The story, journey, and interests that shape my logical approach to engineering data systems.
I am a Mathematics graduate from Semarang State University (UNNES) who bridges mathematical reasoning with software development, machine learning models, and automated business integrations. My academic path instilled a deep appreciation for logical rigor and statistical forecasting, which I apply directly to modern data engineering and AI challenges.
Bachelor of Mathematics • Mathematics
Thesis Research
Implemented a Hybrid SSA–Deep Learning pipeline for hourly electricity load forecasting (2016–2024, ~77,000 data points)
Developed and compared SSA-LSTM, SSA-BiLSTM, and SSA-GRU models, achieving >95% forecasting accuracy.
I love breakdown of complex logic (dynamic programming, graphs) into simple tutorials for high school Olympiad candidates.
Fascinated by history of mathematics, game theory, chaos systems, and how statistical distributions occur in nature.
Building unique maps, custom chart animations, and scraping dashboards to present abstract data visually.

Eagerly looking for full-time positions as an AI Engineer or Data Scientist to apply mathematical rigor and automation tools to real-world business challenges.
Developed 6 major business case projects. Redesigned PPIC planning buffer logic reducing deviation by >95%, optimized route mapping improving logistics efficiency by 9%, and built 15+ pages of Looker Studio & web dashboards.
Completed and published a thesis applying a Hybrid SSA-LSTM/BiLSTM/GRU forecasting model on 77,000 hourly electricity points, achieving >95% accuracy. Graduated with a 3.78 GPA.
Began coaching high school students in Informatics Olympiad and competitive programming, focusing on algorithmic efficiency and data structures.
Discovered Python, database concepts, and statistical computing. Built first classification models and exploratory analysis notebooks.
Enrolled in Semarang State University (UNNES) to study Bachelor of Mathematics, forming a strong foundation in calculus, linear algebra, and statistical theories.