1. Slope Stability Analysis for Proposed School Building Site in Guatemala
   • • Slope stability analysis using GeoStudio Slope/W for static and dynamic cases

1. Site Response and Pseudo-static Slope Stability Analysis of Knightville Dam, Massachusetts and Chilhowee Dam, Tennessee
   • • Site response analysis using ProShake
     • Pseudo-static slope stability analysis using GeoStudio Slope/W
     • 2-D seismic analysis using FLAC 2D

• • • Interpretation of boring logs and creating soil profile
    • Developing foundation design alternatives
    • Analyzing design alternatives by using Engineering Software: Ensoft Group

• • • Schedule and resource management by using: Microsoft Project

• • • The project includes scheduling, cost loading, updating the project, change order and resource leveling by using Primavera P6

1. Deep Foundation Design for 51-story Office Building

• • • Geotechnical engineering analyses/calculations for two deep foundation design alternatives: mat foundation and pile group foundation

2. Rigid Pavement Analysis and Design

• • • Twelve jointed plain concrete pavement sections in Arizona were analyzed and designed according to M-E PDG and results were caompared with the long term pavement performance data.

3. Engineering Management System of Pavement Networks

• • • Markovian optimization process was applied to Louisiana State (district 5) in order to evaluate five future rehabilitation and maintenance strategies of the network.

1. Capstone Project – Foudnation and Structure Design of Post Tensioned Concrete Water Reservoir Tank

• • • Structural model was developed using SAP2000
    • Geotechnical engineering calculaitons for foudnation design

2. Designing Roof Trusses Systems of Industrial Building

• • • Developing dead, snow and wind load cases and load combinations
    • Design of purlins and roof elements by using Tekla Structures engineering software

3. Marina Design

• • • Project included slection of feasible marina location, fetch computations, designing main and rubblemound breakwater and developing layout and services

4. Matlab Project: Implementation of AASHTO Flexible Pavement Design into MATLAB GUI

• • • Developing a MATLAB Graphical User Interface which takes necessary inputs such as material types, traffic volume data and gives the structural number and according layer thicknesses respectively for flexible pavement according to AASHTO flexible pavement design

5. Pavement Maintanance and Rehebilitation Project

• • • Project included distress, roughness, friction, drainage and traffic surveys as well as selection of feasible rehebilitation alternatives.