So, this is a Sirah or Seerah project i made.. which is storytelling or basically like talking about The Migration of the Prophet (ﷺ) to Medina. so in this 15-minutes video, i’m talking about every single part of the migration, like how did the prophet (ﷺ) migrate, with whom did he migrate with, all of the challanges and hardships that he had during this migration, and the aftermath of the migration.
The app is designed as a mobile platform dedicated to Formula 1 fans, offering news, videos, schedules, team info, merchandise, and ticket access.
Its visual style uses a dark theme with strong red accents to reflect F1’s fast, high-energy identity.
The app aims to centralize all F1 content in one place for easier access and a more immersive experience.
It helps users stay updated on races while also enabling them to explore teams, buy merchandise, and purchase tickets.
Overall, the goal is to create a modern, engaging app that enhances the fan experience and strengthens connection to the F1 world.
This video explains a mini computer, namely microbit, here I explain quickly because I am short of time and also for the IDN Mengajar presentation, and also this video can also be used twice, you can practice the contents of this video and you can make very cute pictures, writing, games, and emojis, before going home I made this for Idn Mengajar, maybe that’s all from me
So, this is my Fifth and Last IoT (Internet of Things) Project in the First Semester, its also my Second Iot Group Project, i made this with Faris 8B. so basically, how the color sorter works is by using a Conveyor to Move the objects that are put above it, and it detects or like sees the object’s color, for example : if the object’s color is black, then it’s gonna continue moving through the conveyor, but if its red, then the object will be moved to the side using a servo that has a stick on it, so it’s gonna be moved to a container on the side of the conveyor.
This project develops a simple cardboard-based robot controlled by hand gestures. The Lo-Fi robot frame is made from lightweight cardboard, while sensors such as an MPU6050 or flex sensor detect hand movements. A microcontroller like an Arduino or ESP32 processes the gesture data and sends commands to the motors, allowing the robot to move in the direction indicated by the user’s hand. The project introduces basic human–machine interaction and simple robot programming using low-cost and easily modifiable materials.
This app is a mobile platform created for Formula 1 fans, offering race information, media content, and fan services in one place. Its main purpose is to provide easy access to F1 videos, race schedules, team profiles, merchandise, and ticket purchasing. Overall, the app delivers a complete and centralized F1 experience through a modern and visually engaging interface. The design highlights bold visuals, dynamic layouts, and strong branding that reflect the speed and excitement of Formula 1. It allows users to stay updated with the latest events while exploring all aspects of the sport. With its structured navigation and immersive content, the app enhances the overall fan experience.
This project is a prayer-guide system that displays the text of the Islamic prayer while simultaneously reading it aloud. As the audio plays, the on-screen text highlights each part so users can follow and learn the recitation more easily. It can function as an app, website, or physical device with a screen and speaker, helping users practice pronunciation, memorize the prayer, and understand its structure in an interactive and simple way.
Most residents and staff survived with only minor injuries because the buildings were earthquake-resistant.
The incident was later discovered to be caused by a homemade bomb created by a student seeking revenge.
The limited documentation made the investigation difficult to complete.
The student admitted he never expected his anger to cause such destruction.
He apologized, realizing that the bullying issue had grown into something far more serious.