All posts by : TaqiAlhakim

Smart City Project

Project Description:

This project focuses on building an automation system to support the Smart City concept, where users can monitor temperature and humidity and control lighting automatically or manually. IoT integration enables remote access and control via a smartphone or web application.

Key Features:

• Temperature & Humidity Monitoring using sensors to provide real-time environmental data.
• Automatic & Manual Lighting Control based on specific conditions or via an app.
• IoT Connectivity for remote access and device control.

Technology Used:

The system utilizes a combination of sensors, microcontrollers, and IoT platforms to ensure efficient and integrated operation.

Benefits:

✅ Improves energy efficiency
✅ Real-time environmental monitoring
✅ Remote device control

This project can be further enhanced with additional features as needed. 🚀

Title: Coloring Lebaran Envelopes
Short Description:
This project aims to color the Lebaran envelope design that has been provided in the form of a sketch or outline. This envelope design usually contains typical Lebaran elements, such as a mosque, and the words “Happy Eid”.

Project Details:

Task Type: Coloring
Media: using figma software
Theme: Islamic nuances with bright colors that depict the happiness of Lebaran.

DesignMah is a web UI project with static 3D elements, designed using Spline and Figma in one day. This design features a modern look with aesthetic 3D visuals to give a professional and elegant impression. With harmonious color composition and neat layout, this UI is ready to be used as an attractive and futuristic web design concept.

3D Bedroom Design Project

This project showcases a modern bedroom designed to combine functionality, comfort, and style through 3D visualization. Using advanced design tools, we brought to life a cozy yet elegant bedroom layout, perfect for both relaxation and productivity.

From space planning and furniture arrangement to lighting design and color scheme, every detail was carefully crafted to create a harmonious environment. The design features a contemporary aesthetic with minimalist furniture, warm tones, and soft lighting, creating an inviting atmosphere that maximizes space and comfort.

Key elements of the design include:

• Space Optimization: Clever use of furniture and layout to ensure functionality and ease of movement.
• Ambient Lighting: A mix of natural and artificial lighting that enhances the room’s mood.
• Textural Details: Thoughtful selection of materials, including cozy textiles and smooth finishes, for a balanced look.

Whether you’re seeking inspiration for your own space or exploring our design capabilities, this 3D bedroom project demonstrates how technology can help envision and realize your ideal living environment.

Jelajahku UI Kit is a travel-themed UI/UX project designed to ease the development of travel apps. With over 85 ready-to-use screens, this kit brings modern design and imagination to enhance the user experience. Its features include a ticket booking screen, interactive map, destination search, and user profile. Each element is carefully designed to be flexible for various mobile platforms. Jelajahku supports clean and consistent visuals, making it an ideal choice for developers and designers. With a focus on details, this kit offers a quick solution without sacrificing quality. Explore the world, starting with your design.

Project: Animation UI – Jelajahku

Jelajahku is a Spline-based animation UI project developed in 3 days. Carrying the concept of travel, this UI displays interactive animations that make the display more lively and interesting.

With smooth effects, this project aims to improve the user experience in exploring the application. The end result is a modern, dynamic design that is ready to be used for various platforms.

Description:

This project focuses on building a line follower robot capable of navigating paths using sensor-based guidance. The robot will detect and follow a black line on a white surface, utilizing infrared sensors for accuracy. Its design integrates efficient coding and precise motor control to ensure smooth movement and quick turns. The goal is to create a reliable, responsive robot that can adapt to various track patterns. This project emphasizes hands-on experience with electronics, programming, and problem-solving. The final output will be a functional prototype, tested on different tracks for performance evaluation.