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Engineering

Full-stack systems from the sensor in the field to the dashboard on the desk.

  • Drone thermal inspection for solar farms
  • LoRa / 4G vehicle tracking on Koh Chang
  • IoT PM2.5 sensors across campuses
  • LARICE@608 on-premise cloud and GPU fleet
API-P: aerial map of a solar farm with thermal hotspot crops and a hotspot temperature table

The work.

Systems that run outside a slide deck: on solar farms, across an island, in factories and in a lab I built.

  1. larice608.com home page: “Advanced research. Real-world impact.” beside the LARICE gear mark and a grid of on-premise compute figures

    LARICE@608, built from the ground up

    Visit larice608.com

    A research lab and the platform it runs on: 10 on-premise GPUs led by an NVIDIA H100 (~120 TFLOPS FP32), 180 cores and 423 GiB of RAM across 7 hosts, a 3-node RKE2 Kubernetes cluster, FreeIPA identity, GitLab and Jenkins CI/CD, Cloudflare Tunnel and OPNsense at the edge, Prometheus and Grafana for observability, a compute ledger for GPU time, and the lab’s website. It serves researchers across ECE, MED, ME, TU-PINE and TEP-TEPE.

    Year
    2025 – present
    For
    Thammasat School of Engineering
    Role
    Builder and Laboratory Director
    Built with
    Kubernetes · GPU / HPC · FreeIPA · CI/CD · Local LLMs · Web
  2. API-P platform: aerial map of solar panels with hotspot markers, thermal crops and a table of hotspot temperatures

    API-P · Aerial Process & Inspection Platform

    Drone thermal imagery of solar farms, with hotspots detected per panel and pinned to a map with each frame’s GPS and EXIF data. Built for the anomaly-detection project with B.Grimm Power, and the platform behind the InCIT 2025 paper.

    Year
    2025
    For
    B.Grimm Power PCL. × Faculty of Engineering, Thammasat
    Role
    System Developer / Research Assistant
    Built with
    Computer vision · Thermal imaging · Drones · Web GIS
  3. Google Earth view of Koh Chang with candidate radio tower sites and link lines
    Radio link profile showing terrain elevation and the Fresnel zone between two sites

    Koh Chang EV tracking, LoRa field investigation

    Planning and prototyping a LoRa / 4G system for real-time electric-vehicle tracking on Koh Chang, Trat. Radio link profiles and tower sites were mapped across the island before anything was installed.

    Year
    2024
    For
    ENOVATION GREEN Co., Ltd.
    Role
    System Developer
    Built with
    LoRa · 4G · RF link planning · GIS
  4. Air-quality report page reading PM2.5 51.22 µg/m³, above four TSE sensor enclosures

    TSE Air Quality, PM2.5 sensor network

    A multi-campus IoT sensor network for PM2.5: sensor enclosures, data acquisition, spatiotemporal analysis and a public air-quality report page.

    Year
    2018
    For
    Thammasat School of Engineering
    Built with
    IoT · Embedded · Data visualisation
  5. Demonstrating the visualisation system to officials at a DIPROM event

    Digital for SMEs, visualisation systems

    Built the system and its measurement tools, then supported installation, so SMEs could monitor efficiency through IoT and a web application under DIPROM’s Digital for SMEs programme.

    Year
    2019
    For
    Department of Industrial Promotion (DIPROM)
    Role
    System Developer
    Built with
    IoT · Web application · Instrumentation

  6. Internal ERP

    Full-stack development and project management of an internal ERP system.

    Year
    2025 – present
    For
    Dhammakaya Temple
    Role
    Lead Developer & Project Manager
    Built with
    Full-stack · Project management
  7. VeCiA dashboard with class counts, PvP averages, charts and an activity feed

    VeCiA, e-sport data analysis

    A dashboard for an e-sport community: class distribution, PvP damage averages, member counts and activity over time.

    Built with
    Data analysis · Dashboards
  8. Home page of the 30 Years Success Stories website for Thammasat School of Engineering

    TSE 30 Years of Success Stories

    The website for Thammasat School of Engineering’s 30 Years of Success Stories.

    For
    Thammasat School of Engineering
    Built with
    Web
  9. Segmented footprints with arch-angle measurements for the left and right foot

    Podoscope foot-morphology classification

    Image processing on podoscope captures to segment both feet and measure the arch angle for automated foot-type classification.

    Year
    2019
    Built with
    Image processing · Computer vision · Healthcare

Under the hood.

The engineering part of the kit. See all tech specs.

Core web development
HTML, CSS, JavaScript, TypeScript, Node.js, React, Laravel, Express, Next.js, Nuxt, Astro, three.js / WebGL
DevOps & deployment
System integration, Kubernetes, RKE2, Helm, Docker, Docker Compose, Jenkins, Git, GitLab CE and Registry, Prometheus, Grafana, NGINX, Cloudflare, Cloudflare Tunnel, Wrangler, Netlify, Vercel
Networking & protocols
LACP, OPNsense, Tailscale, subnet routing, DNS and mail records, MQTT, WSS
AI & machine learning
Artificial intelligence, deep learning, computer vision, OCR, LLM, RAG, Ollama
Internet of Things
LoRa, MQTT, sensor networks
High-performance & embedded
Embedded systems, cluster computing, HPC architectures

Try another door.

Got a project?
Let’s build it together.

Research, a field system, a project that needs a PMO, or a wild moonshot. Send a message on LINE and I’ll get back to you.

Talk on LINEVisit CNL (Cyrnetics Labs Co.,Ltd) GitHub