I am a Geomatics Engineering graduate with a passion for spatial data analysis, cartography, GIS and remote sensing. My goal is to enhance my core knowledge and understand advanced technologies in the field of geomatics while improving my problem-solving and critical-thinking skills.
I currently serve as a Survey Officer at Guthi Sansthan, where I safeguard land assets and property boundaries, maintain a centralized digital geodatabase, and resolve boundary disputes through cadastral analysis. Previously, I worked as a Geomatics Instructor, delivering lectures and supervising fieldwork and student projects.
Percentage: 77
Percentage: 80
Percentage: 85
Overseeing and safeguarding Guthi land assets and property boundaries from encroachment. Developing and maintaining a centralized digital geodatabase for comprehensive land records. Conducting precision field surveys and delineating complex land boundaries. Creating and updating topographical and cadastral maps using advanced GIS, and resolving boundary disputes by cross-referencing historical cadastral data with modern spatial analysis.
Delivered lectures and organized practical fieldwork in Geomatics Engineering-related subjects. Supervised project works.
Delivered lectures and organized practical fieldwork in Geomatics Engineering-related subjects. Supervised project works.
Content and blog writing for social media and website. Organized and managed various skills-building programs related to Geomatics.
This project focused on developing a system for monitoring and visualizing air quality data using low-cost mobile sensors. The system integrates GNSS technology for location tracking, Raspberry Pi for data processing, and web development for visualization.
The solution provides real-time air quality monitoring with spatial context, allowing for the identification of pollution hotspots and trends over time.
The system uses a network of low-cost sensors connected to Raspberry Pi devices that collect air quality data including particulate matter (PM2.5, PM10), carbon monoxide, nitrogen dioxide, and ozone levels. The collected data is geotagged using GNSS and transmitted to a central database.
A web application provides visualization tools including heat maps, time-series graphs, and comparative analysis features, letting users monitor air quality in real time or analyze historical patterns to identify pollution sources and trends.
Completed various online courses in Geospatial Technology, Data Science, and Remote Sensing from platforms such as Coursera, Udemy, ESRI, edX, etc.
Key areas of study include GIS, Python programming for data science, and satellite image analysis.
