Master's Student in Physics (Universitas Indonesia)Research Experience in Quantum Computing (BRIN Quantum Physics Research Center)
A Master's student in Physics at Universitas Indonesia, with research experience in quantum computing, quantum machine learning, and scientific computing. I develop quantum algorithms and QML models using Python and Qiskit through research at BRIN's Quantum Physics Research Center, alongside work on hybrid ML-QML research and high-performance computing.
I work mostly from the physics side: building intuition for a model first, then testing it in small experiments before scaling it into real pipelines. I am an enthusiastic Linux user and spend a lot of my time on HPC clusters, numerical methods, and quantum machine learning workflows.
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Alzheimer Diagnosis Optimization with Machine Learning and Quantum Machine Learning
A fusion of Machine Learning and Quantum Machine Learning for complex neuroimaging analysis. Awarded and funded in Room 10 of the AMLI Student Creativity Program.
ML-QMLMedical AIPythonNeuroimaging
2025 [Code]
Machine Learning and Quantum Machine Learning for Indonesian Weather Forecasting
ML-QML model optimization for weather prediction using local Indonesian data and hybrid algorithms.
Quantum MLPythonData ScienceWeather Prediction
2025 [Code]
Quantum Machine Learning with Julia
Quantum Machine Learning implementation and experimentation in Julia for high-performance scientific workflows.
JuliaQMLScientific Computing
2025 [Code]
Deep Learning for GPR Inversion
A deep learning approach for analyzing and inverting ground-penetrating radar data with neural networks.
Deep LearningPythonImage ProcessingGPR
2025 [Code]
All projects
Education
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Universitas IndonesiaDepartment of Physics
Master of Science (M.Sc.) in Physics2026 - present -
Universitas Negeri MalangDepartment of Physics
Bachelor of Science (B.Sc.) in Physics
Thesis: Optimization of Classical and Quantum Machine Learning Models for Weather Forecasting in Indonesia2022 - 2026 -
SMAN 1 MamujuMIPA and English LiteratureJan. 2019 - Feb. 2022
Experience
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High-Performance Computing (HPC) CakraAdministrator, Department of Physics2025 - present
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Teaching Assistant - Applicative Computer Programming CourseTeaching AssistantJan. 2026
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Linux BootcampAssistantJan. 2026
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Teaching Assistant - Advanced Computational Physics CourseTeaching AssistantOct. 2025
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Group Meeting of Computational and Theoretical Physics Expertise GroupSpeaker on Machine Learning and Quantum Machine LearningOct. 2025
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Student Creativity Program (PKM - AMLI)Research Funding Recipient & Best Presenter (1st Winner, Room 10)Oct. 2025
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Laboratory Assistant - Physics for BiologyLaboratory AssistantOct. 2025
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Qiskit Global Summer SchoolParticipant (1-month intensive seminar on Quantum Computing)Aug. 2025 -
Quantum Physics Research Center, BRINResearch InternFeb. 2025
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Laboratory Assistant - Electronics IILaboratory AssistantDec. 2024
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Error Theory and Occupational Safety Seminar, Department of PhysicsMentorOct. 2024
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HMD Fisika NucleonHead of Information and Communication DivisionJan. 2024
Skills
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Quantum Computing - Quantum Machine Learning (Python/Julia), quantum algorithms, Qiskit, PennyLane
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Machine Learning (Python) - classical ML pipelines and hybrid ML-QML models
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High-Performance Computing (HPC) - Cakra cluster administration and resource monitoring
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Scientific Computing - Molecular Dynamics, numerical methods, phase change materials (PCM)
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Linux & Tools - Linux, Git, GitHub, LaTeX, Markdown
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Languages - Python, Julia, MATLAB
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Data & Productivity - SQL, Microsoft Excel, Google Docs, Tableau
Certifications
News
Selected Publications (view all )
Optimization of Classical and Quantum Machine Learning Models for Weather Forecasting in Indonesia
Undergraduate Thesis - Universitas Negeri Malang 2026
Perbandingan model Machine Learning klasik dengan model Quantum Machine Learning untuk peramalan cuaca di Indonesia. Fokusnya pada apakah varian kuantum memberi perbaikan yang nyata dibanding baseline klasik yang kuat, diuji pada data cuaca lokal dengan split dan metrik yang sama.
Optimization of Classical and Quantum Machine Learning Models for Weather Forecasting in Indonesia
Undergraduate Thesis - Universitas Negeri Malang 2026
Perbandingan model Machine Learning klasik dengan model Quantum Machine Learning untuk peramalan cuaca di Indonesia. Fokusnya pada apakah varian kuantum memberi perbaikan yang nyata dibanding baseline klasik yang kuat, diuji pada data cuaca lokal dengan split dan metrik yang sama.
Quantum Kernel Regression for Meteorological Forecasting
Internship Project Report 2025 Spotlight
Penelitian ini berfokus pada salah satu metode QML yang paling menonjol untuk aplikasi jangka pendek pada era Noisy Intermediate-Scale Quantum (NISQ), yaitu metode berbasis kernel kuantum.
Quantum Kernel Regression for Meteorological Forecasting
Internship Project Report 2025 Spotlight
Penelitian ini berfokus pada salah satu metode QML yang paling menonjol untuk aplikasi jangka pendek pada era Noisy Intermediate-Scale Quantum (NISQ), yaitu metode berbasis kernel kuantum.
All publications
Recent Articles (view all )
A short note on how I build understanding in quantum computing through physics fundamentals, coding practice, and repeated experimentation.
Quantum ComputingLearningResearch 4 min read
Quantum Machine Learning is still an emerging field, but I see strong value in exploring how it can complement medical analysis workflows rather than replace classical methods.
QMLMedical AIResearch 5 min read