1. Arwinata, H. I., 2026, Constraints on the Cross-Section of Self-Interacting Dark Matter from Gravitational Lensing and Stellar Kinematics in the CSWA 31 and RXJ1131–1231 Systems, Master's Thesis.
  2. Hidayatullah, I. G. D., 2026, Determination of the Initial Mass Function (IMF) Mismatch Parameter Using the Lens Galaxy of the Eye of Horus Gravitational Lensing System, Master's Thesis.
  3. Kusuma, S. H., 2025, The Star-Forming Galaxy Main Sequence on Spatially Resolved Scales in JWST Fields, Master's Thesis.
  4. Zahra, F., 2025, Prediction of Intermediate-Mass Black Hole Detection in Globular Clusters Using Microlensing, Master's Thesis.
  5. Septiadi, B., 2025, Estimation of Seeing Values Using Atmospheric Parameter Data at the Mauna Kea Observatory with Random Forest, Master's Thesis.
  1. Candradewani, A. S., 2026, Inferensi Parameter Substruktur Warm Dark Matter dari Citra Pelensaan Gravitasi Kuat Menggunakan Deep Learning dan Inferensi Hierarkis Bayesian, Bachelor's Thesis.
  2. Ibrahim, M. A., 2026, Rekonstruksi Distribusi Kerapatan Di Alam Semesta Inhomogen Menggunakan Lensa Gravitasi Kuat, Bachelor's Thesis.
  3. Hasnaningtyas, K. Z., 2026, Karakteristik dan Evolusi Atenuasi Debu Galaksi Pembentuk Bintang Redshift Tinggi 1 < z < 7 pada Survei JADES, Bachelor's Thesis.
  4. Setiawan, D., 2026, Analisis Bias Sistematis Pemulihan Parameter Model Stokastik CARMA(2,1) Akibat Kontaminasi dan Keterbatasan Data Deret Waktu pada Variabilitas UV/Optik AGN, Bachelor's Thesis.
  5. Elti, A. M., 2025, Design of a Portable Ethnoastronomy Storytelling Tool for the Management of the Timau National Observatory and Local Communities, Bachelor's Thesis.
  6. Setiawan, M. D., 2025, Estimation of Gravitational Lens Parameters at Intermediate Redshift Using Convolutional Neural Networks (CNNs), Bachelor's Thesis.
  7. Fernandi, J., 2025, (UNPAR), Subhalo Detection from Strong Lensing Data, Bachelor's Thesis.
  8. Habnawi, S., 2025, (UPI), Estimation of Physical Parameters of Binary Black Hole Systems Based on Gravitational Wave Data Using Convolutional Neural Networks, Bachelor's Thesis.
  9. Nofrizal, R. M., 2024, Application of Restricted Boltzmann Machine in a Movie Recommendation System, Bachelor's Thesis.
  10. Zahra, F., 2024, Prediction of Ninth Planet Detection Using the Microlensing Method, Bachelor's Thesis.
  11. Kusuma, S. H., 2024, Evolution of the Main Sequence Relation of Star-Forming Galaxies on a Global Scale, Bachelor's Thesis.
  12. Vincent, 2024, Probability Analysis of SDSS Galaxy Spectra as Gravitational Lens Candidates Using Machine Learning, Bachelor's Thesis.
  13. Septiadi, B., 2024, Estimation of Seeing Values from Various Refractive Index Structure Parameter Models at Mauna Kea, Hawaii, Bachelor's Thesis.
  14. Saputri, R., 2024, Astronomy for Mental Health: The Impact of Stargazing on Reducing Negative Emotions in University Students, Bachelor's Thesis.
  15. Arwinata, H. I., 2024, Analysis of Lens Redshift Probability Distribution Using Strong Gravitational Lens Samples for Constraining Cosmological and Galaxy Evolution Parameters, Bachelor's Thesis.
  16. Firdausa, S., 2023, A Review of General Properties of Spiral Galaxies Using HSC-SSP and SDSS Data, Bachelor's Thesis.
  17. Sugandhi, J. R., 2023, Development of a Transformer-Based Galaxy Detection System for the Search of New Gravitational Lens Candidates, Bachelor's Thesis.
  18. Tampubolon, F. L. G., 2023, Galaxy Image Encoding Using Variational Autoencoders for the Search of New Gravitational Lens Candidates, Bachelor's Thesis.
  19. Suryasumirat, N. A., 2023, Search for New Gravitational Lens Systems Using Deep Learning with Noisy Student Training, Bachelor's Thesis.
  20. Kurnianto, N. Y., 2023, Search for New Gravitational Lens Systems Using Deep Learning, Bachelor's Thesis.
  21. Zakiar, M. R., 2022, Development of an Observatory Suitability Index for Indonesian Astronomical Sites Using Integrated Remote Sensing Data and Long-Term Climate Modeling, Bachelor's Thesis.