IT

IT Project Design Poster IT Project – Design Poster The Poster This poster is a bold and modern burger advertisement designed in Affinity. The overall composition uses a strong red and dark-red color palette, creating an energetic, appetizing, and eye-catching visual identity. The main focus of the poster is a large, realistic cheeseburger positioned in the lower center. The burger features a sesame-seed bun, melted yellow cheese, grilled beef patty, red onion, tomato, and fresh green lettuce. Its realistic appearance contrasts strongly with the graphic background, making the burger immediately stand out as the main visual element. At the upper left, the large white typography “AZM” creates a strong visual hierarchy. The word “Burger” is placed across it in a black handwritten/script style, adding a more dynamic and expressive character. Below the title, a tilted white label contains the words “Whopper Cheese” in bold red typography, reinforcing the burger’s identity and giving the composition a more playful advertising feel. The right side features oversized, semi-transparent “AZM BURGER” typography in dark red. This creates depth and visual balance while maintaining the red monochromatic theme. A faded burger image is also incorporated into the background on the right, adding layering and dimension without competing with the main burger. At the bottom, the price “21,000” is displayed in elegant white italic typography, providing an important promotional detail while contrasting with the bold typography above. Overall, the design combines photorealistic food imagery, bold typography, layered elements, strong color contrast, and asymmetrical composition. The result is a contemporary fast-food poster that feels energetic, youthful, and visually appealing, with the main burger clearly established as the centerpiece.      

IT Project IT Project – Illustration Design IT Project – Illustration Design The Poster Affinity Designer, a powerful vector graphic design software that is widely used for creating digital illustrations, posters, and visual artwork. The artwork presents a modern urban landscape featuring the iconic Petronas Twin Towers as the main focal point. The perspective is viewed from a low angle, making the towers appear tall and majestic while emphasizing their architectural beauty. This composition creates a strong sense of depth and scale, allowing the viewer to feel as if they are standing in the middle of the city. In the foreground, a person is standing with both arms stretched out, expressing a feeling of freedom, excitement, and admiration for the surrounding environment. The human figure adds life to the illustration and provides a sense of proportion, helping viewers understand the impressive height of the buildings. The character is drawn with simple shapes and clean lines, reflecting a minimalist vector art style. The background features a bright blue sky with soft white clouds that create a calm and pleasant atmosphere. Surrounding buildings are designed using geometric shapes with muted colors, allowing the Petronas Twin Towers to remain the primary focus. The open public space, pathways, and surrounding structures further enhance the realistic city environment while maintaining a clean and organized composition. Affinity Designer’s vector tools make it possible to produce smooth lines, precise shapes, and scalable graphics without losing image quality. The use of flat colors and subtle gradients gives the illustration a modern and professional appearance. Layers, node editing, and shape tools were likely used to construct the buildings, character, and environmental details efficiently. Overall, this illustration demonstrates how Affinity Designer can be used to create attractive architectural artwork with excellent precision and clarity. The combination of perspective, balanced composition, harmonious colors, and simple vector techniques results in a visually appealing illustration that effectively captures the beauty and grandeur of a famous city landmark while showcasing the capabilities of digital illustration software.

IT Project IT Project – Tinybit Line Follower IT Project – Tinybit Line Follower https://youtu.be/Hn7lA70Kryk The Poster This is my it project that is line follower so this is an IOT project. how its works? so it can moves following the path on the ground so this tinybit can move itself. and then  if u want to know about tinybit line follower watch this video i hope this useful for u amiin

IT Project Smart Parking​ IT Project – Smart Parking https://youtu.be/qRtXdDT_6ic Smart Parking is my sixth IT project. In this project, I used a micro:bit as the microcontroller, an IR sensor to detect cars, and a servo motor as the parking gate. The system works by detecting vehicles that enter and leave the parking area. If there are still empty parking spaces, the gate will open automatically. But when the parking area is full, the sensor will stop detecting new cars and the gate will stay closed. This project helped me learn more about sensors, automation, coding, and how smart parking systems work in real life. The Poster

IT Project Smart Watering Plant Smart Watering Plant https://youtu.be/77Wz4ei8lzk IT project called Smart Watering Plant,  I built a simple automatic watering system using a soil moisture sensor to detect the condition of the soil. When the soil is dry, the system will turn on the water pump to water the plant, and when the soil is wet enough, it will stop automatically. In the tutorial video, I explain how the system works, how to connect the components, and how to make the project step by step. This project helps people take care of plants more easily, especially if they are busy or often forget to water them. From this project and video, I learned more about sensors, automation, and how to explain a project clearly to others.

IT Project IT Tutorial 4 – Smart Watering Plant IT Tutorial 4 – Smart Watering Plant https://youtu.be/K9O8_Nu2YLc IT project called Smart Watering Plant, and I also made a tutorial video titled IT Tutorial. This is my second IT tutorial video in this semester. In this project, I built a simple automatic watering system using a soil moisture sensor to detect the condition of the soil. When the soil is dry, the system will turn on the water pump to water the plant, and when the soil is wet enough, it will stop automatically. In the tutorial video, I explain how the system works, how to connect the components, and how to make the project step by step. This project helps people take care of plants more easily, especially if they are busy or often forget to water them. From this project and video, I learned more about sensors, automation, and how to explain a project clearly to others.

Tiny Bit Bluetooth controller IT Project Tiny Bit Hand Gesture Micro:bit is a small programmable computer that is designed to help students learn coding, electronics, and basic technology skills in an easy and fun way. It was created to support education, especially for beginners who are new to programming. The micro:bit board is small, light, and simple to use, but it has many useful features. On the front side, it has a 5×5 LED display that can show text, numbers, and simple images. It also has two buttons that can be programmed to control different actions. Micro:bit includes several built-in sensors, such as an accelerometer to detect movement, a compass to detect direction, and sometimes a temperature or light sensor depending on the version. It also supports Bluetooth, so it can connect wirelessly to other devices like smartphones or tablets. Users can program micro:bit using simple programming platforms such as MakeCode or Python. Because of its simplicity, micro:bit is very popular in schools and learning activities. Tiny Bit is a small robot that is usually used together with micro:bit. It is designed to help students learn robotics in a practical way. Tiny Bit acts as a robot base where the micro:bit becomes the “brain” of the robot. When micro:bit is connected to Tiny Bit, it can control the robot’s movement and behavior.   Demonstration Video https://youtu.be/0YEVetZeUC0

Smart Trashbin IT Project Smart Trashbin Hello everyone, today I am working on a new project with my team called a smart trash bin. This project uses simple electronics and coding to make the trash bin work automatically. Basically, we program the ultrasonic sensor to detect our hand when it comes close to the trash bin. When the sensor reads the distance of our hand, it sends a signal to the system. After that, the servo motor moves, causing the lid of the trash bin to open automatically. This project helps reduce direct contact with the trash bin and makes throwing away trash more hygienic and efficient. Demonstration Video https://youtu.be/QLRaolJaAys

Tiny Bit Bluetooth controller IT Project Tiny Bit Bluetooth controller​ Micro:bit is a small programmable computer that is designed to help students learn coding, electronics, and basic technology skills in an easy and fun way. It was created to support education, especially for beginners who are new to programming. The micro:bit board is small, light, and simple to use, but it has many useful features. On the front side, it has a 5×5 LED display that can show text, numbers, and simple images. It also has two buttons that can be programmed to control different actions. Micro:bit includes several built-in sensors, such as an accelerometer to detect movement, a compass to detect direction, and sometimes a temperature or light sensor depending on the version. It also supports Bluetooth, so it can connect wirelessly to other devices like smartphones or tablets. Users can program micro:bit using simple programming platforms such as MakeCode or Python. Because of its simplicity, micro:bit is very popular in schools and learning activities. Tiny Bit is a small robot that is usually used together with micro:bit. It is designed to help students learn robotics in a practical way. Tiny Bit acts as a robot base where the micro:bit becomes the “brain” of the robot. When micro:bit is connected to Tiny Bit, it can control the robot’s movement and behavior.   Demonstration Video https://youtu.be/RM7McGs_MzU