Bridging multi-source spatial data — remote sensing, airborne LiDAR, marine terrain, and geophysical profiles — into actionable engineering solutions, custom desktop tools, and Web GIS platforms.
Hello, I am Mingyi (Ming-Yi) Hsu, a Subsea Engineer and Geospatial Specialist with deep experience across marine spatial infrastructure, renewable energy development, and software automation.
My career bridges foundational public sector leadership with global offshore energy engineering. At the Ministry of the Interior, I led initiatives within Taiwan’s national marine survey program, directed the compilation of official national electronic navigational charts (ENC) and marine base maps, and developed national-scale spatial analytics and terrain models. Today, I translate that large-scale geospatial foundation into managing spatial data integrity, engineering subsea infrastructure, and developing automated desktop analysis tools for offshore wind and marine installations.
From regional terrain evolution and seabed stability to linear infrastructure clearance and land-based earthworks for renewables, my work delivers mathematical precision, clean engineering workflows, and practical decision-making tools.
Geospatial engineering and spatial data leadership from public sector foundations to global energy developers.
Overseeing subsea infrastructure spatial analysis and offshore engineering data management. Leading the spatial coordination of subsea cable corridors, foundation placement constraints, seabed mobility risks, and multi-source spatial data integration for offshore wind farm developments.
Delivered specialized spatial analytics and Web GIS management for offshore wind developers across the APAC region. Streamlined spatial datasets, cable burial tracking models, site suitability zoning, and web-based spatial portals for multidisciplinary project teams.
Spearheaded data workflows within national marine survey programs and oversaw the production of official electronic navigational charts (ENC) and national marine base maps. Engineered national-scale spatial analysis frameworks, 3D terrain/seabed models, and standardized geodetic datum conversion protocols.
From raw 3D spatial points to engineering answers — at sea and on land.
Automated cable profile extraction from route lines. Analyzes clearance depths, detects free spans, and evaluates terrain mobility.
Dynamic cross-section sweeping with configurable slopes and target depths. Rapid earthwork volume calculations ready for export.
Placement deviation mapping against design models. Platform cut-and-fill balancing for onshore substations and solar facilities.
Applying spatial data engineering across energy and marine engineering projects.
Tools and frameworks for spatial computation, visualization, and infrastructure modeling.
Desktop application development, spatial algorithms, geospatial ETL pipelines, and high-performance geometry processing.
Terrain surface modeling, spatial geometric analysis, coordinate transformations, and geodetic reference alignments.
Data integration covering satellite Earth observation, airborne point clouds, marine seabed models, and geophysical horizons.