Asian Institute of Technology, Pathumthani, Thailand
AI Center Unit
- Machine Learning Developer - Full time, current position
- Software Developer - Full time, after graduation
- Graduate Research Assistant - Internship
Machine Learning Developer
AI Center Unit, Asian Institute of Technology
AI Center Unit
Developing a PoC surveillance-record search engine with Thai-language generative AI. Leveraged LangChain, SmolAgent, and Ollama for on-premise LLM serving; developed vision-language multimodal systems, fine-tuned models, and vector database integration for video analytics programs.
Developed research software to detect and analyze black smoke from vehicles in collaboration with ENTEC, NSTDA. Built a web application with video analytics for smoke screening and multi-frame emissions analysis from light-duty diesel trucks and vans.
Developing a tollway surveillance PoC to detect wrong-way driving, speeding, illegal parking, and unexpected objects. Built a zoom-assisted API for falling-object detection up to 300 meters and vehicle length classification.
Contributed to AI service tasks, AI training, optimization, hosting tests, and CI pipeline upgrades for automated unit tests, evaluation tests, reporting, and service software patching.
Owned the analytics-side face recognition system, including detection, tracking, recognition integration, evaluation, and deployment support.
Developed wildfire component classification and segmentation from drone video, with forecasting support using empirical models and satellite data.
Improved action recognition post-processing to reduce fall detection false positives and performed system performance evaluation.
Developed accident detection demo logic using tracked object pair information and Qwen 3.5 for reasoning over vehicle interactions. Built VLM-based scene detection for fire, violence, fall, smoke, and abnormal surveillance events.
Designed and built an end-to-end business intelligence project to forecast electricity prices, including data gathering from BOT and EGAT APIs, time-series model training, and an interactive Python web dashboard.
Applied SVM, ANN, and signal processing techniques to classify diabetes from Raman spectrums, showing a strong foundation in data science fundamentals.
Conducted a comparative analysis of reinforcement learning architectures including Rainbow, DDQN, LSTM, and Transformer variants for OpenAI Gym game-playing agents.
Developed and hosted a web application showcasing multiple NLP models, including resume parser NER, sequence-to-sequence machine translation, and text generation.
Studied substance absorption with a monolith material approach for urine extraction to perform quantitative analysis of serotonin concentration related to depression.
MULTI-MODAL PERSON RETRIEVAL: BRIDGING TEXT, IMAGES, AND RE-IDENTIFICATION
Developing a Transformer-based multimodal system integrating a text encoder and an image encoder for person-related tasks, including identity information processing, cross-camera person re-identification, and text-based person search in one model, following the OpenAI CLIP design.
Master of Science in Data Science and Artificial Intelligence, GPA 3.7/4.0
Recipient of the Hisamatsu Prize. Courses taken: Recent Trends in Machine Learning, Data Modeling and Management, Machine Learning, Business Intelligence and Analytics, Computer Programming for Data Science and Artificial Intelligence, Natural Language Understanding.
Bachelor of Science, GPA 3.60/4.0
YSTP research scholar from NSTDA and full scholarship recipient from the university.