Author name: ilham

IT Project Mulmed Poster Illustration – Shalat poster  Description: This illustration is a visual campaign about the importance of prayer (Salah) and its role in guiding Muslims away from wrongdoing. The design uses a warm, sunset-inspired color palette with orange, yellow, and earthy brown tones to create a peaceful yet powerful spiritual atmosphere. The Kaaba, desert landscape, tents, and subtle decorative elements reinforce the Islamic theme. The main focus is the word “Shalat”, presented with expressive typography to immediately capture attention. The supporting message, “Jangan Pernah Lelah Memenuhi Panggilan-Nya”, encourages Muslims to remain consistent in answering the call to prayer. The composition combines typography and illustration to deliver the message in a simple and emotionally engaging way. The artwork is inspired by QS. Al-‘Ankabut: 45, which reminds us that prayer helps prevent immoral and wrongful actions. Through its warm visual style, symbolic landscape, and meaningful message, this project aims to encourage viewers to appreciate prayer not merely as an obligation, but as a source of guidance and spiritual strength.

IT Project Mulmed Vector Illustration – Mulmed First project  Description: Paragraph 1 (Software Used): This digital illustration was created entirely using Affinity (Affinity Designer), a professional vector-based design software. By leveraging Affinity’s Vector Persona, every element—from the hair silhouettes and clothing folds to the detailed background foliage—was crafted with clean, sharp, and precise vector curves. The organized layer management within Affinity streamlined the process of arranging elements seamlessly from the background to the foreground character, resulting in a modern and well-structured flat vector design. Paragraph 2 (Color Palette & Tools Used): The color composition adopts a warm earth tone palette, blending terracotta orange, cream, and neutral gray, balanced contrastingly by the deep green of the leaf elements. To achieve this, several key tools in Affinity were fully utilized: the Pen Tool and Node Tool were used to draw and refine the character’s vector curves; Shape Tools (Ellipse and Rectangle) established the underlying background structure; the Color Picker / Eyedropper Tool maintained palette consistency; while the Gradient Tool and Transparency Tool played a crucial role in creating subtle shading along the neck and archway. Paragraph 3 (Challenges & Difficulty): The creation process fell into a moderate difficulty level. While drawing decorative background elements and applying base flat fills was relatively straightforward, the main challenge lay in rendering the hand anatomy in the foreground holding three skewers without appearing distorted or stiff. Furthermore, achieving a natural shadow beneath the chin and effectively conveying the action of biting into a skewer on a faceless character required meticulous layer arrangement and precise object angling.      

IT Project Micro:bit It Project – Smart Parking  Description: Welcome to the future of hassle-free parking. This project tackles one of modern driving’s biggest headaches—finding an available parking spot—by using low-cost, highly efficient IoT technology. Built with a BBC micro:bit and infrared (IR) sensors, our Smart Parking System provides real-time tracking of parking space availability, reducing traffic congestion, fuel waste, and driver frustration. This project demonstrates how accessible hardware can be scaled to build smarter, greener cities. By eliminating the need to drive in circles searching for a spot, the system actively reduces traffic congestion, saves time, and cuts down on vehicle emissions. It’s an eco-friendly, automated solution that bridges the gap between hardware programming and real-world urban problem-solving.       Demonstration Video https://youtu.be/iZ7MaNzLxos

IT Project Micro:bit IT Tutorial – Smart watering plant  Description: The Micro:bit Smart Watering Plant project is an automated plant watering system built using a microcontroller to efficiently maintain soil moisture levels. By utilizing a soil moisture sensor, the system can detect the condition of the soil in real time. When the soil is detected as dry, the Micro:bit automatically activates a water pump to irrigate the plant, ensuring it stays healthy without the need for constant manual monitoring. In addition, this project can be enhanced with extra features such as Bluetooth connectivity for smartphone monitoring, as well as LED indicators or a display to show soil moisture status. With a simple yet functional approach, the Smart Watering Plant offers a practical solution for beginners and tech enthusiasts who want to combine IoT concepts with everyday plant care. This project not only improves time efficiency but also helps build a deeper understanding of programming, electronics, and automation systems. It is suitable for learning purposes, experimentation, or real-world implementation at home or in a school environment.          Demonstration Video https://youtu.be/1C6WmX4Otpc