Nayyar Zaidi

Computer Science · Data Science · Machine Learning

Nayyar Zaidi

Sr. Lecturer in Computer Science at Deakin University, Burwood, Australia.

As a machine learning and data science researcher, I am particularly interested in generative tabular models, knowledge-guided learning, multimodal learning, anomaly detection, scalable tabular classification, feature engineering, interpretable machine learning, and applied data science.

I lead the Data Mining and Knowledge Discovery Group, where we work on generative tabular models, knowledge-guided learning, knowledge-guided vision, multimodal learning, anomaly detection, and robust classification methods for structured data.

Research Focus

Generative tabular models research stream

Generative Tabular Models

Synthetic data generation for structured tabular data, with emphasis on dependency modelling, fariness, privacy, data scarcity, and trustworthy generation.

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Knowledge-guided learning research stream

Knowledge-guided Learning

Machine learning methods that integrate domain knowledge, knowledge graphs, constraints, scientific principles, and expert structure.

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Multimodal learning research stream

Multimodal Learning

Robust multimodal learning and fusion methods, particularly for medical image analysis and heterogeneous data sources.

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Anomaly detection research stream

Anomaly Detection

Structure-aware and dependency-level anomaly detection for structured and heterogeneous tabular data.

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Tabular classification research stream

Tabular Classification

Classification methods for tabular data, including feature interactions, Bayesian network classifiers, causal learning, and few-pass learning.

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Recent Updates

Prospective PhD Students

Scholarships at Deakin are limited and highly competitive. Many applicants have strong academic records and publications in leading venues. If you are interested in working with me, I recommend contacting me well before your intended start date.

Prospective students are encouraged to develop a clear research proposal aligned with one of my research areas. Strong preparation may include prior research experience, a relevant publication record, and evidence of technical depth in computer science, mathematics, engineering, data science, or a closely related discipline.

If you are interested in joining my group, please contact me with your CV, academic transcripts, publication list, and a brief statement of research interests. Students who already hold an externally funded scholarship are also welcome to contact me directly.

Available Positions

Current advertised PhD scholarship and position opportunities are listed below. This section will be updated when new funded PhD projects, scholarships, visiting positions, or research roles become available.

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Professional Service

Editorial and journal service

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