All posts by : TaqiAlhakim

Talk to Me – Speech-to-Text & Text-to-Speech App

This project is a voice-based communication app, developed using Kodular, a visual programming platform for Android.
It provides two main features: converting speech into text (speech-to-text) and converting text into natural-sounding voice (text-to-speech).

The app is designed with a clean and intuitive interface, making it easy for users to interact without distractions.
With just one tap, users can dictate their words and see them instantly appear as text, or type a message and let the app read it aloud.
This makes the app useful for people who want to practice pronunciation, improve language learning, or communicate more effectively in different situations.

Audio output is clear and responsive, while the text recognition works smoothly depending on the device’s internet connection and speech clarity.
The project is lightweight, easy to customize, and can be expanded with additional features such as saving transcripts, supporting multiple languages, or offline functionality.

This app is ideal for students, professionals, and anyone who wants to bridge the gap between spoken and written communication in a simple and accessible way.

This project is an online radio streaming app, developed using Kodular, a visual programming platform for Android.
It is inspired by traditional murottal apps, allowing users to stream Quran recitations 24/7 from selected radio sources.
The app features a simple and elegant interface focused on usability and clarity.
Users can easily play, pause, and switch between available radio stations with just a tap.
Audio streams run smoothly with minimal buffering, depending on internet connection quality.
This project is suitable for users who want continuous Quran listening, whether for spiritual focus, sleep, or daily reflection.
It is lightweight, easy to customize, and can be expanded to include playlists, favorite stations, or offline features.

This project is a digital name card application, built using Kodular, a drag-and-drop platform for Android app development.
Inspired by Linktree, this app allows users to create a personalized page that links to all of their important platforms in one place.
Users can add buttons for their social media, portfolio, website, contact info, and more.
The interface is minimal, clean, and responsive, making it easy to navigate.
No coding knowledge is required to modify or build upon this project.
It is ideal for creators, freelancers, business owners, and professionals who want to share all their links via a single, easy-to-access page.
This app works offline and online, giving flexibility for various use cases and customizations.

This project is a visual branding and company profile design for the school’s official Design Club. The purpose is to establish a strong identity for the club that reflects its creativity, professionalism, and collaborative spirit. The company profile introduces the club’s background, values, team members, project portfolio, and future goals.

From typography and color palette to layout and visual elements, every part of the design was carefully crafted to create a clean, modern, and youthful impression. The final result is a digital and print-ready profile that can be used for promotions, school events, collaborations, and internal documentation.

This project was part of the Baronas (Barisan Robot Nasional) 2025, a national robotics competition in Indonesia. Our team participated in the Line Follower Microcontroller (LFM) category, where the goal was to configure a robot to follow a line track with speed and precision.

In this project, I was responsible for configuring the sensors and motor settings, as well as adjusting the basic control system to ensure the robot could follow the line properly. The robot used infrared sensors for line detection, DC motors for movement, and a microcontroller-based system for processing input.

While I didn’t design or build the hardware from scratch, I focused on optimizing its performance through proper configuration and testing. This experience helped me understand more about robot behavior, sensor calibration, and control logic in a competitive environment.

🎯 In this tutorial, you’ll learn how to use a Remote Access Tool (RAT) in a safe, ethical, and legal way. Whether you’re an IT student, network technician, or just someone curious about how remote access works, this video will guide you through the basics of setting up and using a RAT to remotely control and manage another computer.

We’ll walk you through the installation process, basic configuration, and how to establish a remote connection between two devices. This kind of tool is commonly used for technical support, remote troubleshooting, or accessing your own systems while away from home or the office.

Please note: This content is strictly for educational purposes. Misusing RATs for unauthorized access or malicious activity is illegal and unethical. Always ensure you have full permission from the device owner before attempting any form of remote control.

By the end of this video, you’ll have a solid understanding of how RATs work and how to use them responsibly as part of your IT skill set.

This project offers a deep dive into the transformative power of Design Thinking, equipping participants with a robust understanding and practical application of this human-centered problem-solving methodology. We will embark on a comprehensive journey through the core phases of Design Thinking: Empathize, where we will immerse ourselves in understanding the needs, motivations, and challenges of our target users through various research techniques; Define, where we will synthesize our findings to articulate clear and actionable problem statements; Ideate, where we will foster a creative environment to generate a diverse range of potential solutions through brainstorming and other innovative techniques; Prototype, where we will translate our ideas into tangible, low-fidelity representations for testing and feedback; and Test, where we will engage with users to gather valuable insights and iteratively refine our solutions.

The Intelligent Plant Care System is an IoT-based project designed to help plants grow healthier by automatically monitoring and maintaining their environment. It works by using sensors to detect soil moisture, temperature, humidity, and light intensity, then responds by activating a water pump or grow light when needed. The system can also send real-time updates to users via an app or web dashboard. This project was created to solve the common problem of inconsistent plant care due to busy schedules or forgetfulness, offering an easy, smart, and eco-friendly way to keep plants healthy with minimal effort.