Software & Tools

CPeT-IT

95%

Experience processing raw CPT data from the field and generating CPT profiles using CPeT-IT.

RapidCPT-gINT

95%

Experience processing raw CPT data from the field and generating CPT profiles using RapidCPT and gINT.

AutoCAD

95%

Experience using AutoCAD for drafting drawings, designs and details.

MATLAB

90%

Numerical computing and algorithm development.

Technical Skills

Python

90%

Proficiency in libraries like : OpenCV, Pytorch, Numpy, Matplotlib.

R

80%

Good understanding of statistical software R.

Machine Learning

80%

Decent understanding of Computer Vision, Agentic AI and Explainable AI.

Analysis & Modeling

SAP2000

95%

Advanced structural analysis and design for Bachelor Degree's final year project.

Settle3

95%

Strong understanding of settlement analysis and modeling of structures across varying soil strata.

Slope/W - GeoStudio

95%

Strong understanding of analyzing slope stability associated with structures on different soil strata, water elevations, pre and post construction.

CWALSHT

95%

Strong understanding of sheet pile wall design and analysis across diverse soil profiles and design conditions.

ETABS

90%

Building analysis and design.

Analysis

APILE

95%

Experience using APILE for axial capacity analysis of deep foundations, including shaft resistance, end bearing evaluation, and load movement modeling.

DRIVEN

95%

Experience using DRIVEN software for axial capacity analysis and design of driven piles across layered soil conditions.

LPILE

95%

Experience using LPILE for analysis of laterally loaded piles.

PSDDF

95%

Experience with marsh fill settlement analysis considering a range of marsh fill properties.

Method of Planes (MOP)

90%

Experience with the Method of Planes (MOP) for evaluating slope stability along planar failure surfaces.