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Jarul Rozki

@jarulrozki

Aspiring data analyst with experience processing geophysical data at Mataram Geophysics Station and presenting AI research at SAINTEK National Seminar 2025.

Indonesia

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What I'm looking for

I aspire to develop a career as a Data Analyst, applying analytical thinking and programming skills to process data and generate useful insights for decision-making.

At Mataram Geophysics Station, I assisted with collecting, processing, and analyzing geophysical data, including routine monitoring and recording. I processed data to identify patterns and extract relevant information.

At SAINTEK National Seminar 2025, I presented research on PHYPAL, a local voice chatbot using Llama 3.2 and Raspberry Pi as a physics learning assistant. I studied computational and theoretical physics at the University of Mataram and aspire to build a career as a Data Analyst.

Experience

Work history, roles, and key accomplishments

Fieldwork Intern

Mataram Geophysics Station

Jul 2025 - Nov 2025 (4 months)

Assisted with the collection, processing, and analysis of geophysical data. Conducted routine data monitoring and recording, and processed geophysical data to identify patterns and extract relevant information.

Data Analysis Data Processing Problem Solving Scientific Data Interpretation

Research Presenter

SAINTEK National Seminar 2025

Presented research entitled 'PHYPAL: A Local Voice Chatbot Based on Llama 3.2 Integrated with Raspberry Pi as a Physics Learning Assistant.' Explained the development of a voice-based chatbot using Llama 3.2 integrated with Raspberry Pi to support physics learning.

Scientific presentation Research Communication Academic Discussion

Education

Degrees, certifications, and relevant coursework

University of Mataram

Bachelor of Physics, Computational and Theoretical Physics

2022 - 2026

Grade: 3.57/4.00

Activities and societies: Relevant Coursework: Data Science, Basic Statistics, Computational Physics, Numerical Methods, C Programming, and Mathematical Physics. Undergraduate Thesis: 'Using Transformer Architecture to Solve the One-Dimensional Imaginary-Time Schrödinger Equation'.

Bachelor of Physics with a focus on computational and theoretical physics. GPA 3.57/4.00, with relevant coursework in data science, statistics, and numerical methods.