Whether it's coding and programming, Arduino and electronics projects, or bringing your web and graphics design visions to life, I'm here to lend my skills. This digital space is a fusion of my college learnings and self-study adventures, showcasing a diverse portfolio that spans the realms of technology and creativity. Let's collaborate to transform your concepts into cutting-edge solutions!
Greetings! I'm Charles, an aspiring IT professional and creative enthusiast on a journey to merge technology and imagination. My academic journey began at Mount Carmel College of Escalante during my senior high school years, where I cultivated a strong foundation for my future endeavors. Currently embarking on my first year as a Bachelor of Science in Information Technology student at the State University of Northern Negros, I am passionate about exploring the vast realms of technology and design.
My educational journey has been shaped by a combination of formal education and self-directed learning. Studying at Mount Carmel College provided me with a solid grounding in the principles of IT, setting the stage for my current pursuit of deeper knowledge at the State University of Northern Negros.
Curiosity is my driving force, and creativity is my compass. These traits fuel my exploration of diverse fields within IT, from coding and programming to Arduino and electronics projects. The ever-evolving world of technology offers a canvas for boundless creativity, and I find joy in pushing the boundaries of what's possible.
My journey into the world of coding began with self-learning. Fueled by my curiosity, I delved into coding languages, learning the ropes independently. This self-taught approach has been an invaluable part of my growth, allowing me to adapt to the dynamic landscape of technology.
I harbor a particular fondness for Arduino, finding joy in creating innovative solutions through the combination of hardware and software. Arduino projects offer a tangible way to express creativity, and I'm always eager to explore new possibilities in this space.
My skills extend beyond coding to encompass the visual arts. I offer services in graphics design, including logo design that brings your brand to life. Additionally, I delve into video editing for movie projects or advertisements, weaving narratives through the lens of technology and design.
This digital space is a culmination of my academic pursuits, self-study adventures, and a diverse portfolio that reflects my dedication to technology and creativity. I invite you to collaborate with me to transform your concepts into cutting-edge solutions. Let's embark on this exciting journey together!
Achieved TOPCIT Level 2 certification, demonstrating practical proficiency in IT, including programming, problem-solving, and system management skills. View Certificate
Successfully completed a comprehensive course on Arduino fundamentals, covering essential programming techniques, hardware interfacing, and understanding the core principles of microcontroller-based development. This 90-minute course provided an introduction to the capabilities and applications of Arduino in various projects. View Certificate
Successfully completed an in-depth 32-hour course on Arduino programming and applications. The program featured detailed tutorials and practical projects, providing a thorough understanding of microcontroller programming and hardware integration, guided by renowned instructor Paul McWhorter. View Certificate
Earned certification from freeCodeCamp after completing a comprehensive course on responsive web design. This program covered foundational concepts of HTML, CSS, and applied visual design, culminating in the successful completion of five real-world projects that demonstrate the ability to create visually appealing and fully responsive websites. View Certificate
Placed 1st Runner-Up in the hackathon competition at State University of Northern Negros (SUNN), showcasing strong problem-solving and innovative IT solutions. View Certificate
Note: Most of the projects showcased on this website were developed by me as part of freelance commissions. While the technical implementation and development are my work, the concepts and ideas for these projects were provided by my clients.
This personal school project showcase a student management system with an admin dashboard for managing student records and a student dashboard where students can view and update their personal information, such as name and email. It provides an efficient way to organize and maintain student data, supporting actions like adding, editing, and deleting records. The platform prioritizes user-friendly navigation and streamlined administrative control for both students and administrators. Click here to view site!
This project implements a school-wide emergency alert system using ESP32 microcontrollers. Each classroom has a device with an emergency button, while the clinic houses a centralized unit featuring a map with LED indicators for each room. Pressing the emergency button triggers a buzzer alarm and lights up the corresponding LED in the clinic, simultaneously sending an SMS alert to the school's rescue team. The alert can be deactivated by pressing the button again on either device, with another SMS notifying the team that the situation has been resolved. This system ensures efficient emergency response through real-time synchronization and seamless communication.
This project features a compact, Arduino-powered device designed to measure critical soil properties, including pH, moisture, nitrogen, phosphorus, and potassium levels. Equipped with an LCD display and a simple button interface, the analyzer provides quick and accurate readings, making it an essential tool for farmers and gardeners seeking to optimize soil health and improve crop productivity.
This project is an IoT-based automated system designed to monitor and manage plant care with precision. Using five ESP32 boards as controllers, the system integrates soil moisture, temperature, and humidity sensors to track real-time environmental conditions for plants. When the soil becomes too dry, the system automatically activates a water release mechanism to ensure optimal hydration. Additionally, users can schedule the application of liquid fertilizer through a web dashboard, which displays all sensor data in real time. This automated solution enhances plant health management and can be controlled remotely, offering efficient, smart agriculture practices.
An Arduino-powered system designed to ensure precise motorcycle wheel alignment. This project uses two ultrasonic sensors to measure the distance of the wheel from both sides. An LCD display provides real-time feedback, showing equal distances when the wheel is perfectly centered or indicating the closer and farther sides if misalignment is detected. This tool enhances accuracy and safety in motorcycle maintenance and setup.
This project presents a smart cabinet system that prioritizes security and convenience. It features a fingerprint scanner as the primary access method, ensuring only authorized users can unlock the cabinet. Upon successful authentication, a solenoid lock is disengaged to grant access to the cabinet's content. To safeguard against unauthorized attempts, when the system detects three failed access attempts, a buzzer alarm will be activated and the GSM module will send an SMS alert to notify the owner in real-time. Built using an Arduino microcontroller, this smart cabinet integrates cutting-edge hardware and software to offer a reliable and secure storage solution.
This project is an Arduino-based system designed to monitor the load weight of trucks and provide real-time alerts. Using an Arduino Uno microcontroller and an HX711 load cell amplifier, the system measures the weight of the truck's load with high accuracy. The current weight is displayed on an LCD screen for easy monitoring. A buzzer is activated to alert the user when the load is nearing the truck's maximum capacity, preventing overloading and ensuring safe transport. This system provides an efficient and reliable solution for managing truck loads in logistics and transportation industries.
This project is a clean and user-friendly web design for an online grading system. The design consists of four main web pages. The homepage serves as the entry point, allowing users to sign in as an admin, instructor, or student. The second page is a dedicated sign-in page for user authentication. The third page displays a list of enrolled students, organized for easy navigation and management. The fourth page is designed to display students' grades in a clear and concise format, providing both instructors and students with easy access to academic records. This design ensures a smooth user experience for educational institutions managing student performance online.
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