Mhatre Sameer - WIZBII Mhatre Sameer has published his/her professional profile on WIZBII. M S

Mhatre Sameer

Postdoctoral Fellow

43years • Trondheim

Summary

I am a researcher with expertise in the areas of electrohydrodynamics (electrophoresis, dielectrophoresis, interfacial instabilities), multiphase separation techniques (electro-coalescence, acoustics, chemical demulsification), film deposition techniques (pattern deposition, electro-printing, surface acoustic waves), multiphase systems, emulsions, colloidal systems, interfacial science and surface chemistry.

Skills

Laboratory Skills: High Speed Imaging, Optical Microscopy, Thermogravimetry (TGA) And Dynamic Scanning Calorimetry (DSC), Vapor Pressure Osmometry, Tensiometry, Dynamic Light Scattering, Laser Doppler Vibrometry, Polarography With Hanging Mercury Drop Electrode (HMDE), Thin Layer Chromatography (TLC), Profilometry, NMR, Etc.Computational Skills: Operating Systems: Linux, Windows; Programming And Computing Languages: FORTRAN, C, MATLAB, Mathematica; Computational Method: Boundary Element Method (BEM); Numerical Solving Routines: CFX, COMSOL And Fluent, ICEM-CFD (Meshing Tool)

Experiences

Postdoctoral Fellow

01-2017 - NowChemistry / Biology / AgronomyInvestigating the role of electric fields and chemical demulsifiers in multiphase separation in crude oil emulsions

Postdoctoral Research Assistant

02-2016 - 12-2016 Studied aerodynamic and electrostatic effects in electroprinting of metallic ink structures of solar cells

Postdoctoral Fellow

12-2014 - 01-2016 1. Investigated effects of surface acoustic waves (SAWs) in thin film deposition and coffee stain effects 2. Studied feasibility of using SAWs in multiphase separation

Visiting Research Fellow

03-2014 - 10-2014

Process Design Engineer

09-2006 - 07-2008 Projects handled: 1. Analysis and optimization of flows in liquid-liquid extractor: Simulated the pilot plant- scale rotating disc extractor using computational fluid dynamics (CFD) commercial software package. Optimized the flow patterns and suggested changes in the design, which were then implemented in the commercial equipment. 2. Design and optimization of axial flow pump: Analysed the hydrodynamics of axial flow pump using CFD, optimized aerofoil design of the impellers, prepared characteristic curves and coordinated with manufacturing department in production of the efficient pumps.

Chemical Engineer

12-2005 - 08-2006 Key Responsibilities: Project execution and equipment installation; energy consumption calculations, proposing changes in process and equipment for efficiency enhancement; collaborating with engineering contractors, consultants, vendors, suppliers, plant managers, safety officers, etc. during project execution.

Trainee Chemical Engineer

08-2004 - 12-2005  Took lead role in implementing the process for a new product from pilot plant to the production plant.  Organized the plant activities, labour, raw materials, utilities, etc.  Trouble-shooting, daily and periodic maintenance of the plant; collaborating with other departments such as utilities, raw materials, solvent recovery, safety, packaging, etc., for the smooth operation of the process plant

Education & training

Indian Institute of Technology Bombay

2008 - 2014 Mumbai, IndiaChemistry / Biology / Agronomy, Chemistry / Biology / Agronomy, Design / Civil engineering / Industrial engineering, Design/UX/UI

Dr B A Technological University

1999 - 2003 Lonere, Maharashtra 402104, India, LonereChemistry / Biology / Agronomy, Chemistry / Biology / Agronomy, Design / Civil engineering / Industrial engineering

My soft skills

Independent
Team player
Analytical
Responsive

Languages spoken

  • English

    Professional

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