• Gender: Male
• Age: 57
• Designation: Senior Manager
• Highest Education Level: Doctrate
• Current Gross Salary: INR  800000 /Annum
• Expected Gross Salary: INR  1000000 /Annum
• Preferred Country: India, Brazil, Canada, Denmark, Ireland, Malaysia, Russia, Sweden, USA
• Notice Period: 30  Days
• Work Experience: 34.8 Year(s)

Education

Ph D from Meerut University, India
Foundation Training Programme For Scientist from IIPA With 89.5% in 2010
Association Of Indian Chemist (AIC) From Calcutta With 55.3% in 1999
M. S. Physical Chemistry From Delhi University India With 48.3% in 1990
B. S. Chemistry From Delhi University, India With 64.2% in 1988

Skill Sets

Skilled scientist with excellent technical and analytical demonstrated by minimum of 20 years of research experience. Versatile plastic researcher having laboratory experience and pilot plant development ability. Familiar in failure analysis and formulation and adept at using multiple quantitative and qualitative techniques to solve research problems.

Work Experience

Head - Development
Since 1990
Company Profile: Research institute conducting R & D in the areas of special significance to industry, government agencies and other organizations.
Job Profile:
Through research in materials characterizations and identification techniques. Expertly skilled in the material properties analysis and polymer testing, including chemical-physical properties, thermal properties, mechanical properties, rheological, optical properties, structural, morphological, crystallization, microstructure, and elasto-viscoplasticity behavior.
Successfully designed and developed Bone cement which is used to fill the gap between bone and prosthesis. Bone cement has been prepared on laboratory scale and physico-mechanical properties were found to be conforming to the international standards.
Development of Dental Cement. Polycarboxylate based dental cement used for filling dental cavities, fixation of crown, bridges and also as lusting agent has been successfully developed as per international standards
Effectually provided expert supported to a building materials manufacturer, and successfully completed the low temperature wood/plastic composites which are suitable for extrusion molding at room temperature.
Successfully developed CAPD system with dialysate solution and completed blood bag composition having physico-mechanical as well as hematological properties conforming to ISO 3826.
Disposable vaginal speculum has been developed for gynaecological applications. These can replace metallic speculum, which needs to be sterilized for long periods and pose risks of disease transmission if improperly sterilized
Technically consulted formulation and processing of product developments, such as anti-static PE film apply in wafer spacer, the toughness of nylon composites apply in sole, wear-resistant nylon tube apply in brake cables, a long-lasting anti-fog effect PP packing film, etc.
Successfully identified and solved varied composites failure problems (e.g. formula changes, recycle materials, selecting alternative materials) by using separation and composition analysis techniques. Extensive experienced in functional polymer-based materials and composites, including PE, PP, PET, PBT, PLA, PBS, PEO, PBA, PVA, PMMA, PC, PS, PA/Nylon, ABS, PPO, PVC, TPE, TPU, EVA, NR, NBR, SBR, EPDM, phenolic resin, glass/carbon reinforced composites, nanocomposites, recycled materials etc.
Successfully developed a technology for the manufacture of low cost disposable healthcare products viz. diapers and sanitary napkins have been developed.
Successfully developed Jute composites by replacing polyester and polystyrene with natural Euphorbia latex coagulum. Water absorption properties of polyester coagulum composites are better than polystyrene coagulum composites. This composite can be successfully used as wood substitute
Successfully developed gamma resistant PVC/ PU blends and PVC/ NBR blends have been developed for abrasion resistant low cost lip seal and Booting for nuclear plant conforming to International specifications
Successfully developed eco friendly ways for utilization of plastic waste in the following areas:
Process Engineered Fuels (PEFs) from plastic wastes, Road Construction
and Value Added Products from plastic wastes.
Successfully developed anti-fungus, anti-rodent PVC / PE composition for lamination on jute fabric was developed. Toxicological studies revealed these to be non-toxic. These can be used as flooring material in food storage godowns and will help in saving of considerable amount of food grains from destruction by rodent or fungal attack.

Instrument Handled:
Worked on the equipments for characterization and processing of polymers, which includes
Thermal Analysis Instruments
Differential Scanning Calorimeter 910/TA 2100
Modulated Differential Scanning Calorimeter TA-2910
SDT-2960 Simultaneous DTA-TGA
Heat Distortion and Vicat Softening Point Apparatus
Instruments For Rheological Properties
Rheocord-RC-90 Torque Rheometer
Mixer Module
Extruder Module with Single and Conical Twin Screws
Haake Rotaviscometer RV-12 & RV-30

Polymer Processing Equipment
Injection moulding
Extruder with pelletizer
Pipe extrusion line
Compression moulding
Scrap cutter & grinder
Two roll mills for rubber/plastic compounding
Polymer dispersion kneader with online pelletizer
High speed plastic blender
Agglomerator
Dispersion kneader
Thermoforming machine
Calendaring unit
Blow molding
Blown film plant
Others
Adhesive coating machine
Ball mill
Stainless steel / Glass lined reactors
Vacuum impregnation unit
Carding machine
Laminating machine

Future Goals

A position in an organization where I can utilize my research experience in fabrication and characterization of polymers and my industrial experience in materials inspection and quality control