An article titled ‘Unveiling nutrient flow mediated stress in the plant roots using on-chip phytofluidic device’ has been published in the prestigious journal Lab on a Chip, Volume 24, pages: 3775-3789.

An article titled ‘Flow environment affects nutrient transport in soft plant roots’ has been published in the prestigious journal Soft Matter, Volume 21, pages: 1269-1285.

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May-2025

December-2024

November-2023

September-2023

Dr. Pranab Kumar Mondal is an Associate Professor in the Department of Mechanical Engineering at IIT Guwahati. He received his B.E and PhD from Jadavpur University and IIT Kharagpur in 2004 and 2015 respectively.

About Us

We at Microfluidics and Microscale transport process laboratory, IIT Guwahati welcome you to our research group being headed by Dr. Pranab Kumar Mondal. Microfluidics and micro scale transport processes laboratory reflects significant work upon the behavior, fine control, and manipulation of fluids that are geometrically repressed to a mini scale (typically micro and nano scales). The several applications to microfluidics can be medical diagnostics, drug delivery, healthcare applications to name a few. The objective of the laboratory team is to understand the underlying flow physics stemming from a complex interplay among different factors such as surface wettability, surface structuring, electrical forcing, and magnetic field employing both numerically as well as experimental methodologies. The ongoing research in the laboratory hold project on multidisciplinary field entailing the depth understanding of engineering, physics, biochemistry, nanotechnology, and biotechnology. The laboratory is equipped with several experimental apparatus such as Goniometer, Syringe pump, Sonicator and Inverted microscope felicitated with high speed image capturing flair. The laboratory incorporate disparate numerical software like MATLAB to understand the numerical significance of the problem.

Video course on "IC Engines and Gas Turbines"

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Video course on "Principle of operation of hydraulic machines and system design"

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