About Me

Dr. Vahid is a lecturer and research manager at UCSI University, specializing in petroleum engineering. With a PhD in petroleum engineering, he brings over 12 years of combined industry and academic experience. He has developed new analytical and mathematical predictive models with advanced expertise in optimization, material characterization, and statistical methods. As an analytical research specialist, he is skilled in simulation, experimental research, and data analysis. A detail-oriented and methodical professional, he has successfully developed in-depth research projects and authored several peer-reviewed papers. Dr. Vahid serves as an editorial board member and reviewer for prestigious journals. His expertise extends to sustainable energy solutions, Molecular Dynamics Simulation (MDS), characterization techniques, experimental design, grant writing, conceptual modeling, and research program planning, as well as online teaching, learning, and assessment. He is passionate about advancing research in energy, sustainability, and smart engineering, focusing on the integration of AI tools in industrial marketing and sustainability practices. Vahid is also actively exploring collaboration opportunities in education and research, particularly in the fields of energy, sustainability, and technology innovation.

Area of Interest

Wettability Alteration
Carbon Capture, Storage, and Utilization
Hydrogen Storage and Utilization
Surface Complexity Studies
Molecular Dynamics Simulation
Smart Water Technology
Predictive Models
Green-assisted Sustainable Approaches
Low-carbon and net-zero technology

Latest Publication

No Publication SDG
1 Book Chapter
Carbon dioxide injection in tight oil reservoirs
2 Journal Article
A systematic study of Smart Water technology in improving the reservoir recovery performance
Journal of Petroleum Science and Engineering
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Grant (Insight)

No Grant Progress Status

Latest Grant

No Grant
1
Developing Biodegradable Single-Use Plastic with Enhanced Oxidation-Reduction Potential (ORP) to Address Plastic Waste Crisis
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