Hey there! Welcome to my digital playground. This page is kind of a hub for some of the projects I've been tinkering with. I'm really into systems, coding, and all that good stuff, so this is where I let those interests run wild. Think of it as a glimpse into my brain – a slightly organized glimpse, anyway.
You'll find a few different things here, each with its own story. It's all a work in progress, just like me!
This project is all about exploring and recommending different technology stacks for web development. It's a resource I'm building to help developers find the right tools for their projects.
This is a tool I'm building to help developers analyze and improve the quality of their code. It's all about catching potential problems early on so you can build more robust and reliable software.
I recently worked on a project called the Velocity Calculator, designed to make calculating velocity, acceleration, and time as simple as possible. With unit flexibility and a clean interface, it saves time by handling conversions automatically.
In this project, Physics Formulas Cheat Sheet, I’ve created a handy reference guide packed with essential physics formulas that are useful for students, engineers, and anyone interested in physics. The formulas are neatly categorized and presented using LaTeX, making them clear and easy to use for solving a variety of physics problems.
Dive into the charm of yesteryears with our Retro Typewriter Monitor project. This unique setup combines the nostalgic feel of a vintage typewriter with the modern functionality of a quiz-based application, creating an engaging and interactive experience. It's not just about reliving the old days but also about appreciating the journey of technology from past to present.
Dive into the delightful world of Animal Guesses — an interactive quiz game that blends curiosity with play. Whether you're recognizing sounds, images, or fun clues, each challenge invites you to guess the animal behind the mystery. Designed for all ages, it’s an engaging way to connect with nature and test your instincts.
Explore the fascinating principles of electromagnetic induction with this interactive simulator. Adjust variables like displacement, magnetic field, length, and time to see how they affect the induced voltage. Great for students, educators, and curious minds who want to visualize how motion creates electricity in a magnetic field.
Feel free to explore these projects and see what you think. I'm always learning and growing, and these sites are a reflection of that journey. Who knows what I'll be working on next? Stay tuned!