Education
Academic Background-
Ph.D. Baghdad University, Iraq Civil Engineering | Completed: 2009
Publications (35)
Selected Scholarly Contributions
Development of a support vector machine-based predictive model for bored pile productivity in residential construction projects in Iraq
2026
Unveiling critical success factors for program management in the construction industry
2025
Structural investigations of confined reinforced concrete beam-bending members
2025
Structural performance of composite beams using advanced modeling for nonlinear analysis
2025
Optimizing Project Management: Planning, Scheduling, and Cost Estimation Using Microsoft Project
2025
Diagnosing and Identifying Standards Affecting on the Ready-Mix Concrete Production Plants Performance: An Analytical Study
2024
Development Artificial Neural Network (ANN) computing model to analyses men's 100¬meter sprint performance trends
2024
2024
Review of: "Enhancing Project Performance Forecasting using Machine Learning Techniques"
2024
Optimizing of predictive performance for construction projects utilizing support vector machine technique
2019
Diagnose the Causes of Cost Deviation in Highway Construction Projects by Using Root Cause Analysis Techniques
2018
Diagnosing the Causes of Failure in the Construction Sector Using Root Cause Analysis Technique
2018
Diagnostic and assessment benefits and barriers of BIM in construction project management.
Faiq M. Sarhan Al-Zwainy
2017
Developing a novel approach for evaluation performance of the engineering departments managers using 360 technique.
Faiq M. Sarhan Al-Zwainy
2017
Forecasting the cost of structure of infrastructure projects utilizing artificial neural network model (highway projects as case study).
Faiq M. Sarhan Al-Zwainy
2017
Application artificial forecasting techniques in cost management (review).
Faiq M. Sarhan Al-Zwainy
2016
Evaluation performance of the project management office in oil companies.
Faiq M. Sarhan Al-Zwainy
2016
Statistical evaluation for communication management in Iraqi consultant bureaus.
Faiq M. Sarhan Al-Zwainy
2016
2016
Reviewing of the simulation models in cost management of the construction projects.
Faiq M. Sarhan Al-Zwainy
2016
Investigation and assessment of the Project Management Methodology in Iraqi Construction Sector.
Faiq M. Sarhan Al-Zwainy
2016
Building a Mathematical Model for Predicting the Cost of the Communication Towers Projects Using Multifactor Linear Regression Technique.
Faiq M. Sarhan Al-Zwainy
2016
Application Project Management Methodology in Construction Sector: Review.
Faiq M. Sarhan Al-Zwainy
2016
Estimating Productivity of Brickwork item using Logistic and Multiple Regression Approaches.
Faiq M. Sarhan Al-Zwainy
2016
Meta-Analysis of Fiber Impact on Mechanical Properties of Ultra-High Performance Concrete.
Faiq M. Sarhan Al-Zwainy
2016
Investigation and Evaluation the Performance of the Construction Residential Complexes Projects.
Faiq M. Sarhan Al-Zwainy
2016
Investigation and evaluation of the cost estimation methods of iraqi communication projects.
Faiq M. Sarhan Al-Zwainy
2015
Quality Control of Concrete Board Piles in Overpasses Projects in Iraq.
Faiq M. Sarhan Al-Zwainy
2014
Development of the Mathematical Model for Predicating the Construction Productivity in IRAQ Using the Artificial Neural Perceptron Network.
Faiq M. Sarhan Al-Zwainy
2014
Evaluation The Performance of The Infrastructure Project Using Earned Value Management.
Faiq M. Sarhan Al-Zwainy
2014
Using multivariable linear regression technique for modeling productivity construction in Iraq.
Faiq M. Sarhan Al-Zwainy
2013
Statistical evaluation of the affective factors on the process of preparing time schedules for iraqi construction projects.
Faiq M. Sarhan Al-Zwainy
2013
The Use of Artificial Neural Networks for Productivity Estimation of finish Works for Building Projects.
Faiq M. Sarhan Al-Zwainy
2012
Development of the construction productivity estimation model using artificial neural network for finishing works for floors with marble.
Faiq M. Sarhan Al-Zwainy
2012
Modern techniques and methods in engineering education.
Faiq M. Sarhan Al-Zwainy
2012