• Gender: Male
• Age: 30
• Designation: Engineer
• Highest Education Level: Graduate - Degree
• Current Gross Salary: INR  425000 /Annum
• Expected Gross Salary: INR  600000 /Annum
• Preferred Country: India
• Notice Period: 60  Days
• Preferred Location: Any Place
• Work Experience: 8.6 Year(s)

Education

B.Tech(Plastics Technology) From CIPET, Chennai, In 2016 with 80%

12th From SRV Excel Hr. Secondary School,
Namkkal, State Board in 2012 with 93%

10th From Navarasam Matric Hr. Secondary
School, Erode in 2010 with 88%

Skill Sets

Experience in process engineering and plant operation
of C-PVC Chlorination Plant (First of its kind) and C-PVC Compounding Plant.
Adroit in managing overall operations and plant performance activities with a view to enhance the
operational efficiency of the production and eliminating obsolescence.
Experienced in handling continuous & batch operating chemical & plastic plant.
Hands on experience in operating Distributed Control System (DCS).
Proficient in Recipe Formulation for C-PVC Pipe and Fitting grade Compound to meet
requirements such as IS 15225, ASTM D1784 cell classification 23447 & 24448, NSF SE 8459, NSF 14 & 61.
Capability to troubleshoot in areas of Injection Molding and Extrusion.
Knowledge in Safety and Work permit systems, Handling of Hazardous Chemicals.
Understanding of SOPs and best practices (ISO 9001, ISO 14001, OHSAS 18001).
Hands on experience in start-up and shut down activities

Ability to rapidly build relationship and set up trust.
Confident and

Work Experience

Polymer Engineer
Since July 2016 
Company Profile: Manufacture of Caustic Soda, PVC, C-PVC & Compounding, HCl, Chlorine, Tio2, Iron Oxide (Yellow/Red) & Utox Pigments.

Area of Expertise:
R&D
Recipe Formulation for C-PVC Pipe and Fitting grade Compound to meet requirements such as IS 15225, ASTM D1784 cell classification 23447 & 24448, NSF SE 8459, NSF 14 & 61.
Colour matching as per Customer requirements.
Cost reduction with meeting requirements.

Production
Photo Chlorination Reaction of PVC to C-PVC in Fluidized bed reactor with Cascade Controller.
Pressure of Reactor has maintained by AERZAN Blower handling Chlorine gas, HCL Vapour gas, Nitrogen gas.
PLAS-MEC’s Hot & Cold Blender - Batch Capacity - 500 Kg
Krauss Maffei Berstoff’s Pelletizer with 184 mm Screw Diameter with production Capacity of 2.5 Tons/hour. Specified extruder designed for C-PVC.
Injection Moulding machine with troubleshooting experience.
Two roll mill and Compression Moulding.
Various auxiliary equipments such as IR Compressors, Vapour Absorption Machine (VAM), Blowers, Liquid ring vacuum pumps, Centrifugal pumps, Extract fans, Nitrogen PSA columns, Heat exchangers, Rotary valves etc.
Liquid & Gaseous Chlorine handling experience and efficient to arrest leakage

Quality & Testing:
Hands of experience with following Plastic testing equipments such as
Mechanical Property - UTM - Tensile & Flexural, Izod / Charpy Impact test, Notch Cutter, Hydraulic Press, Two roll mill, Compression Moulding.
Thermal Property - HDT/VSP, Differential Scanning Calorimetry (DSC), Thermal stability based on conductivity & also Congo red, Reversion test, Muffle Furnace - Filler Content.
Rheology Property - Melt Flow Index, Brabender Plasticorder.
Electrical Property - Electrical Conductivity.
Chemical Property - Residual Chlorine in Material.
Optical Property - Opacity, Colour Indicator.
Others -Specific Gravity, Apparent density, Hot air oven, Humidity Chamber, Volatile Content

Experiential Learning (In-plant Trainings)
Internship Program in GAIL India Limited, New Delhi.
A week Program on GAIL Polymer Technology Centre (GPTC) scholarly learnt various Polymer
Testing Equipment and provided some improvement on Customer satisfaction for LLDPE & HDPE
Film Extrusion Grade in GAIL.

In-Plant Training in SUBA Plastics Coimbatore.
A month program with wide Plastic industrial experience lucid on various stages of transformation of Plastics raw materials to End use application

B.Tech Project Details
Title: Studies on Enhancement of Weather Resistance of Light Emitting Diodes (LED) 
Summary: This project deals with enhancement of weather resistance of LED’s used in outdoor application. A material of Zinc Oxide nanoparticles has evenly dispersed in Poly vinyl alcohol and incorporated as a  weather resistance coating on LED by Dip coating. We have prepared different concentration (Wt%) of  ZnO nanoparticles (0, 0.5, 1, 3, 5, 10, 20) with respect to PVA. Coated samples have been subjected to Accelerated weathering at 50, 100, 150, 200 hours of radiation. Intensity of light has been measured by Photometer. The obtained result is increase in ZnO nanoparticles percentage decreases change of intensity of LED. Further Fourier Transform Infrared Spectroscopy (FTIR) analysis states that ZnO nanoparticles prevent the degradation of LED’s.

Industrial Exposure
Industrial visit to UCAL Polymer, Nilkamal Ltd
Attended an International Exhibition Plast India 2015 
Training Program Techno Rubber & Plastics
Industrial visit to Whirlpool Ltd
Attended an International Conference APM’15”in IISC

Co-curricular Activities
Mini Project: Influence of Anhydride Additives in NBR/PVC Blends - Mechanical &
Rheological Properties
Design software Solid works Known.
Attended various Workshop on Plastic Design, Processing, Testing, and Waste management.

Extra Curricular Activities
Member of Bharat Scouts, National Cadet Corps (NCC), Youth Red Cross (YRC).
Providing Volunteer Services and Social activist
Indulging in Part time job and an Event Organizer in Brand Blitz Event Management.
Coding and other web skills
Story & Script writer with some Photography & Cinematography Skills.

Future Goals

To seek a challenging position in an organization, where I able to explore my full capability, add to my learning curve, as well as contribute effectively and efficiently to achieve organization goals