Crafting robust backend systems & IoT solutions with passion
A dedicated Full Stack Developer and Computer Science student at KMITL with proven freelance experience in designing and building end-to-end software solutions.
With a solid background in developing business management systems (POS) and complex data dashboards, I possess a strong foundation in system architecture and database management.
While my current core expertise lies in Python (FastAPI) and real-time systems, I am highly adaptable, a fast learner, and fully prepared to transition into new tech stacks like Vue.js, Go, and NestJS.
I am eager to apply my analytical mindset to tackle complex supply chain and warehouse management projects.
Currently pursuing a degree in Computer Science with a strong focus on software engineering, full-stack development, and IoT integration. Developing practical skills in backend architecture using Python (FastAPI) and real-time systems. Actively engaging in technical challenges and university events, such as the GeoAI Hackathon, to apply theoretical knowledge to real-world technological solutions.
Completed a specialized curriculum focusing on advanced mathematics, science, and technology. Majored in Computer Science, where I built a strong foundation in programming logic, problem-solving, and foundational IT skills, preparing me for my current university studies.
Fastwork & Independent Clients
2024 — PresentManaged complete software lifecycles for external clients. Responsibilities included gathering business requirements, crafting Terms of Reference (TOR), negotiating milestone-based contracts, and designing UI mockups before implementation.
Architected and developed a full-featured Point of Sale (POS) and restaurant management system. Utilized Python (FastAPI) for a robust backend and WebSockets for real-time order processing and synchronization, demonstrating a strong grasp of inventory and data flow logic.
Engineered various monitoring solutions, such as a real-time Wind Turbine Monitoring system, utilizing ESP32 microcontrollers, I2C sensors (INA219), and custom web backends to track voltage and power efficiency.
Let's build something amazing together