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Jason Ken Adhinarta



(2018-2021) Student-Researcher


(2021-present) Computer Science Undergraduate, Boston College

(2018-2021) High School, Sekolah Pelita Harapan Lippo Village
(2018-2021) Applied Science Academy at Sekolah Pelita Harapan Lippo Village


  • Best Poster Presentation Award, 12th International Symposium on Modern Optics and Its Applications, Jakarta, Indonesia (2019).


  • Machine learning

  • Computer vision

  • Computational physics

  • Robotics


  • Languages/Frameworks: Python, Arduino C++, Igor Pro, LabVIEW

  • Technologies: PyTorch, OpenCV, LaTeX & TikZ


  • Palm oil fruit sorting via XGBoost on color features. Developed an automated training pipeline atop Google Cloud Platform.

  • Vision-integrated robotic arm inverse kinematics and torque minimization via gradient descent to pick up foreign objects.

  • Supervised Black Soldier Fly larvae instance segmentation (YOLACT, Mask-RCNN). Attempted unsupervised tracking (Differentiable Particle Filters, Tracking by Animation) without background subtraction. Part of a larger project to optimize larvae rearing conditions for waste-processing.

  • Modelling of resistance-angle dependence in twisted bilayer graphene via nodal analysis. Employed grid-based line intersection algorithms and sparse linear solvers on GPU hardware in an attempt to relate macroscopic features with magic angle superconductivity.


  1. Ray Andrew O. S., Jason K. Adhinarta, and Eden Steven, "Computer Vision-Based Palm Full Fruit Bunch Automated Grader." [Manuscript in Preparation]

  2. Jason K. Adhinarta, Eric Jobiliong, Muhandis Shiddiq, Henri P. Uranus and Eden Steven, “Light storage and thermal-assisted switching of SrAl2O4:Eu2+, Dy3+,” Journal of Nonlinear Optical Physics & Materials. (2019).


  1. Metode Robotik untuk Memantau, Menghidrasi, Melatih Pertumbuhan Jamur Baru dan Mengobati Infeksi Bakteri atau Jamur pada Kultur Jamur Baru untuk Menghasilkan Jaringan Lateral yang Padat Seperti Lembaran dari Bahan Jamur. (Patent Pending, P00202009416, Indonesia, Submitted 2020).
    Translation: A Robotic Method of Monitoring, Hydrating, Training, and Treating Bacterial or Fungal Infections of New-Growth Fungal Cultures to Produce Densified Sheet-Like Lateral Networks of Fungal Materials

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