Centre for Modeling and Simulation
Savitribai Phule Pune University All Models Are False, Some Are Useful

Research at the Centre


Research at the Centre
Image Courtasy

Multidisciplinary Research Involving M&S

Collectively, the Centre possesses expertise in the areas of mathematical physics, computational physics, materials modeling, complex systems, computational fluid dynamics, statistical data modeling and analysis, statistical science, scientific computing, and large-scale numerics.

Publications/Preprints Showcase

Technical Reports Page

Jump to:

Computational MaterialsDigital Signal and Image ProcessingIndustrial and Applied MathematicsStatistical and Data-Intensive Science


Computational Materials Science and Materials Modeling

Centre has an active research programme in computational materials science. Using the state-of-the-art techniques, electronic and atomistic properties are investigated to gain macroscopic insights from microscopic point-of-view. From graphene to quantum dots and from semiconductors to random alloys, the members of this group have a long history of working at the cutting edge of materials science.

Principal Researcher/s
Bhalchandra Pujari | Vikas Kashid | Anjali Kshirsagar | Dilip G. Kanhere
Materials Modeling


Digital Signal and Image Processing
Image Courtasy

Digital Signal and Image Processing

We have undertaken projects in digital processing to address the need of automated identification of voice, gender, features, handwriting recognition for use in congitive detection systems. These systems are typically useful in applications related to robotics and security. Currently two problems are being investigated: (1) automated gender recognition from facial photographs and (2) speaker identification for the captured voice recording.

We are working on identifying appropriate mathematical (such as transforms) and algorithmic models for high suceess rates in such detections. We intend to use the available IT resources like database, high speed network cconnectivity, high performance computing etc. to enhance the capabilities of these applications.

One more research project to measure security strength cryptographic keys (in terms of time for breaking) using discrete mathematics and boolean satisfiability is underway in collaboration with Dr. Smita Bedekar, ISSC.

Principal Researcher/s
Bhalchandra Gore


Industrial and Applied Mathematics

We have undertaken research work in specialized areas of application of modeling in engineering and science. The engineering modeling work carried out could be further classified to be design of processing devices (in microfluidics) and materials synthesis processes (electrophoretic deposition). The science applications could be likewise grouped as dynamical systems studies (coupled map lattices) and statistical dynamics (stochastic gravity).

The mathematical techniques we employ for applications as above have been our core scholastic interest and we view our research work in relation to this interest. This has enabled us to address diverse specialized topics ranging from computational fluid and structural dynamics to applied statistics in engineering and stochastic methods in basic sciences. The picture on the side shows instabilities in a fluid flow and vortices that result. This and similar instabilities are studied by students of computational fluid dynamics at the Centre as a part of their coursework. The level of focus required to carry out research in specialized areas and disseminate the results to the concerned research community is a challenge which we train our students to tackle.

Modeling complex engineering systems has emerged to be the main research interest of our group. We specifically consider those opportunities which offer scope for model validation in terms of available testing and experimentation facilities in India.

Principal Researcher/s
Sukratu Barve
Computational Fluid Dynamics


Statistical Science
Image Courtasy

Statistical and Data-Intensive Science

Network Science (Snehal Shekatkar): Real-world systems that are composed of many interacting units, such as social networks, transportation networks, world-wide web, metabolic networks. Real-world phenomena such as traffic jams, spread of rumours, epidemics and riots, opinion formation and polarization in social networks, etc.

Computational Archeology (Kavita Gangal): Computational Archaeology or archaeo-informatics is a new and upcoming field in the recent wave of multidisciplinary studies. The field is an amalgamation of various interesting subjects such as Archaeology, Mathematics, Statistics, Geography, Botany, etc. Kavita's work in this field involves applying mathematical and statistical models to archaeological data. Fisher Equation is one of the popular continuum models which involves diffusion along with the logistic growth. Various mathematical variants play on this basic theme. Also, with the increasing interest and inclusion of diversified subjects, a number of traditional as well as non-traditional approaches towards the subject (e.g. statistical point process models, Agent Based Models [ABM] etc.) are now being explored.

Astrostatistics, etc. (Mihir Arjunwadkar): Development (or: apt and meaningful use) of statistical and computational methodologies for data-intensive science. Current and past focus areas include genomic sequence analysis, areas of astrostatistics such as CMB data analysis, pulsar astronomy, compressed-sensing methods for radio astronomy, etc. Current and past collaborations involve researchers from NCCS+IISER-Pune, USF, IUCAA, NCRA-TIFR, UVM, etc.


About | People | Programmes | ResearchReports
Alumni | Announcements | WebMail | Contact



© 2004-17 Centre for Modeling and Simulation
Valid HTML 4.01!