Welcome to my toolkits section!
What kind of tools do I use?

As an intermediate C developer with three years of experience, I began learning C in high school at age 17. During this time, I have developed a strong grasp of core concepts such as memory management, pointers, and data structures. Some of my projects include:

• Simple Calculator: A console-based calculator for basic arithmetic operations.
• File I/O Operations: Programs for reading and writing files, showcasing my ability to handle data efficiently.
• Data Structures: Implementations of linked lists, stacks, and queues, enhancing my understanding of dynamic memory allocation.

These projects have solidified my problem-solving skills and appreciation for the efficiency and control offered by C.

I started learning C++ a year after beginning with C, and it has since become my primary programming language. With two years of experience, I have advanced to an intermediate level. My notable projects include:

• Personal Game Engine: Currently developing a small game engine to explore graphics programming and engine architecture.
• Hot Code Reloader Library: Created a library for C++ to support dynamic code reloading, enhancing development efficiency.

These projects have deepened my understanding of object-oriented programming, memory management, and advanced C++ features.

Java has been a core part of my programming journey, officially taught at my school since I was 10. With over five years of experience, I have achieved an intermediate to advanced level of proficiency. Key highlights of my Java expertise include:

• In-depth Knowledge: A comprehensive understanding of Java's core libraries, object-oriented principles, and design patterns.
• Academic Excellence: Consistently aced school CS exams, leveraging Java’s simplicity and my thorough grasp of the language.

My extensive experience with Java has equipped me with robust problem-solving skills and a deep appreciation for its versatility and widespread application.

My journey with web development began at the early age of 13 in school, and it has become the area where I am most proficient. I possess advanced, in-depth knowledge of HTML5 and JavaScript, and I excel in creating visually stunning pages with CSS. Key aspects of my web development expertise include:

• HTML5 and JavaScript: Mastery in building dynamic, interactive web applications with a strong command over modern web standards and scripting.
• CSS: Proficient in crafting aesthetically pleasing and responsive designs, seamlessly blending art with programming.

My skills in web development allow me to create captivating user experiences, making each project a profound example of technical and artistic integration.

I began working with Node.js during the 2019-2020 pandemic, quickly advancing to an intermediate level. My experience includes developing various personal projects and applications. Notable projects:

• Discord Bots: Created and hosted personal Discord bots on Glitch.com, showcasing my ability to work with APIs and real-time data.
• File Sharing System: Developed a file-sharing system using Node.js HTTP, demonstrating my understanding of server-side programming.
• Online Messaging Tools: Built messaging tools using Node.js HTTP and WebSockets API, highlighting my skills in real-time communication.

These projects have strengthened my proficiency in Node.js, enabling me to build efficient, scalable server-side applications.

Yes, I am even considering linear algebra computing programs like GNU Octave in my toolbox. I have recently started on GNU Octave and mainly use for strengthening my mathematical intuition.
Q: Why GNU Octave?
A: I use GNU Octave cause its free and opensource, and also works like a mere replica of its popular alternative Matlab which means, deep knowledge in reflects deep knowledge in mainstream academic linear algebra program Matlab. Which is important for my future academic success.

I have developed a strong proficiency in Logisim Evolution, a tool that has significantly deepened my appreciation for computer hardware. While logic simulation requires less intensive programming knowledge, it has allowed me to explore and understand the intricacies of CPU architecture. Key achievements:

• 8-Bit CPU: Designed and built a personal 8-Bit CPU with a custom Instruction Set Architecture (ISA) and a working assembler written in C++. The project is available on GitHub

My experience with Logisim Evolution underscores my comprehensive understanding of computer hardware and CPU design, bridging the gap between software and hardware knowledge.