Adin Adli Irfani

GIS & Marine Officer – PT. Ripta Jagahumi Nusantara 

• Optimized a tree-counting algorithm based on the Local Maximum Function for LiDAR datasets, maximizing CPU utilization and reducing processing time by 30%.
• Developed automated batch-processing workflows by indexing LAS datasets and implementing logging systems, enabling large-scale tree-top detection and process tracking.
• Conducted research and development on tree-top detection methods using machine learning
• Supported coastal feasibility studies through spatial data preparation, preliminary social mapping and physical surveys (infrastructure, tidal, and underwater conditions) for project planning.

Contract

Bandung, Indonesia

August 2025 – Present

Assistant Expert – Center of Coastal and Marine Area Development, Bandung Institute of Technology

• Contributed to multiple consultancy and research projects on coastal risk assessment, tsunami hazard analysis, and climate adaptation, integrating geospatial modelling and data science.
• Designed and automated geospatial workflows for tsunami propagation modelling and tsunami database creation, including a batch-processing script to generate large-scale tsunami simulation datasets for Indonesia’s early warning system (InaTEWS Merah Putih).
• Developed GIS-based tools to generate coastal inundation maps under multiple sea-level rise scenarios using a bathtub flooding model, predicting inundation extents.
• Conducted field surveys for baseline assessments and hazard mapping in coastal areas, collecting and validating spatial data for inundation and vulnerability analysis.
• Conducted statistical analysis and data visualization on sea-level rise projections using Python.

Contract

Bandung, Indonesia
July 2023 – July 2025

Bandung Institute of Technology – Bachelor of Science, Majoring in Oceanography

• Achieved GPA 3.22 out of 4.00 (146 Credits) with honors “highly satisfactory”
• Developed GIS-based flood prediction models to assess long-term coastal inundation risk.
• Applied Python, MATLAB, and spatial analysis techniques for data processing and visualization.
• Integrated satellite imagery & climate projections for scenario-based sea-level rise modeling.