Engineering Intelligence
Unveiling hidden patterns in chaos. Building intelligent systems for the next generation of the web.
About Me
Hi there! I am Raditya Fauzan. I am currently a third-year undergraduate Mathematics student at the University of Indonesia. People often ask why Math? For me, it is all about the logic and the precision. But beyond the formulas on a whiteboard, my real passion lies in Software and AI Engineering.
I am not just interested in 'calculating' things; I want to build them. I love the challenge of taking complex mathematical concepts and turning them into scalable automation or intelligent systems that solve real problems. Whether it's architecting a RAG-powered chatbot or optimizing a backend pipeline, I thrive at the intersection of clean code and smart algorithms. My goal is to make AI work in the real world, backed by the solid intuition of a mathematician.
Core Technologies
Experience
Developer Intern
PT. Mitra Cakra Digital
Developing high-performance backend systems using FastAPI and Celery-Redis. I specialize in large-scale data processing through automated web scraping and OCR integration, turning unstructured chaos into actionable database systems.
Head of Data Science Competition
LOGIKA 2025 (Universitas Indonesia)
Leading the architectural design of a national-scale competition. I am responsible for designing the competition structure for over 100 participants.
Deputy of Evaluation and Management
HMDM Universitas Indonesia
Leading internal evaluations and organizational assessments. I initiated and supervised a new evaluation framework to assess the performance of 13 departments and over 30 work programs.
Full Stack Data Science
Sanber Campus x ITB
Intensive program focusing on the end-to-end data science lifecycle. Specialized in Machine Learning, NLP, and Time Series Analysis to build predictive and analytical models.
Bachelor of Mathematics
Universitas Indonesia
Focusing on the mathematical foundations of AI, including Linear Algebra, Algorithms, and Data Structures. Currently in the third year, leveraging mathematical logic to build intelligent systems.
Projects
