Civil Engineering · Structural Analysis · Steel Structures · Scientific Computing

I work at the intersection of structural engineering, scientific programming and steel fabrication. My current focus is the development of computational tools for structural analysis, seismic design and multi-objective optimization of steel buildings.

• Structural analysis and seismic design
• Steel structures and LRFD design
• Python / OpenSeesPy for structural modeling
• Multi-objective optimization with NSGA-II
• Technical documentation and automated reports
• Steel fabrication, welding and constructability

Documentary showcase of a Python/OpenSeesPy framework for 3D structural modeling, modal analysis, response spectrum analysis, drift checks, demand/capacity evaluation, LRFD design, constructability review and multi-objective optimization.

Main tools:

Python · OpenSeesPy · DEAP · NSGA-II · ETABS · SAP2000 · Streamlit · Excel · Markdown · CSV · JSON

Main applied case:

• Four-story steel building
• Moment frames + Chevron bracing
• Approximate steel weight: 44.84 t
• Maximum global D/C ratio: 0.793
• Maximum service drift: 0.000816
• Roof displacement: 8.35 mm

Python · OpenSeesPy · C++ · ETABS · SAP2000 · Tekla Structures · Revit · AutoCAD · Excel

LinkedIn: www.linkedin.com/in/abisai-algara-structural Email: abimartinja@gmail.com