GIS Analyst (UAV Systems) | Austhai Geophysical Consultants, Bangkok, TH | Sept 2021 - Present

• UAV airborne photogrammetric, LiDAR, magnetic and radiometric surveys were carried out throughout Thailand in the most remote and rural areas. 
• Conducted land surveys using DGPS, ground Radiometric and Magnetic systems. Collect, analyze, and interpret geographic information provided by geographic surveys, aerial imagery and satellite data. 
• Expertise in processing photogrammetric data and LiDAR point clouds utilizing a wide range of software programs to produce accurate and effective outcomes.
•  Utilized bathymetric data and DGPS for aquatic bodies to do a volumetric study. 
• Collaborate with clients to implement customized GIS solutions, and accurately process geographical datasets to produce accurate deliverables

Online map Quality Analyst | TELUS International, Bangkok, TH | June 2021 - August 2021

• To assess whether the supplied material is accurate and relevant, this position requires applying local expertise.
•  Research using online tools to determine the relevance and accuracy of the task information. 
•  Utilizing the national standards of the various countries to assess the given POI's.

Geospatial Expert and UAV Pilot | Immercon, Bangkok, TH | April 2021 - June 2021

• Involved in a project to use IOT and UAV solutions to transform large-scale palm fields into smart farms. 
• UAV solutions were provided to the client according to their requirements.

Student Researcher| Asian Institute of Technology, Bangkok, TH | Feb 2021 - May 2021

• Obtaining and analyzing satellite data, as well as creating training manuals for the Remote Sensing and INSAR academic courses.
•  Impact Evaluation of earlier studies carried out over the past 20 years by the Department of Remote Sensing and GIS.
  

Master's Thesis| Asian Institute of Technology, Bangkok, TH |April 2020 - May 2021

• This study is mainly focused on sustainable and precision farming.
• To classify the growth stages of the rice fields from planting to harvesting, UAV data were collected for ten months.
  
• Applied Deep Learning and Machine Learning models to develop a model for rice count estimation.