
Creative communication, interactive e-learning, and high-performance computational infrastructure.
Design, E-Learning, HPC
NSTDA & VISTEC Series
Years of Scientific Media
Open Tools & Guides
Passionate about science communication, data visualization, posters, brochures, book covers, and academic presentations. Creator and instructor of the “Design StyleWit” workshop series delivered to university faculties and science camps.




Developed an interactive online learning platform for the Stereochemistry Lecture Series in collaboration with the Department of Chemistry, Faculty of Science, Chulalongkorn University. Features video lectures, interactive 3D molecular representations, and self-assessment modules.
Building, configuring, and operating computational research clusters using enterprise Linux (CentOS/Rocky Linux), Slurm Workload Manager, and Rocks Cluster. Author of popular open-source deployment guides on GitHub.
BistKA is a dedicated mini-HPC cluster custom-designed and deployed for Kamnoetvidya Science Academy (KVIS) to empower high school researchers in computational biology, molecular chemistry, and artificial intelligence. Built on Rocky Linux 9.6 with OpenHPC and SLURM workload management, BistKA features CPU and multi-GPU compute nodes, a high-throughput Lustre distributed parallel file system, and a managed 10GbE network fabric—delivering an enterprise-grade computational research environment for advanced student projects.

Cluster networking architecture highlighting the managed 10GbE switch (10.205.100.0/24 subnet), master/login node (bistka-master), compute nodes (bistka-compute-01, bistka-gpu-01/02), dedicated storage node (bistka-storage-01) with Lustre File System, and on-campus/VPN client access.

Complete HPC stack overview spanning Rocky Linux 9.6 with LNet, OpenHPC & SLURM scheduling, Lustre/NFS file systems, development compilers (Intel oneAPI, GNU, CUDA), MPI libraries, and pre-configured scientific suites (Amber, GROMACS, CP2K, ORCA, TensorFlow, PyTorch, Mamba).

“Code, design, and computational infrastructure are not separate disciplines — they are the creative instruments that make complex science understandable, actionable, and impactful.”

ฝ่ายวิชาการและวิจัย สวทช. (NSTDA)
Invited speaker discussing foundational ideas, research inspiration, and scientific curiosity for high school science projects.

ฝ่ายวิชาการและวิจัย สวทช. (NSTDA)
Delivering workshop on writing compelling research proposals, effective presentation storytelling, and defense preparation for competition judges.

ฝ่ายวิชาการและวิจัย สวทช. (NSTDA)
Keynote lecture on formulating high-impact science project concepts, identifying research gaps, and structuring project hypotheses.

SCADS Lab, IST, VISTEC & KMUTT
Organizer and lecturer for Thailand Machine Learning for Chemistry Competition (TMLCC), covering molecular representations and graph neural networks.