I build the whole measurement chain: the optics and electronics that sense, the firmware that acquires the signal, and the math and models that turn it into an answer. I'm currently working on AirGradient air-quality monitor firmware. Before that I worked on atmospheric LiDAR, telescope prototypes and FPGA links to RF hardware, and I research domain adaptation for open-vocabulary segmentation.
Portfolio: cheer.cerosoft.net · Based in Chiang Mai, Thailand
| Project | ||
|---|---|---|
| Optics & instruments | Atmospheric-LiDAR | Acquisition and analysis for a Mie LiDAR: aerosol profiles from oscilloscope, transient-recorder and MPL data |
| NanoPZ-Focal-Plane-Mask-Ctrl | Closed-loop focal-plane mask alignment: a Newport nano-piezo actuator driven by FWHM measured on a GigE camera | |
| Fourier-Propagation-Simulation | Fourier-optics simulation of telescope pupils, apodization and focal-plane intensity | |
| Hardware & firmware | FPGA-SPI-admv1013 | VHDL SPI master controlling ADMV1013/1014 microwave up/down converters |
| firmware-one-openair | Work on AirGradient ONE / Open Air air-quality monitor firmware | |
| Machine Learning | Gradient-FREE-Domain-Adaptation | Training-free domain adaptation for open-vocabulary segmentation via LoRA adapter retrieval and fusion |
| Software | CondoMateV2 | Condo management PWA: parcel scanning, residents, online backup and failover |

