• Developed machine learning and LLM to enhance Optical Character Recognition (OCR) accuracy and automate data extraction from expense receipt by over 70%. • Designed and implemented an automated pipeline using NLP techniques to structure and process extracted receipt data effectively. • Provided IT support by troubleshooting user issues, debugging applications, and ensuring smooth system functionality through effective problem resolution.

- Designed and optimized ETL pipelines for data extraction, transformation, and loading using Python, SQL, and Apache Airflow. - Conducted data cleaning, preprocessing, and feature engineering to improve model accuracy with Scikit-learn and Pandas. - Built a scalable data warehouse and automated updates using PostgreSQL. - Developed RESTful APIs and managed backend architecture for the SPBE web app using Flask and MySQL. - Created interactive dashboards and reports using Tableau and Power BI to support decision-making. - Resolved performance bottlenecks and optimized data workflows using SQL Profiler and Python Debugger. - Collaborated in Agile teams for project delivery, utilizing Github and Git for task management and version control.

• Established platforms like the Aspiration Box to gather and address student concerns on academics, financial matters, and facilities, directly liaising with the Dean's office. • Founded "Sahabat Mahasiswa HIMATERA," a support community for students affected by sexual violence and mental health issues. • Organized a seminar titled "Gateway to Your Future" on internships and scholarships, benefiting over 80 students in Robotics and AI Engineering.

• Organizing a bootcamp about Arduino and Writing a Good Thesis for all students majoring in robotics and artificial intelligence engineering, impacting 150+ students.

A team specializing in the research and development of flying robots (UAV). • Co-founder and leader of Akasasura UAV Research Team Unair, managing team workflow and project completion. • Led technical efforts in 3D aircraft design, vacuum infusion composite fabrication, and Ardupilot-based mission simulations. • Competed in the "Kontes Robot Terbang Indonesia 2023" with strong results; mentor for the Fixed Wing 2024 team.

• Designing a high maneuverability and aerodynamic 3D racing aircraft in Inventor 3D Design. • Designing a strong yet lightweight aircraft body made of carbon using vacuum infusion techniques.

KKCTBN Is one of the agendas of the innovation competition in ship-maritime technology, involving the design, creation of prototypes, and prototype performance. • Designing a strong yet lightweight aircraft body made of carbon using vacuum infusion techniques

• Tasked with creating algorithms and creating syntax code to carry out and complete missions correctly with ROS.