Dr. Md Meftahul Ferdaus

Postdoctoral Research Associate

Machine Learning & AI Researcher

Developing efficient and robust AI systems that integrate artificial intelligence with practical applications across diverse domains. Specializing in visual computing, AI security, and intelligent computing systems.

90+
Publications
1745+
Citations
$118K
Total Funding
20
h-index (Google Scholar)

News & Updates

January 2026 • Accepted
Few-Shot Learning in Video and 3D Object Detection: A Survey
In an era where AI systems require vast amounts of labeled data, few-shot learning emerges as a game-changing paradigm that enables models to learn from just a handful of examples. Our comprehensive survey, accepted for publication in ACM Computing Surveys (IF: 28.0, #1 in Computer Science Theory & Methods), explores how few-shot learning is revolutionizing video analysis and 3D object detection—two critical domains where data annotation is particularly expensive and time-consuming. From autonomous vehicles recognizing rare objects to surveillance systems adapting to new scenarios, we examine cutting-edge techniques that make AI more practical and accessible. This work provides researchers and practitioners with a systematic understanding of few-shot learning methods, their applications, and future directions in visual computing.
November 2025 • Now Online
As large language models reshape how we interact with AI, ensuring their trustworthiness becomes paramount. Our comprehensive review, now available online in ACM Computing Surveys (IF: 28.0, #1 in Computer Science Theory & Methods), examines the critical intersection of ethics and robustness in LLMs. We explore how these powerful systems can be designed to be not just intelligent, but also fair, transparent, and reliable—addressing concerns from bias mitigation to adversarial robustness. This work provides researchers and practitioners with a roadmap for building AI systems that society can trust.
November 2025 • Now Online
The global transition to clean energy demands accurate forecasting systems that can handle the inherent variability of renewable sources. Our comprehensive review, now published online in Renewable and Sustainable Energy Reviews (IF: 16.3, Ranked #1 in Sustainable Energy), explores how foundation models—the same AI architectures powering ChatGPT and DALL-E—are revolutionizing energy forecasting. From solar and wind power prediction to grid optimization, we examine how these advanced AI systems are enabling smarter, more reliable renewable energy infrastructure. This work bridges the gap between cutting-edge AI research and practical clean energy applications, providing a roadmap for researchers and industry practitioners working toward a sustainable energy future.

Research Vision & Core Areas

My research develops efficient and robust AI systems that integrate AI with practical applications across diverse domains. I create innovative solutions in visual computing, Efficient AI, and intelligent computing that directly align with modern computer science priorities.

Visual Computing & Computer Vision

Advanced deep learning models for infrastructure inspection, defect detection, and remote sensing applications.

AI Security & Trustworthy ML

Developing ethical and robust machine learning systems, including trustworthy large language models.

Efficient AI Systems

Creating AI solutions for resource-constrained and interactive environments with real-time processing capabilities.

Scientific Computing & AI

Physics-informed neural networks for ocean forecasting and data-driven modeling in scientific applications.

Research Excellence

U.S. Navy Department Grant
Principal Investigator • $110,000 • January 2026
Pending

Towards Innovative Data Driven and Physics-Informed Neural Networks: Architectures for Ocean Forecasting

Leading research on developing advanced neural network architectures that combine data-driven approaches with physics-informed models for accurate ocean parameter forecasting.

4
Grants Awarded
$118K
Total Funding
50%
Success Rate
3
Countries

Academic Credentials

Ph.D. in Mechanical Engineering
The University of New South Wales, Canberra • 2016–2019

Specialization: Applied Machine Learning & Autonomous Systems

Dissertation: Development of Advanced Autonomous Learning Algorithms for Nonlinear System Identification and Control

M.Sc. in Mechatronics Engineering
International Islamic University Malaysia • 2013–2015

Thesis: Design Optimization of Magneto-rheological Damper with Improved Dispersion Stability

B.Sc. in Electrical & Electronic Engineering
Rajshahi University of Engineering & Technology, Bangladesh • 2011

Focus: Power Systems & Control Engineering

Professional Experience

Postdoctoral Research Associate
University of New Orleans, LA • April 2023 – Present

Leading AI-powered transformation of infrastructure inspection through advanced deep learning models deployed in unmanned ground vehicles. Developing innovative solutions for defect detection with focus on data imbalance and real-time processing constraints for urban infrastructure maintenance.

Research Fellow
Air Traffic Management Research Institute, Nanyang Technological University, Singapore • Feb 2022 – Mar 2023

Pioneered explainable machine learning frameworks for human-AI collaboration in air traffic management. Created innovative trust measurement systems between AI and air traffic controllers.

Research Scientist
Institute for Infocomm Research (I2R), A*STAR, Singapore • Jan 2020 – Jan 2022

Developed machine learning-guided failure detection techniques for advanced nanoscale semiconductors. Combined first-principles physics-based modeling with data-driven approaches.

Explore More

Publications
Browse 90+ publications in top-tier journals and conferences
Research Projects
Explore cutting-edge research in AI and machine learning
Teaching & Mentorship
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Research Impact
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