National Conference

on

 Mathematical Modelling for Climate and Water Resilience:

A Computational Perspective

September 05 – 07, 2026

Organised by

Smt. Parmeshwaridevi Durgadutt Tibrewala Lions Juhu College of Arts, Commerce and Science, University of Mumbai, Mumbai

About the Conference:

          Shri Rajasthani Seva Sangh's Smt. Parmeshwaridevi Durgadutt Tibrewala Lions Juhu College of Arts, Commerce and Science, University of Mumbai, is going to organize a National Conference on “Mathematical Modelling for Climate and Water Resilience: A Computational Perspective,” during September 05–07, 2026. The conference aims to bring together eminent scientists, mathematicians, research scholars, and students from different parts of the country. In this three-day National Conference, young scientists, mathematicians and research scholars will benefit from gaining insights into recent developments in earth science, environmental science, mathematics and its applications, specifically the role of mathematics in computer science and technology, through invited talks and plenary lectures by senior, eminent mathematicians.

Engage with eminent scientists, mathematicians through keynote and plenary lectures exploring recent trends in science, mathematics and its applications in Computer Science and Technology. Discover how computational analysis tackles real-world challenges in climate and water resilience. This conference serves as a premier platform for students, research scholars, and industries to share innovations, discuss practical hurdles, and explore modern mathematical solutions. The program covers a broad area of topics relating to the several applications of mathematics across different fields. It also provides a premier interdisciplinary platform for researchers, practitioners, and educators to present and discuss the most recent innovations, trends, and concerns, as well as practical challenges encountered and solutions adopted in the fields of earth science, environmental science, Mathematical and Computational Analysis.

Theme of the Conference

This Conference outlines a compelling conference focused on role of mathematics in the fields of earth science, environmental science, mathematics, Computer Science, Machine Learning, and Data Science. In this era increasingly dominated by data driven decision making and artificial intelligence, the foundational mathematical principles often recede into the background, yet they are the bedrock upon which all advanced computational paradigms are built. This conference aims to bring together mathematicians, computer scientists, data scientists, and machine learning scholars to delve into the theoretical underpinnings, practical applications, and future challenges at this critical interdisciplinary nexus.

This pillar focuses on leveraging modern processing power and algorithms to turn theoretical physics and fluid dynamics into actionable simulations.

• Supercomputers to run high-resolution, multi-decadal climate and hydrological simulations.
• Integrating Machine Learning (ML) with classical partial differential equations (PDEs) to accelerate calculations, predict flash floods, and detect long-term drought trends.
• Developing mathematical bounds to manage the inherent chaos and predictive variance in global atmospheric patterns.

Before solving water problems on the ground, models must accurately simulate the atmospheric changes driving them.

• Translating massive, coarse global climate projections into fine-grained regional forecasts.
• Formulating predictive models specifically for unprecedented events, such as marine heatwaves, shifting monsoons, and rapid glacial melts.

The ultimate goal of the math is applied resource security—protecting both ecological systems and human infrastructure.

• Modeling watershed responses, reservoir depletion rates, and river basin dynamics under changing rainfall regimes.
• Simulating groundwater recharge and saltwater intrusion in coastal aquifers to prevent permanent freshwater contamination.
• Using mathematical optimization algorithms to help cities design resilient drainage networks, smart dams, and adaptive agricultural water systems.

Target Audience

This conference is designed for a broad, interdisciplinary audience committed to advancing the theoretical and practical frontiers of earth science, environmental science, mathematics, Computer Science, Machine Learning, and Data Science through a rigorous mathematical lens. The target audience includes. Academics and Researchers, Professors, postdoctoral fellows, and graduate students in Mathematics, Computer Science, Statistics, and related fields who are conducting research, earth science, environmental science, mathematics, Computer Science, Machine Learning Engineers and Data Scientists, Software Developers and Architects, Statisticians and Quantitative Analysts.

Expected Outcomes

The proposed conference, “Mathematical Modelling for Climate and Water Resilience: A Computational Perspective,” is expected to yield several significant outcomes, contributing to both the academic community and the broader technological landscape.

1. Development of high-resolution, data-driven mathematical models capable of forecasting localized extreme weather events, rainfall variations, and long-term climate shifts with greater accuracy.
2. Practical computational tools to simulate watershed dynamics, groundwater recharge, and reservoir management, directly aiding drought and flood mitigation strategies.
3. A strengthened network uniting mathematicians, climate scientists, hydrologists, and policymakers to translate complex algorithms into real-world, scalable resilience frameworks.
4. Policy briefs and risk-assessment frameworks that provide regional governments and environmental agencies with quantifiable metrics to design climate-resilient infrastructure.
5. Training the next generation of researchers in high-performance computing, machine learning applications for environmental data, and robust statistical downscaling techniques.
6. The conference proceedings will compile a collection of peer-reviewed, high-quality research papers, serving as a valuable resource for the academic community and contributing to the body of knowledge in the field.

Aim of the Conference and Targeted Audience

The National Conference on “Mathematical Modelling for Climate and Water Resilience: A Computational Perspective” aims to bridge the often-perceived gap between abstract mathematical theory and practical environmental implementation. While rapid advancements in Computer Science, Machine Learning, and Data Science have ushered in a new era of technological capability, their continued evolution is inextricably linked to the profound, enduring power of mathematics.

By bringing together diverse perspectives from pure mathematics, applied mathematics, statistics, computer science, and climate engineering, this conference will serve as a beacon guiding researchers toward a deeper appreciation of the mathematical intuition that empowers innovation. It will highlight emerging mathematical frontiers—from topological data analysis and information geometry to the physics-informed mathematical underpinnings of climate forecasting—demonstrating that building a water-resilient future is as much a foundational mathematical challenge as it is a computational one.

Ultimately, this platform will bring together researchers, academicians, scholars, and students to exchange breakthrough ideas, share novel research, and address the complexities of climate volatility using rigorous computational modeling. The event is structured to directly benefit 225 participating academicians through collaborative knowledge exchange, while indirectly creating a far-reaching impact on the broader scientific community through peer-reviewed proceedings, public media coverage, and digital engagement platforms.

About the Host Institution:

Smt. Parmeshwaridevi Durgadutt Tibrewala Lions Juhu College of Arts, Commerce and Science, University of Mumbai formerly known as Shri Rajasthani Seva Sangh College of Arts & Commerce, was established in the year 1986 to provide higher educational facilities to needy and deserving students in the neighbourhood. The college is committed to and reaffirms value based education in order to develop among students a sense of responsibility to serve the society. To fulfil this core mandate and to inculcate in students such values and principles. The college has an excellent organizational structure backed by efficient & co-operative management and highly qualified and sincere faculty. The college also has been granted minority status. The active participation of the students in Sports, Cultural & co-curricular activities is always distinguished there personalities from the different fields are invited from time to time, to develop the personality of our students. The financial supports for needy students is made available by the management and faculty members.

Call for papers:

          The organizers of the Conference invite papers for presentation. The abstract not exceeding 200 words intended for presentation should be sent latest by August 20, 2026 preferable by e- mail to

Dr. Vijay Yadav,

Department of Mathematics.

SPDT College, University of Mumbai,

JB Nagar, Andheri East, Mumbai-59, India

Mob. No.: 08108461316, 08369847162

E-mail: [email protected]

Proceeding of the Conference:

          The proceedings of the Conference will be published. The full length paper in duplicate along with a file formatted in AMS latex/  MS word/ Pdf may be submitted during the Conference by October 10, 2026.

Travel and Local Hospitality

          Financial support for travel (AC II class fare) will be provided to invited speakers. Teachers/Research Scholars presenting paper in the Conference will be given AC III class fare. Each participant and accompanying person will be provided local hospitalities. Please inform will in advance about your travel programme to facilitate the organising committee and volunteers. 

Advisory Committee

1. Ravindra Kulkarni, Hon’ble Vice Chancellor, University of Mumbai, Mumbai
2. Ajay Bhamre, Hon’ble Pro-Vice Chancellor, University of Mumbai, Mumbai
3. Manoj Kumar Tiwari, Director, IIM Mumbai, Vihar Lake Road, Powai, Mumbai – 400087
4. T.N. Singh, Director, IIT Patna, Bihta-801103, Patna, Bihar 
5. V.S. Valecha, Education Director, SRSS, Mumbai
6. Sandeep Poddar (Principal SPDT College, Mumbai)
7. Bhausaheb S. Desale, Department of Mathematics at the University of Mumbai
8. Deepak Sarve, Department of Mathematics at the University of Mumbai
9. Vinayak S. Kulkarni, Department of Mathematics at the University of Mumbai
10. Jyotshana V. Prajapat, Department of Mathematics at the University of Mumbai

Prof. M. A. Pathan (Aligarh)                     Dr. A.K. Singh (DST New Delhi)

Prof. Vikram Vishal (IIT-Mumbai)             Prof. P. K. Banerji (Jodhpur)           

Prof. K. C. Prasad (Ranchi)                      Prof. U. C. De. (Kolkata)                 

Prof. M.I. Qureshi (New Delhi)                 Prof. SN Singh (UP)                     

Prof. Tarkeshwar Singh (Goa)                  Prof. Pankaj Srivastava (Allahabad)

Prof. Manronjan Singh (Bihar)                  Prof. Deepmala (IIIT-Jabalpur)

Prof. MP Choudhary (Delhi)                     Prof. Gyan Prakash (BHU)

Local Organising Committee

Prof. Manoj Mishra (Mumbai)         Prof. S.A. Katare (Pune)       Prof. Shiby Abraham (Mumbai)

Prof. NN Pandey (Mumbai)            Prof. Selby Jose (Mumbai)    Prof. B.N. Waphare (Pune)

Prof. Jay P. Yadav (Mumbai)          Prof. Rajiv Pathak (Mumbai)  Prof. Keshau Prasad (Rajasthan)

Prof. Sunil Singh (Mumbai)            Prof. Shibshankar Das (BHU)  Prof. Rashmi Singh (IIT-Dhan.)

Contact persons

Dr. Vijay Yadav (Convenor)

Shri Rajasthani Seva Sangh's Smt. Parmeshwaridevi Durgadutt Tibrewala Lions Juhu College of Arts, Commerce and Science, University of Mumbai, Andheri East, Mumbai – 400059 (M.S.) India

Contact No.: 08108461316, E. mail: [email protected]

Dr. Sanjayprabhakar Mishra

Shri Rajasthani Seva Sangh's Smt. Parmeshwaridevi Durgadutt Tibrewala Lions Juhu College of Arts, Commerce and Science, University of Mumbai,

Contact No.: 09820867495

Dr. Jayeeta Datta,

Shri Rajasthani Seva Sangh's Smt. Parmeshwaridevi Durgadutt Tibrewala Lions Juhu College of Arts, Commerce and Science, University of Mumbai,

Contact No.: 09769249076

Mrs. Kalpana K.S.

Shri Rajasthani Seva Sangh's Smt. Parmeshwaridevi Durgadutt Tibrewala Lions Juhu College of Arts, Commerce and Science, University of Mumbai,               

Contact No.: 09769789278