Topic: Spherical Solar photovoltaic

Spherical Solar PV System: Enhancing Solar Energy Efficiency in Harsh Climates

This research project investigates the performance of spherical versus flat photovoltaic (PV) modules under real outdoor conditions in Qatar. The study aims to assess whether spherical panels can overcome issues like directional dependence, heat accumulation, and dust deposition. Early findings suggest spherical PV modules maintain consistent output, lower surface temperatures, and reduce dust accumulation, leading to potentially higher efficiency and reduced maintenance. Overview of the project is given below,

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Topic: AI in Pharmacogenomics

Master Class: Medicine Made for You: AI in Pharmacogenomics 

Enabling Precision Medicine Through Intelligent Drug Response Prediction

This masterclass, “Medicine Made for You: AI in Pharmacogenomics,” explores how AI-driven models leverage genetic information to enable personalized medicine, improving drug safety, efficacy, and dosing accuracy. It highlights the limitations of traditional pharmacogenomics and demonstrates how machine learning, multimodal data integration, and explainable AI can transform clinical decision-making. The session also presents real-world applications, global adoption trends, and ongoing research, emphasizing the role of AI in advancing precision medicine and patient-centered healthcare. Details of the speakers are given below,

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Topic: From Landfills to Innovation- Rethinking Waste Management

Keynote Speech 2025, (University of Doha for Science and Technology, Doha, Qatar)

Sustainable Organic Waste Management and Zero-Waste Innovations Symposium

This presentation explored the growing global waste crisis, highlighting the environmental, health, and economic impacts of current waste management practices, particularly landfills. It emphasized the urgent need for sustainable solutions, especially in regions like Qatar where unique challenges exist. The presentation showcased innovative approaches such as composting, IoT monitoring, machine learning, and deep learning models to improve waste classification and reduce environmental harm. It concluded by advocating for smart waste management systems, increased public awareness, and advanced technologies to create a more sustainable future.

Topic: Visual Twin & Physics-Informed Neural Network For Multiphase Flow

Keynote Speech 2025, Hamad Bin Khalifa University, Andaz Hotel 

Digital Flow Assurance Symposium

A physics-informed visual twin model uses neural networks combined with real-world physical principles to simulate multiphase flow systems. For leak detection, this approach enables accurate monitoring and prediction of fluid behavior, allowing early identification of anomalies and leaks with improved reliability and reduced false alarms.

Topic: Smart Waste management

Keynote Speech 2025, Institution of Engineers Bangladesh (IEB)

The presentation discusses the global waste problem and highlights smart waste management solutions using AI and IoT. It focuses on improving sustainability through technologies like waste classification and composting systems. 

Topic: Engineering the Future of Autonomous Mobility

From Connected Vehicles to Intelligent Transportation Ecosystems 

Honored to be invited as a speaker at AEMOB Forum 2026, a leading platform bringing together global leaders shaping the future of autonomous mobility. 

I look forward to sharing insights on the evolving mobility landscape alongside policymakers, technology innovators, and industry leaders. It's a privilege to participate in an event co-organized by the Ministry of Transportation, State of Qatar, highlighting the country's commitment to next-generation mobility and transportation innovation. For more details, please visit the link below,

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