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NIIT UNIVERSITY

PhD Programme in Mathematics and Basic Sciences

NIIT University (NU) offers a rigorous and research-intensive PhD programme in Mathematics and Basic Sciences, with specializations in Mathematics, Physics, and Chemistry. Designed to cultivate deep domain expertise and foster original research, the programme provides scholars with an interdisciplinary environment, expert mentorship, and access to cutting-edge resources

Mathematics

The doctoral programme in Mathematics at NU offers opportunities for advanced research leading to a PhD in Applied Mathematics and Statistics. The programme emphasizes both theoretical foundations and real-world applications, preparing scholars to address complex problems across academia, industry, and research institutions.

Area of research

Our research spans a broad spectrum of modern and applied mathematical disciplines, including but not limited to:

Applied Mathematics

  • Computational Fluid Dynamics
  • Heat and Mass Transfer
  • Mathematical Biology
  • Dynamical Systems and Bifurcation Theory
  • Graph Theory (Complex Networks, Graph Partitions)
  • Optimization
  • Computational Mathematics
  • Mathematical Programming and Duality Theory
  • Optimization with Uncertain Data
  • Robust Optimization

Statistics and Probability

  • Mathematical Statistics
  • Applied Probability & Statistical Modelling
  • Order Statistics
  • Stochastic Orders
  • Statistical Inference
  • Reliability Theory & Stochastic Processes

Physics

NU’s PhD Programme in Physics focuses on the scientific themes of Basic and Applied Physics. Major research within this interdisciplinary programme combines the exploration of physical and chemical properties of solids and liquids up to the molecular level. In addition, this research stream is also designed to shed light on the correlated interactions between solvate molecules and the solvent water.

Areas of Research

The proposed research is mainly devoted to the exploration of various solute induced hydration effects by combing an experimental and theoretical approach broadly incorporating

  • IR/Terahertz/UV-Vis/Raman/NIR spectroscopic techniques
  • Solvation mechanism of various alkali, alkali-earth, lanthanide and transition metal ions
  • Hydrogen bond dynamics of solids and liquids in the aqueous phase

Chemistry

The PhD Programme in Chemistry at NU fosters innovation in the design, synthesis, and application of functional materials at the molecular and nanoscale levels. With a strong emphasis on interdisciplinary research, the programme integrates advanced experimental techniques and theoretical insights to address pressing challenges in sensing, catalysis, and energy conversion. Scholars will have the opportunity to explore the frontiers of nanomaterials, metal-organic frameworks (MOFs), and optically active systems under expert guidance.

Areas of research

The proposed research mainly aims to explore the synthesis of functional nanomaterials and demonstrate their application in sensing and catalysis.

  • Synthesis of various nanomaterial, MOF, and their nanocomposites
  • Application in optical sensing
  • Application in CO2 conversion
  • Application in other catalytic reaction
  • Optical activity in inorganic metal oxide systems
The programme offers advanced instruction and research training in environmental chemistry and environmental technology, leading to the degree of Doctor of Philosophy. Areas of research work include the development of advanced technologies and materials for water purification, environmental technology, and groundwater chemistry.
In the area of nano-catalysis, we are designing and synthesising a series of metal nanoparticles, supporting organic and inorganic materials (silica, metal oxides, metals, MOF etc) that support MMT Clay, hydrotalcite clay, Silica, Zeolite, PEG , Ionic liquids, etc. We are exploiting nano-catalysts for the development of sustainable reaction protocols for various challenging processes like CO and CO2 capture and conversion to fine chemicals (formic acid and ethanol), C-H bond activation, C-C coupling, olefination, and hydrogenation reactions.

Academic facilities

Physics lab

The Physics laboratory is equipped with modern equipment to carry out a wide range of experiments in almost all branches of Physics, including Measurement of Magnetic Susceptibility, Hall Effect, Ultrasonic Diffraction, Brewster’s Angle, Single and Double Slit Diffraction Study using He-Ne Laser, Normal Modes of a Coupled Pendulum, Electromagnetic Induction, Newton’s Rings, Polarimeter, Melde’s experiment and Diffraction Grating.

Chemistry lab

NU is strongly committed to providing the best hands-on experience to all students. The Chemistry laboratory in NU is well equipped to cater to undergraduate, postgraduate and PhD programmes in Chemistry. Apart from traditional lab equipment the Chemistry lab is well-equipped with a polarimeter, Beckmann’s apparatus, Stalagmometer, Ostwald viscometer, M.P. apparatus, pH meter, chromatography equipment, high-pressure autoclave, and high-pressure vacuum oven.

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