Ruchi Shrestha

Ruchi Shrestha

E.I.T. – Staff Geotechnical Engineer

✉️ ruchieshrestha7@gmail.com 📍 Baton Rouge, LA

About

Ruchi Shrestha is a Staff Geotechnical Engineer II at GeoEngineers Inc., based in Baton Rouge, Louisiana, where she works on transportation, coastal, and industrial infrastructure projects. Her work involves detailed subsurface investigations, laboratory data interpretation, and geotechnical analyses that support safe and efficient design of foundations, embankments, and coastal systems.

At GeoEngineers, Ruchi coordinates drilling and testing operations, develops geotechnical design profiles, and performs analyses including slope stability, bearing capacity, settlement, pile design, and CPT interpretation. Through this work, she has developed a strong appreciation for how complex soil–structure interactions can be better understood through data-driven insights and modeling.

Ruchi completed her Master of Science in Civil Engineering (Geotechnical Engineering) at Boise State University, where her research focused on Microbial Induced Calcite Precipitation (MICP) as a sustainable soil stabilization technique. She also served as a Teaching Assistant, guiding students in courses such as Soil Mechanics, Construction Materials, and Computational Methods.

Before graduate school, she worked as a Civil Engineer at CE Construction Pvt. Ltd. in Kathmandu, Nepal, gaining field and design experience in residential and commercial projects.

Motivated by her professional and academic experiences, Ruchi now seeks to pursue doctoral research that explores the computational and data-driven aspects of geotechnical engineering—bridging physical understanding of soils with emerging analytical and modeling approaches to address modern infrastructure challenges.

Research Interests

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Coastal Geotechnical Engineering and Climate Resilience

Focus on improving the performance and longevity of coastal protection systems—including rock dikes, levees, and …

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Soil–Structure Interaction and Foundation Performance

Investigation of foundation behavior, slope stability, and embankment performance under varying subsurface and loading conditions, …

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Sustainable and Bio-Inspired Ground Improvement Techniques

Exploration of environmentally sustainable soil stabilization approaches such as Microbial Induced Calcite Precipitation (MICP) and …

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Data-Driven and Computational Geotechnics

Application of machine learning, data analytics, and computational modeling to improve the prediction of soil …

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Sensor and Vision-Based Monitoring of Coastal and Geotechnical Systems

Investigating how field sensors, remote sensing, and computer vision can be applied to monitor deformation, …

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Recent Projects

Structural Engineering 2022

AI-Powered Structural Health Monitoring System

Developed an intelligent monitoring system that uses IoT sensors and deep learning algorithms to detect structural damage in bridges. The system processes vibration data in real-time and provides early warnings …

Earthquake Engineering 2021

Seismic Retrofit of Historic Buildings

Designed and analyzed seismic retrofit solutions for historic masonry buildings using fiber-reinforced polymers and base isolation systems. The project balanced preservation requirements with modern safety standards.

Sustainable Infrastructure 2020

Sustainable Concrete Mix Optimization

Researched alternative cement materials including fly ash, silica fume, and recycled aggregates to create sustainable concrete mixes that match or exceed traditional concrete performance while reducing CO2 emissions by 35%.

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Recent Publications

2023

Machine Learning Approaches for Damage Detection in Civil Infrastructure: A Comprehensive Review

R. Shakya, J. Smith, M. Johnson

Journal of Structural Engineering , Vol. 149

2023

Seismic Performance of Base-Isolated Historic Masonry Buildings

R. Shakya, A. Chen, K. Williams

16th World Conference on Earthquake Engineering

2022

Sustainability Assessment of Recycled Aggregate Concrete in High-Rise Construction

R. Shakya, P. Anderson

Construction and Building Materials , Vol. 315

2022

IoT-Based Real-Time Monitoring System for Bridge Infrastructure

R. Shakya, L. Zhang, M. Rodriguez

International Conference on Smart Infrastructure

2021

Advanced Finite Element Modeling of Fiber-Reinforced Polymer Retrofits

R. Shakya, D. Lee

Composite Structures , Vol. 267

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