At present, IIT Bhilai, on its roster, has more than 60 faculty members, working in various cutting-edge research areas spread over arts, engineering, mathematical and scientific disciplines. All the faculty members have exposure to world-class education and research as doctoral students and postdoctoral researcher – in various top-ranking laboratories and institutes in India and abroad.
The present faculty members of IIT Bhilai are engaged in the following research areas:
_ Chemistry: Organic Chemistry, Polymer Chemistry, Bio-inspired Macromolecules, Functional Materials, Inorganic and Organometallic Chemistry, Homogeneous Catalysis, Halide perovskites, Photoelectro chemistry, Photocatalysis.
_ Computer Science and Engineering: Hardware & System security, IoT, ERP Systems, Business Process Re-engineering, Big Data and machine learning, Cognitive Computing, Recommendation Algorithms, Data Mining, Embedded computing, VLSI design, Operating Systems, Cryptography, Theoretical and Side-Channel Cryptanalysis, Cryptographic protocols & Blockchains, Algorithms, Social & Complex Network Analysis, Mathematical Formulation, Combinatorial Optimization, Graph Theory, Vehicle Routing Problems, Approximation Algorithms.
_ Electrical Engineering: Computer networks, Queueing systems, Wireless communications, Stochastic geometry, Wireless networks, Solar Cells, Plasmonics, Flexible electronics.
_ Liberal Arts: Cultural studies, sports studies, Development economics, political economics, positive organizational behaviour, positive psychology, Macroeconomic, innovation, Financial economics, Urban studies, Victorian studies, and World Literature.
_ Mathematics: Nonlinear Functional Analysis, Variational Inequality Problems, Fixed Point Theory and Applications, Optimization Theory, Equilibrium Problems.
_ Mechanical Engineering:
Solid Mechanics (Computational mechanics, Experimental Mechanics, Damage and Fracture Mechanics) Fluid Mechanics (Low Reynolds number flow, Microfluidics, Rarefied gas flow) Heat Transfer (Conjugate heat transfer, Cogeneration) Manufacturing (Metal cutting, non-conventional machining, metal forming, Advanced PVD coating for cutting tools, Modelling and simulation of manufacturing processes, Additive manufacturing, Micromachining, Surface treatment, Surface texturing, Materials Characterisation, Thin film tribology), IC Engines, Alternative Fuels, Advanced materials processing and Structure-Property Correlationship.
_ Physics: Thin Films and Technology, Solar Energy Materials, High Energy Physics, Astroparticle Physics, Neutrino Physics, New Physics at Large Hadron Collider, Quark Gluon Plasma, Quantum Field Theory at Finite Temperature, Hadronic Physics, Photonics, Nonlinear Optics, Optical Parametric Oscillators in all Time Scale, Nonlinear Frequency Conversion Sources, Frequency Comb Generation.
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