Post-Doctoral Researcher:
Dr. Nayanmani Das (nayanmanidas3@gmail.com)
Position: Institute Post-Doctoral Fellow
Topic: Dewetting of Thin Polymer Films on Graphene Oxide Nano-Sheets
Details: https://scholar.google.co.in/citations?user=HVyZYzEAAAAJ&hl=en
Research scholars
Completed:
Dr. Kartik Mondal (m.kartik@iitg.ernet.in)
Thesis: Morphology and Dynamics of Thin Films: Influence of Slippage, Charge Leakage, Confinement and Orientational Order
Details: http://www.nitap.in/departments/BIOCHE/faculty.asp, Assistant Professor (On Contract), NIT Arunachal Pradesh
 
Dr. A. Ananth Praveen Kumar (apkumar@iitg.ernet.in)
Thesis: Stability of Liquid Films and Droplets on Porous-Granular Beds
Co-Supervisor: Prof. Tamal Banerjee
Details: Employee, Honeywell
   
Dr. Seim Timung (s.timung@iitg.ernet.in)
Thesis: Fundamentals and applications of pressure and field driven oil-water microflows.
Co-Supervisor: Prof. Tapas Kumar Mandal
DetailsAssistant Professor (On Contract), NIT Arunachal Pradesh
   
Dr. K. Sunny Kumar (k.sunny@iitg.ernet.in)
Thesis: Self organized dynamics of mesoscale particles and droplets.
Co-Supervisor: Prof. Ashok Kumar DasMahapatra
Details: https://sites.google.com/site/naturesunnyraj1/about-me/photo/about-me/home, Assistant Professor (On Contract), NIT Bhopal
   
Dr. Saptak Rarotra (saptak[a]iitg.ernet.in)
Thesis: Micro/Nano Devices for Energy Harvesting.
Co-Supervisor: Prof. Tapas Kumar Mandal
Details: https://sites.google.com/site/saptakrarotra86/, Assistant Professor (On Contract), NIT Srinagar
Ongoing:
Mr. Bolledu Ravi (b.ravi[a]iitg.ernet.in)
Thesis: “Self-organized instability of liquid crystal droplets and ultrathin films”.
Details: SRF, Centre for Nanotechnology
 
Mr. Amit Kumar Singh (amit.ks[a]iitg.ernet.in)
Thesis: Syntheses and Applications of Multimodal Self-Propelling Microbots.
Co-Supervisor: Prof. Tapas Kumar Mandal
Details: https://sites.google.com/site/aksiitgnano/, SRF, Centre for Nanotechnology. 
 
Mr. Nilanjan Mandal (nilanjan[a]iitg.ernet.in)
Thesis: Nanomaterials Based Micro/Nano Theranostic Devices.
Co-Supervisor: Prof. Arun Chattopadhyay
Details: SRF, Centre for Nanotechnology
 
Mr. Mitradip Bhattacharjee (mitradip[a]iitg.ernet.in)
Thesis: Nano-Enabled Electronic Devices for Sensing and Energy Harvesting
Co-Supervisor: Prof. Harshal B. Nemade
Details:  https://sites.google.com/site/mitradipbhattacharjee/home
 
Mr. Manash Pratim Borthakur (m.borthakur[a]iitg.ernet.in)
Thesis Topic: Field driven flows in micro or nano systems
Co-Supervisor: Prof. Gautam Biswas
Details: Hydrodynamics of multiphase or multicomponent flows in micro or nanoscale systems employing host of CFD tools as well as molecular dynamics simulations.
 
Mr. Shirsendu Mitra (shirsendu[a]iitg.ernet.in)
Thesis: Computational Studies on the Spin-coated Thin Films, electroosmosis, and electrophoresis in microfluidic channels.
Webpages: https://www.youtube.com/c/ShirsenduMitra_PioneerOfSuccess
 
Ms. Tamanna Bhuyan (tamanna.2014[a]iitg.ernet.in)
Research Interest: Fabrication of Micro/Nanoscale motors and Applications.
Co-Supervisor: Prof. Sidhdhartha Sankar Ghosh
Details: Fabrication of plant based micro/nano sized motors to serve diverse applications ranging from sensing, therapeutics, drug delivery and environmental remediation.
 
Mr. Joydip Choudhuri (c.joydip[a]iitg.ernet.in)
Thesis: Computational Studies on the Field Induced Flows
Co-Supervisor: Prof. Tapas Kumar Mandal
Details: https://sites.google.com/site/joydipchaudhuri123/
   
Mr. Siddharth Thakur (t.siddharth[a]iitg.ernet.in)
Thesis: MEMS Devices for Theranostic applications
Co-Supervisor: Prof. Ashok Kumar Dasmahapatra
Details: 
   
Ms. Satarupa Dutta (satarupa.dutta[a]iitg.ernet.in)
Thesis: MEMS devices for microrheological Applications
Co-Supervisor: Prof. Partho Sarathi Gooh Pattader
Details: https://scholar.google.co.in/citations?user=zMDPDpgAAAAJ&hl=en&oi=a
 
Mr. Surjendu Maity (surjendu[a]iitg.ernet.in)
Thesis: Microreactors for Pharmaceutical Products
Details:
   
Ms. Tanushree Ghoshal (ghoshal.tanusree[a]gmail.com)
Thesis: MEMS devices for microrheological Applications
Details:
   
Mr. Nayanjyoti Kakoty
Thesis: MEMS devices for microrheological Applications
Details:
 
M. Tech Students
Ongoing:
Ms. Prasfutita Paul (che.prasfutita[a]gmail.com)
Thesis: Magnetoresistance based sensors for sensitive detection of amylase and lipase.
Details: To fabricate GMR (Giant magnetoresistance) sensors on paper substrate for detection of amylase and lipase which are the biomarkers for pancreatits.
 
Mr. Subhradip Ghosh (ghosh174107029[a]iitg.ernet.in)
Thesis: MEMS diagnostic devices for Point-of-Care detection of eye diseases.
Details: Fabrication of Point-of-Care devices for non-invasive detection of eye diseases from tear films.  
Completed:
 
Mr. Debdatta Ghosh (g.debdatta[a]iitg.ernet.in)
Thesis: Development of biocompatible self-propelling micromotors for pH sensing.
   
Mr. Shaik Shahid (saik.shahid@iitg.ernet.in)
Thesis: Experimental studies on the Paper Based Microfluidic Reactors
   
Mr. Joydip Chaudhuri (joydip@iitg.ernet.in)
Thesis: Electric and Magnetic Field Induced Instabilities in Micro and Nano Systems
Co-supervisor: Prof. Tapas Kumar Mandal
 
Mr. Siddharth Thakur (t.siddharth@iitg.ernet.in)
Thesis: Self-organized Micropatterning of Thin Conducting Polymer Films for Photovoltaic Applications
Co-supervisor: Prof. Ashok Kumar Dasmahapatra
   
Ms. Snigdha Chakraborty (c.snigdha@iitg.ernet.in)
Thesis: Experimental studies on the instability of thin liquid crystal films
 
Ms. Satarupa Dutta (satarupa@iitg.ernet.in)
Thesis: Optical and Electronic Biosensors
Co-supervisor: Dr. Tapas Kumar Mandal
 
Ms. Shreya Mukherjee (m.shreya@iitg.ernet.in)
Thesis: Computational studies on Micro & Nano-motors
 
Mr. Surjendu Maity (surjendu@iitg.ernet.in)
Thesis: Experimental and Computational studies on the Microfluidic Reactors
   
Ms. Abijna Das
Thesis: Defect Induced Nano-patterning of Thin Polymer Films
Co-supervisor: Prof. Tapas Kumar Mandal
 
Mr. Viswanath Pasumarthi
Thesis: Hydrogen Production through Self-motile Microbots
   
Mr. Abhinav Sharma
Thesis: Localized Electric Field Induced Transition of Two-Phase Flow Patterns Inside Microchannels
Co-supervisor: Prof. Tapas Kumar Mandal
   
Mr. Vijeet Tiwari
Thesis: Flow Patterns and Interfacial Morphologies of Mesoscale Multiphase Flow
Co-supervisor: Prof. Tapas Kumar Mandal
   
Mr. V. Prasada Sandireddy
Thesis:  Dynamics of Micro-Droplet Spreading on Porous-Granular Beds
   
Mr. Abir Ghosh
Thesis:  Dynamics and Morphologies of Thin Liquid Crystal Films
   
Ms. Sunita Sen
Thesis:  Electric Field Induced Instabilities in a Thin Dielectric Bilayer: Influence of Slippage.
   
Mr. Laxman Kumar Kundarapu
Thesis: Numerical simulation of microfluidics flow inside the evaporating droplets and mixing in microchannels
Co-supervisor: Prof. Anugrah Singh
   
Ms. Anwesha Basu
Thesis:  Instability and Dynamics of Thin Leaky Bilayers
Co-supervisor: Prof. Anugrah Singh
   
Mr.V. Anoop Kishore
Thesis: Electric field and curvature induced instabilities of thin dielectric films coated on fibres
   
B. Tech Students:
Ongoing:
   
Parva Sheth (s.parva[a]iitg.ernet.in)
Thesis: Point of Care Testing Devices
Details: Design sensors for diagnosis of biomarkers in human body fluids.
   
Shakti Panchal
Thesis: Point of Care Testing Devices
Details: Design sensors for diagnosis of biomarkers in human body fluids.
   
Tushar Gangwar
Thesis: Point of Care Testing Devices
Details: Design sensors for diagnosis of biomarkers in human body fluids.
   
Vishal Singh
Thesis: Point of Care Testing Devices
Details: Design sensors for diagnosis of biomarkers in human body fluids.
   
Ankit Chowdhury
Thesis: Point of Care Testing Devices
Details: Design sensors for diagnosis of biomarkers in human body fluids.
   
Rujuta Kamat (kamat.prakash[a]iitg.ernet.in)
Thesis: Analysis of financial markets using laws of molecular fluid dynamics.
Details: To create a model describing the fluctuations in an order-book for financial markets, using the laws of Brownian motion.
Completed:
   
Anvesh Dixit (anvesh.dixit[a]gmail.com)
Thesis: Materials and a New Paradigm of Supercapacitor 
   
Shreeyansh Rastogi (shreeyansh[a]iitg.ernet.in)
Thesis: Computational Fluid Dynamics Studies on Droplet Microfluidics 
   
Shaon Sutradhar (dandamudi@iitg.ernet.in)
Thesis: Study of Field Induced Two-Phase Flows In Microchannels
   
Sagnik Middya (m.sagnik[a]iitg.ac.in)
Thesis: FET based biosensors for point of care application
   
Md. Rashid Ali Faridi (rashidjazib007@gmail.com)
Thesis: Transport of Microdroplets under Magnetic Field
   
Aditya Ratna (a.ratna@iitg.ernet.in)
Thesis: Design of a Spray-Nozzle to Deliver Organic Cell Matrix
Co-supervisor: Prof. Partho Sarathi Gooh Pattader
   
Kancharala Samhita (kancharala@iitg.ernet.in)
Thesis: Field Induced Single Phase Flows inside Microchannels
Co-supervisor: Prof. Partho Sarathi Gooh Pattader
   
Aadesh Meena (aadesh@iitg.ernet.in)
Thesis: Motion of Charged Particle in a conducting fluid under the influence of Electromagnetic field in a microchannel
   
Chola Bhargava Dandamudi (dandamudi@iitg.ernet.in)
Thesis: Field Induced Two-Phase Flows in Microchannels
   
Ms. Aanchal Gupta (aanchal@iitg.ernet.in)
Thesis: Potential MEMS Devices for Sensing: An Optical Biosensor for the Detection of Creatinine
   
Mr. Jayant Borana (j.borana@iitg.ernet.in)
Thesis: Dynamics of thin polymer films on functional surfaces
 
Mr. K. Vineet Kumar (k.vineet@iitg.ernet.in)
Thesis: Generation of droplets in microchannels employing alternating current electric field
Co-supervisor: Prof. Tapas Kumar Mandal
 
Mr. Bidyut Bikash Changmai ( b.changmai @iitg.ernet.in)
Thesis: Dynamics of Fluid Flow on Carbon Surfaces
Co-supervisor: Prof. Ashok Kumar Dasmahapatra
 
Mr. Anjisnu (a.anjishnu@iitg.ernet.in)
Thesis: Transport of Nanofluids With Orientational Order
 
Ms. Manisha Sharma (manisha.s@iitg.ernet.in)
Thesis: Instability Induced Patterning Using Complex Fluids
 
Mr. Indrajeet Kumar (i.kumar@iitg.ernet.in)
Thesis: Micro/Nano fluidic study to enhance mixing, heat and mass transfer
 
Mr. Prashant Kumar
Thesis: Stability and dynamics of thin films composed of leaky insulators: Analytical and computational outlook of the problem
 
Mr. Himanshu Goyal
Thesis: Stability Analysis of Two Layer Fluid Flow Inside Channel Over Porous Medium: Orr - Sommerfield Analysis
 
Project Staffs:
Mr. Divesh Ranjan (divesh.ranjan[a]iitg.ernet.in)
Designation: Junior Research Fellow 
Thesis:  Designing and development of catalytic nanobots
Co-supervisor: Prof. Tapas Kumar Mandal
   
Mr. Sagnik Middya (m.sagnik[a]iitg.ac.in)
Designation: Junior Research Fellow 
Project:  CD based Extreme point of care application