All posts by : TaqiAlhakim

Description:

The Maze Solving Robot project aims to design an autonomous robot capable of finding its way out of a maze. The robot is equipped with proximity sensors and mapping algorithms to recognize walls and paths. Search algorithms such as “Depth First Search” or “Breadth First Search” are used to decide the correct direction. The robot will continuously update its internal map during exploration to avoid dead ends. The robot’s design prioritizes speed, accuracy, and energy efficiency. The project combines programming, electronics, and sensor processing techniques to achieve autonomous navigation.

Description:

The Sumo Robot project aims to design and build an autonomous robot that can compete in a sumo ring. The robot will be equipped with proximity sensors and powerful motors to detect and push opponents out of the ring. The use of intelligent control algorithms will ensure that the robot can act quickly and responsively during matches. The materials used are lightweight yet sturdy to support speed and stability. The robot is designed with an efficient battery system for optimal durability. The project integrates knowledge of mechanical engineering, electronics, and programming to create a competitive robot.

Description:

This Visual Merchandise project focuses on creating an attractive display for a retail store’s apparel collection. Strategic merchandise placement uses color, lighting, and seasonal themes to capture customers’ attention. Models and mannequins are used to showcase the latest fashion styles, inspiring visitors. The emphasis on visual aesthetics is intended to enhance product appeal and drive purchasing decisions. The use of multimedia elements such as digital displays adds interaction and visual appeal. This project combines layout art and marketing strategy to create a memorable shopping experience.

Description:

This project will feature a list of the top 5 companies for network engineers in the tech world. Each company is selected based on career opportunities, technological innovation, work environment, and professional development programs. Visual content will highlight each company’s strengths, such as office facilities, leading projects, and employee testimonials. The design of the posts will be attractive with modern and informative graphic elements. The goal of this project is to provide insight and inspiration for network engineers in choosing the best company. With this content, it is hoped that it can increase engagement and provide useful career guidance.

Description:

This project focuses on creating digital illustrations using pen tools in Figma. With a precise approach, each visual element is hand-drawn to create fine and clean details. The illustrations combine bright colors and geometric shapes to create a modern and aesthetic look. This technique allows flexibility in design, both for simple and complex images. Figma as a collaborative platform facilitates revision and iteration with high efficiency. This project demonstrates skills in digital art and technical expertise in using design tools.

Description:

This project focuses on creating informative and engaging infographics using Figma. The infographic design emphasizes easy-to-understand data visualization through the use of icons, graphs, and harmonious color schemes. Each element is precisely designed to convey complex information in a simple and effective way. Figma allows for dynamic layout settings, making revisions and collaboration easy. This project combines modern design aesthetics with high readability to present information effectively. The result is an infographic that is visually appealing and communicative.

Description:

This project focuses on developing an IoT-based automatic plant watering system. The system uses a networked soil moisture sensor to monitor plant conditions in real-time. With the help of an IoT platform, users can remotely control and schedule watering through an app. The data collected by the sensor is used to water plants efficiently, save water and ensure plant health. This project integrates smart technology with modern agricultural needs. The solution is designed to increase productivity and ease of plant care.