• Gender: Male
• Age: 27
• Designation: Senior Executive
• Highest Education Level: Doctrate
• Preferred Country: USA
• Preferred Location: Anywhere
• Work Experience: 19.4 Year(s)

Education

Post-Doctoral Fellow Faculty of Forestry, University of Toronto in
September 2003 – January 2005
Ph.D. Polymer Rubber Technology, Rubber Technology Centre, Indian
Institute of Technology in 2003
M.Sc. Chemistry from University North Bengal in 1997
B.Sc. (Chemistry-main, mathematics, physics) from University of North Bengal,
In 1995

Skill Sets

KNOWLEDGE OF EQUIPMENT:
DMA, DSC, TGA, FTIR, ATR-IR, Brabender Plasticorder, Twin-screw Extruder, Monsanto Processability Tester, Rheometer, Instron /Zwick
UTM, SEM, AFM, XRD, XPS, 300 MHz NMR.

Work Experience

Research Associate
Since January 2005
Company Profile: best polymer graduate school, polymer science, top polymer graduate program, macromolecule, macromolecular science and engineering.
Job Responsibility :
Development of new technologies to improve adhesion strength of
synthetic polymer fabrics with different coating polymers
(polyurethane, silicone, and polyolefins).

Development of new methods for improving adhesion strength of
metallic foils (e.g., copper, aluminum, and steel) with different
polymers (such as polyurethane, silicone, polyester, and polyimide).
Development of optical light reflective, flame retardant and
conductive polymer composite materials using mixed or doped ceramic
nanopowder (Nanocerox nanoparticles). Nanoparticle surface
functionalization for improving compatibility with polymer matrices.

Development and characterization of polymer nano-composites using
MolecularDiamonds or diamondoid hydrocarbons, found in crude natural
gas/petroleum oil. Studies on thermo-mechanical and optical properties
of polymer composites. Effect of functionalized diamondoids as
nucleating agents in semi-crystalline polymers.

Development and characterization of Polyhedral Oligomeric
Silsesquioxane (POSS)/Polymer nano-composites. Studies on thermo-
mechanical and optical properties of different POSS nano-
fillers/polymer nano-composites.

Post-doctoral Fellow
September 2003 – January 2005
Company Profile: the University of Toronto has one of the strongest research and teaching faculties in North America.
Job responsibility:
Development of environment-friendly bio-composites from wood fibers
and natural wood resin. Research on improving binding efficiency of
wood resin, and comparative studies using formaldehyde and isocyanate
based wood adhesives.

Development of natural fiber composites by resin transfer molding and
sheet molding compounding for automotive applications using wood,
hemp, jute and glass fibers and synthetic thermoset liquid resins
(epoxy, polyester, etc). Research on improving natural fiber and resin
interfacial strength, and water/moisture resistant properties of
natural fiber composites.

Mathematical modeling for predicting mechanical performances of
natural fibers/polymer composites.

Ph.D
January 1999 – August 2003
Rubber Technology Center,
Institute of Technology (INDIA)

Rubber-rubber blend: Preparation and characterization of silicone
rubber and fluororubber blend, which substituted fluorosilicone
rubber. Research on processability/rheological, curing, electrical,
thermo-mechanical, and morphological properties of different rubber
blends.

Rubber recycling: Characterization of waste rubbers and utilization
in rubber compounds (silicone rubber, and fluororubber).

Development of high performance composites from natural rubber, SBR,
neoprene and nitrile rubbers using silica, clay, and carbon black
fillers. Studies on thermo-mechanical, processability/rheological,
curing and morphological characterization of different rubber
composites.

Remark:
Macromolecular Sci. and Eng.

University of Toronto (CANADA)

Future Goals

Manager