PRANWAT.
PHATTHANACHAROEN
MATERIALS SCIENCE STUDENT
OPTICS · HARDWARE · ML

Materials science student who builds instruments, the software that runs them, and the models that read their data. Looking for an R&D or engineering internship.

VIEW MY WORK →
BANGKOK, THAILAND
Pranwat Phatthanacharoen
00+RESEARCHERS IN THE 2PP TEAM
00PERSON TEAM AT CCIT
~00STUDENTS TOURED PER YEAR
▶SCROLL TO EXPLORE
01 / SELECTED WORK

THE WORK THAT SPEAKS.

01LED Interference ImagingBacterial species identification · Naratanant Lab · 2026

022PP Laser 3D NanoprintingStage-control software · team of 10+ · 2026

03Hospital-Lab DevicesBacterial ID and inhibition-zone measurement · CCIT · 2026
WHERE THE WORK HAPPENS
MAHIDOL UNIVERSITYNARATANANT LABMuON SPIECCITQORTHIS
02 / THE RESULTS

THE WORK.
THE RESULTS.

00%
CNN SPECIES CLASSIFICATION ACCURACY

A PyTorch CNN trained on LED interference images classifies bacterial species with 97% accuracy.

HOW IT WORKS ↓
  • 01
    Prototype costWhole LED imaging device: optics, camera, electronics, 3D-printed housing
  • 02
    2PP stage controlPrints text, images and QR codes; extending to 3D microstructures and nanoscale circuit patterns
  • 03
    Camp for 80 studentsFactory visits, host site and safety plan
  • 04
    Science outreachLab tours for about 300 high-school students a year
03 / BEHIND THE WORK

NOT JUST THE WORK.
THE WAY OF THINKING.

EDUCATION & SKILLS

B.Sc. Materials Science and NanoengineeringMahidol University, International Program · Aug 2024 – May 2028 (expected) Programming & MLPython, PyTorch, TensorFlow, OpenCV, scikit-learn, MATLAB Hardware & fabricationRaspberry Pi, Arduino, ESP32, 3D printing, laser cutting Characterization & simulationSEM, AFM, XRD, FTIR, UV-Vis · ANSYS Mechanical, Lumerical FDTD

HOW THE DEVICE WORKS

01
THE LIGHT

LED illumination and light interference capture the physical features of bacterial samples

02
THE CODE

Python/OpenCV pipeline on a Raspberry Pi, then a PyTorch CNN that names the species

03
THE BUILD

Optics, camera, electronics and a 3D-printed housing in one working prototype

“
I build instruments, the software that runs them, and the models that read their data.
Pranwat
KEEP MOVING. KEEP MAKING.
Director & ShareholderQORTHIS INNOVATION Co., Ltd., Bangkok

Co-own and direct an automation and AI startup founded with two other shareholders; lead the AI work, currently focused on systems for medical applications.

Hardware & ML Engineer (freelance)CCIT

Lead hardware design and model training in a 5-person team building an image-based bacterial identification device and an automated inhibition-zone measurement device.

Software & Stage-Control DeveloperTwo-Photon Polymerization (2PP) project, team of 10+ researchers

Develop the Python software that drives the motorized stage and print sequence of a 2PP laser 3D printer.

Undergraduate ResearcherNaratanant Lab, Mahidol University

Designed and built a low-cost LED interference imaging device for bacterial species identification, with a CNN that reaches 97% accuracy.

BEYOND
THE LAB.
  • Treasurer, MuON SPIE Student ChapterMay 2026 – Now · finances for ~10 members; built the chapter website
  • Camp Organizer, Faculty of Science Study-Visit CampMar – Nov 2025 · factory visits, host site and safety plan for 80 students
  • Science Outreach: MAS Camp, Open House, YMICAnnual · lab tours for ~300 high-school students a year
  • Student Council Member, Assumption College Thonburi2021 – 2024 · organized school events and MC'd ceremonies
04 / YOUR NEXT STORY

LET'S WORK
TOGETHER.

Looking for an R&D or engineering internship in optics and photonics, semiconductors or materials. Get in touch.

START A CONVERSATION →
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BASED INBangkok, Thailand
BUILD.
MEASURE.
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