Software Engineer, Senior

FlightSafety•Hazelwood, MO

16h•Onsite

About The Position

Create and maintain software tools for processing digital assets such as terrain, imagery, vectors, and 3D models to support FlightSafety’s Modeling team. Improve workflow efficiency, reduce errors, and build technology for storing, transferring, converting, and optimizing large datasets used in simulation, aviation, and geospatial applications. Work includes development in areas such as: realistic terrain, advanced animation, high-resolution imagery, procedural content generation, and 2D/3D content processing.

Requirements

Bachelor’s degree in Computer Science or related technical discipline
5+ years of professional industry experience
Proficiency in C++ or C#
Strong understanding of data structures, algorithms, and object-oriented programming
Geospatial software development and/or geospatial formats
GIS tools: ArcGIS, QGIS, PostGIS
Open geospatial standards: WMS, WCS, GeoPackage
Experience with modeling or art pipelines in graphics-based industries
Processing of satellite imagery, aerial photography, mapping data, terrain elevation
Graphics programming: Unreal, Unity, OpenGL, Direct3D, HLSL, GLSL
Strong mathematics: matrix algebra, projective geometry, vector math
Design patterns and multi-threading
MS Visual Studio
Python or other scripting languages
Ability to read and interpret technical specifications
Lean/Agile software development
Atlassian toolset: Jira, Confluence

Nice To Haves

Computer Science degree and 5+ years of industry experience
C++ / C# programming
Data structures, algorithms, and object-oriented design
Design patterns and/or multi-threading experience
MS Visual Studio
Python or other scripting experience
Reading and using technical specifications
Lean/Agile software development
Atlassian products: e.g. Jira, Confluence

Responsibilities

Design, develop, and maintain geospatial content-processing software
Build tools for terrain, imagery, vector data, and 3D-model workflows
Create processes that improve Modeling team efficiency and reduce errors
Implement data storage, conversion, and optimization pipelines
Support large dataset handling across simulation and geospatial formats
Contribute to realistic terrain, high-resolution imagery, animation, and 2D/3D content processing
Participate in full development lifecycle: design, coding, testing, integration, documentation, and support
Work collaboratively within an agile, multi-disciplinary engineering team

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