My engineering background connects pipeline workflows, stress-analysis thinking, CAD/FEA preparation, technical calculations, documentation and Python automation. This is why my software work is not only visual; it is built around domain logic, validation and repeatable technical outputs.
Pipeline routing, technical calculation, stress-analysis support, report preparation, and engineering data handling for oil, gas, and industrial workflow studies.
CAESAR II, Pipeline Studio, AutoCAD, Excel, Mathcad, Python automationPython utilities for input generation, engineering calculators, report-ready outputs, data validation, and repeatable technical workflows.
Python, VBA-style logic, LISP concepts, structured files, engineering formulasAbaqus input file generator, AutoCAD add-in thinking, LISP programming concepts, FEA support tools, and practical engineering software interfaces.
Abaqus, AutoCAD, LISP, SolidWorks, numerical methodsTeaching engineering software through step-by-step workflows so learners understand both the tool and the technical decision behind it.
AutoCAD, Mathcad, FatFree, Abaqus FEA, MS Office, data analysisA broader suite of 25+ engineering calculators, generators, technical utilities and automation systems built around practical domain logic.
Python, Numerical Methods, SQLite, Engineering FormulasAdd-in style productivity concepts for AutoCAD drafting, repetitive CAD operations, command workflows, and engineering drawings.
AutoCAD, LISP Concepts, PythonAutomation concepts for pipeline calculations, stress workflow support, line data handling, report generation and validation tasks.
Python, CAESAR II Workflows, Pipeline Studio, ExcelA custom generator for structured Abaqus input files, useful for repeated FEA setup and accurate technical formatting.
Python, Abaqus, CAE Automation, Structured Files