0: 0, Computational Materials Physics, Computational algorithms for ab-initio material modeling at extreme-scale, Machine learning for materials design, High-performance computing, Computational solid mechanics, Finite-element methods, open-source code development using finite-elements for density functional theory (DFT-FE).
0: 0, Abstractions, algorithms and applications on distributed data and computing systems. Cloud computing, Big Data platforms for Graphs and Streams, middleware for Internet of Things (IoT), and distributed data and metadata management. Advance fundamental knowledge, and offer a practitioner's insight, on building scalable, resilient systems to empower Big Data applications.
0: 0, Machine learning, natural language processing, data integration, cognitive science, graph-based learning algorithms for large-scale information extraction and data integration, temporal information processing, automatic knowledge harvesting from large data, and neuro-semantics.