Engineered the full-stack migration of a legacy Angular/Ruby prototype to a production-ready system using Next.js and Go, optimizing complex product mix calculations for greenfield property developments. Built a high-performance calculation engine capable of processing over 1 million scenarios per minute, integrating complex market logic and regulatory compliance rules. Managed AWS infrastructure and CI/CD pipelines, ensuring high availability and seamless deployment to support rapid scaling and strict data compliance.

Backend Developer at ARISE BY INFINITAS

July 1, 2022 - June 30, 2023

Engineered the backend for a high-throughput KYC/AML platform serving 40 million users, utilizing Golang, Kafka, and RESTful APIs to ensure sub-second latency and high availability for a major public bank. Collaborated with an 8-member team to deliver scalable solutions. Architected a secure Email Gateway API using Golang and GCP Cloud Storage, facilitating critical external communications (including sensitive bank statements) and internal data routing with strict security compliance.

Data Scientist Intern at MAN ATAL

August 1, 2021 - April 30, 2022

Revamped a full-stack data labeling application by integrating Python (Flask) and Angular, streamlining the annotation workflow for training machine learning models. Built a custom Named Entity Recognition (NER) model using SpaCy for resume parsing, directly enhancing the core product's parsing accuracy by 15%. Developed an advanced fuzzy matching algorithm leveraging K-Nearest Neighbors (KNN) to standardize skill taxonomies, resulting in a 70% improvement in database consistency by unifying variant entries (e.g., merging 'HTML', 'html', 'HTML5').

Chess-Playing Robotic Arm (University Project) at Autonomous Chess-Playing Robotic Arm Project

March 1, 2022 - Present

Engineer a real-time computer vision pipeline using YOLOv4, achieving 90% detection accuracy for identifying chess pieces and board configurations to guide robotic path planning. Built a strategic game engine implementing the Minimax algorithm with Alpha-beta pruning, optimizing decision trees to execute competitive moves with high computational efficiency. Developed a full-stack control interface using Python (Flask) and Angular, integrating the vision system and AI logic to autonomously orchestrate the robotic arm's movements.