FAMMTP 2026

International Symposium  ·  IIT Madras

Fundamentals & Applications of Micro and Macro Scale Transport Processes

A Symposium in Honour of Prof. S. Pushpavanam

30 September – 1 October 2026Dept. of ChE, IIT Madras

Key Dates

  • Abstract Submission

    1st August 2026

  • Registration Deadline

    31st August 2026

  • Conference

    30 Sep – 1 Oct 2026

About the Symposium

Celebrating Four Decades of Excellence in Chemical Engineering

This symposium is being organized to celebrate the distinguished academic career and far-reaching contributions of Prof. S. Pushpavanam. Over nearly four decades, he has made influential contributions to chemical engineering science spanning process modelling, nonlinear dynamics, multiscale transport phenomena, interfacial fluid mechanics, multiphase systems, and microfluidics.

The symposium will bring together leading researchers, collaborators, former students, and industry professionals to discuss advances in chemical engineering across length and time scales — from microscale interfacial processes to macroscale industrial systems. The event will serve both as a scholarly tribute and as a forward-looking platform for scientific exchange.

View invited speakers

Fundamentals & Applications of
Micro and Macro Scale
Transport Processes

30 Sep – 1 Oct 2026  ·  IIT Madras

25+

Speakers

2

Days

6+

Technical Sessions

About the Honouree

Prof. S. Pushpavanam

Y. B. G. Varma Institute Chair Professor & Fellow, INAE · Department of Chemical Engineering, IIT Madras

~40

PhD Students Mentored

1M+

NPTEL Views

2

Widely-used Textbooks

INAE

Fellow

Prof. Pushpavanam has had a distinguished career spanning nearly four decades as a teacher, researcher, and mentor. His work has significantly advanced understanding in: multiscale modelling of transport processes, stability and nonlinear dynamics in fluid systems, microfluidics and interfacial phenomena, and multiphase flow analysis. His research has found impactful applications in, optimization of multiphase reactors, design of sustainable energy systems and development of advanced medical diagnostics through lab-on-chip technologies. Through rigorous theoretical analysis combined with engineering insight, he has influenced generations of students and researchers in academia and industry. Over the years, he has published more than 170 papers in leading international journals and holds multiple patents, reflecting a sustained commitment to advancing both fundamental science and engineering practice. Over the course of his distinguished academic career, he has mentored nearly 40 Ph.D. students, many of whom now hold important positions in academia and industry across the world. His former students serve as faculty at leading institutions including IIT Kanpur, IIT Bombay, IIT Guwahati, IIT Hyderabad, IIT Tirupati, Banaras Hindu University, BITS Goa, and NIT Surathkal, while others hold key research and leadership roles in global companies such as ExxonMobil, Shell, and Pfizer.


Prof. Pushpavanam is also widely admired as a passionate and dedicated teacher. His textbooks, Mathematical Methods in Chemical Engineering and Introduction to Chemical Engineering, are widely adopted by universities around the world. The former provides a unified mathematical framework for graduate students, while the latter was written to inspire young students to pursue the discipline of chemical engineering. His online lecture series on Multiphase Flows, Mathematical Methods, and Transport Phenomena have reached and benefited thousands of students globally. Beyond his academic contributions, Prof. Pushpavanam has played an important role in strengthening the international presence of IIT Madras. He initiated the hosting of alumni and departmental receptions at the AIChE Annual Meetings in the United States, an initiative that has significantly strengthened global engagement and helped attract outstanding faculty and collaborators to the department.

Scope

Focus Areas

Fundamentals of Transport Processes

01
  • Fundamentals of transport processes
  • Hydrodynamic stability
  • Nonlinear dynamics
  • Microfluidics
  • Multiscale simulations

Applications of Transport Processes

02
  • Microreactors
  • Nanoparticle synthesis
  • Lab-on-chip devices

Transport Processes in Green Engineering

03
  • Circular carbon economy
  • Sustainable e-waste processing