automates household devices to improve convenience, security, and energy efficiency. This project utilizes Arduino IDE to program and control various electronic appliances using sensors and actuators. By integrating automation technology, the system can intelligently manage lighting, temperature, and security based on environmental conditions or user commands. Additionally, with the use of Wi-Fi or Bluetooth modules, users can remotely monitor and control their home devices via a smartphone. This smart home system offers a cost-effective and flexible solution, making daily life more efficient and comfortable.

A Smart Lamp using Arduino IDE is an intelligent lighting system that can automatically adjust brightness based on ambient light or motion detection. It uses an Arduino microcontroller to control LEDs or lamps, making it energy-efficient and convenient. The lamp can also be operated manually or via a remote control, such as a smartphone app, depending on the components used.

This smart home system lets you control your home lights wirelessly using the Blynk app. It uses an ESP32 microcontroller to connect to your WiFi and communicate with the Blynk platform. Through the app's simple interface, you can easily turn your lights on or off with just a tap. This project combines the user-friendly Blynk app with the powerful ESP32, making home automation simple and convenient.

The Kakarobot Line Follower demonstration showcases an advanced robot navigating a track with precision. Using sensors to detect and follow lines, it smoothly adjusts to curves and changes in direction. This performance highlights its efficient programming and design, emphasizing accuracy and speed. The Kakarobot demonstrates how automation can handle real-world challenges effectively. It’s a perfect blend of technology and innovation in action!

IDN Robotic Competition features an exciting 1kg Sumo robot battle, where teams from five classes compete head-to-head. Each class is represented by two students, forming a dynamic duo to control their robot, The competition format includes two rounds per match, with each round lasting 1 minute. Participants strategize and operate their robots to push opponents out of the ring. showcasing their engineering skills and tactical prowess. This thrilling event highlights creativity, teamwork, and innovation in robotics.

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I will be doing a presentation about Minimalist Life.

Minimalism

Minimalist style is all about simplicity. The principle is “less is more.” This means that only the truly essential items are used, without too many decorations or colors. This creates a clean and calm space.

Maximalist

Maximalist style is all about abundance and full expression. The principle is “the more, the better.” This style incorporates lots of colors, patterns, and decorations to create a lively and energetic atmosphere.