Designing
Stability. Analyzing
Logic.

Developed a Python-based automation tool for ASBL to streamline project scheduling. The system analyzes construction constraints, resource availability, and dependencies to generate optimized timelines automatically.

This tool reduced manual scheduling effort by 40% and minimized logic errors in the critical path method (CPM) analysis. It integrates directly with existing database formats to provide real-time updates.

Conducted extensive research on the non-linear dynamic response of high-rise structures under severe seismic loads. Utilized OpenSees (Open System for Earthquake Engineering Simulation) to model complex structural behaviors.

The study focused on performance-based design (PBD) and energy dissipation mechanisms, proposing optimized damping solutions for structures in Zone V seismic regions.

Designed key components of a coastal road bridge using Sofistik FEA software. Implemented an automation workflow using Excel VBA to parameterize the bridge geometry, allowing for rapid iteration of design alternatives.

The automated workflow significantly reduced modeling time for variable-depth girders and complex pier arrangements, ensuring strict compliance with IRC loadings.