Interestes
· Artificial Intelligence (AI)
· Machine Learning (ML)
· Transportation Engineering
· Digital Image Processing
· Smart Infrastructure Systems
Interestes
· Artificial Intelligence (AI)
· Machine Learning (ML)
· Transportation Engineering
· Digital Image Processing
· Smart Infrastructure Systems
My research explores the transformative potential of Artificial Intelligence, Machine Learning, and Image Processing across diverse domains, with a strong foundation in Transportation Engineering and Smart Infrastructure Systems. I aim to bridge the gap between theoretical models and real-world impact by building systems that are not only intelligent, but practical and scalable.
· Automated Pavement Distress Detection
Leveraging image processing and machine learning to develop automated systems for detecting and classifying cracks and surface damage in pavements. This work reduces reliance on manual inspection and improves maintenance planning for transportation agencies.
· Machine Learning in Financial Markets
Designing predictive algorithms to analyze trends in U.S. stock data, detect patterns, and support strategic decision-making in algorithmic trading and portfolio optimization.
· AI for Agricultural Sustainability
Applying AI models to evaluate the effects of agricultural practices on the environment, particularly predicting CO₂ emissions to support sustainable farming and climate policy.
· Customer and Market Behavior Prediction
Using data science to predict customer churn in the insurance sector and analyze vehicle auction data to forecast "kicked cars" — vehicles likely to be rejected post-sale — providing actionable insights for business optimization.
· Supply Chain Delay Modeling
Developing and validating machine learning models that forecast shipment delays based on dynamic supply chain data, enabling better logistics planning and risk mitigation.
· Sports Analytics and Forecasting
Combining data analytics and machine learning to forecast NBA game outcomes and betting scenarios, exploring the use of predictive modeling in recreational and competitive sports environments.
In addition to data science applications, I have deep experience with image-based monitoring and structural evaluation in civil engineering:
· Digital Image Processing for Pavement and Bridge Monitoring
Developed image processing methods for pavement cracking identification, bridge deformation analysis, and rail track monitoring in several high-profile infrastructure projects across China.
· Non-Destructive Testing and Evaluation (NDT)
Applied NDT techniques for bridge load testing, rail inspections, and concrete structure evaluation to assess infrastructure health.
· Collaborative Engineering Research
Participated in multidisciplinary teams for highway asset management systems and structural health monitoring using computer vision and remote sensing.
· Artificial Intelligence & Machine Learning
Supervised and unsupervised learning, deep learning, model evaluation, hyperparameter tuning.
· Big Data Analytics
Large-scale data preprocessing, feature engineering, time-series forecasting, and predictive modeling across industries.
· Digital Image Processing
Crack detection, segmentation, noise filtering, and feature extraction for pavement and structural health monitoring.
· Transportation Engineering
Pavement condition assessment, intelligent transportation systems, asset management, and infrastructure diagnostics.
· Mathematical Modeling
System identification, optimization models, simulation-based evaluations, and statistical analysis.
· Sustainable Infrastructure
Emissions prediction models, lifecycle cost analysis, and sustainable materials evaluation.
· Programming & Tools:
Python, MATLAB (Image Processing and Machine Learning Toolbox), R, MySQL
· AI/ML Libraries:
TensorFlow, Keras, scikit-learn, Pandas, NumPy
· Data Tools:
Excel, Power BI
· English – Fluent
· Spanish – Beginner
· Chinese – Basic conversational and reading ability
· Persian (Farsi) – Native