Engineering-focused software demonstrations for workflow automation
I'm a software developer focused on engineering-centric applications. The tools on this site are deliberately scoped, web-based demonstrations of how structural engineering workflows can be translated into clean, maintainable software. They illustrate approaches to domain modeling, visualization, and automation, similar to patterns used in internal tools and Revit-integrated workflows.
CBFEM-based column base plate analysis with real-time 3D visualization. Demonstrates geometric modeling, load transfer, and result visualization for connection-level workflows.
Open Tool →Multi-span continuous beam analysis supporting multiple load types. Focuses on translating classical analysis logic into an interactive, responsive web-based tool.
Open Tool →ASCE 7-16 snow load analysis with 3D visualization. Calculates balanced, unbalanced, and drift loads for complex multi-region roof geometries with interactive wind direction control.
Open Tool →Nonlinear P-delta analysis of a warped column with out-of-straightness imperfection. Demonstrates moment amplification under pure axial load with animated deformation visualization.
Open Tool →IEEE 80 substation grounding grid analysis with boundary element method solver. Computes touch and step voltages, grid resistance, and generates surface potential contour maps for safety evaluation.
Open Tool →
Interested in something more specific?
If you’re evaluating workflow automation, internal tools, or a highly specific engineering application,
feel free to reach out:
[email protected]