In an industry where time is the most valuable resource, I help engineering firms and independent professionals leverage the power of Python to automate repetitive tasks and eliminate human error. As a "Computational Engineer," I bridge the gap between software development and structural design, creating custom tools that transform hours of manual work into seconds of automated processing.
My automation services focus on three main areas:
Data Processing & Analysis: Using libraries like Pandas and NumPy, I create scripts that can parse massive amounts of output data from ETABS or SAP2000. I can automate the verification of thousands of structural members against building code requirements (e.g., checking D/C ratios) and generate summary tables in Excel or PDF.
Custom Engineering Calculators: I develop standalone Python tools for specific calculations, such as Seismic Response Spectrum generation, wind load distribution according to ASCE 7, or automated design of Cantilever Retaining Walls. These tools can include Graphical User Interfaces (GUIs) for ease of use.
Interoperability & API Integration: I write scripts that allow different software packages to talk to each other. For example, extracting geometry from a spreadsheet to build a model in AutoCAD or Revit via API, or syncing analysis results directly into customized reporting templates.
By automating the "boring" parts of engineering, I allow you to focus on high-level design and decision-making. My scripts are well-documented, clean, and scalable. Whether you need a simple tool to automate your Excel sheets or a complex algorithm for structural optimization, I provide cutting-edge solutions that put you ahead of the competition in the digital era of engineering.