• Gender: Female
• Age: 35
• Designation: Fresh/Entry Level
• Highest Education Level: Masters - Degree
• Expected Gross Salary: INR  800000 /Annum
• Preferred Country: India
• Preferred Location: Bangalore
• Work Experience: 10.5 Year(s)

Education

M. Tech in Polymer Science and Engineering from Indian Institute of Technology Delhi in 2015 with 8.00 (CGPA up to third semester)

B. Tech in Polymer Engineering from Mahatma Gandhi University, Kerala in 2012 with 72.75

Plus Two from Kerala State Higher Secondary Education Board in 2008 with 87.17

S.S.L.C from Board of Public Examinations Kerala State in 2006 with 89.34

Skill Sets

Experience  in  synthesis  and  characterization  of  mesoporous  silica
Familiar  with  composite  fabrication  and  testing
Experienced to use Imaje J, Universal Analysis,  Chem  Draw  and  Origin software Experience  in  sample  preparation  for  SEM, TEM,  XRD  and  IR analysis

Work Experience

Technical Marketing Assistant
March 2013 to April 2013
Company Name: Lyka Packaging Private Limited

Graduate Engineer Trainee
July 2012 to January 2013 
Company Name: Composite Technology Park

Summary Of The M.Tech Project:
My M.Tech thesis is 'Self -Healing Composites based on Mesoporous Silica Capsules.
The project was development of a self-healing glass fiber epoxy resin composite by embedding mesoporous silica capsules to the matrix of the composite.
Mesoporous silica particles was synthesized in the laboratory and they are chemically silicon
dioxide having bulk pores in the diameter range of 2-50nm. Self-Healing Composites are new class of intelligent materials having the capability to restore lost or degraded properties utilizing materials inherently available to the system.
I worked under the supervision of Prof.Veena Choudhary at Center for Polymer Science and Engineering, IIT Delhi.

Summary Of The B.tech Project:
My B.Tech project was' Enhancement of Interlaminar Shear Strength in Glass fiber / Epoxy
resin Composites with the Incorporation Nanosilica in Epoxy Matrix'. Aim of the project was to
improve interlaminar shear strength of the glass fiber/epoxy composite via matrix modification
by integrating nanosilica into the matrix.
Interlaminar Shear Strength of Structural Composites can be defined as the ability of a
composite to bear a load applied perpendicular to different fabric layers in a laminated
composite and thus withstand delamination.
The project on was done under the guidance of Dr.Anoop Anand at Defense Research &
Development Organization, Research & Development Establishment, Pune.

Achievements:
Qualified Gate 2013 with All India Rank 63 in Engineering Sciences stream under
General Category

Organizational Skills:
Worked in the editorial board of graduate institution department magazine “Macrom 11”
Worked as the secretary of the organization for Indian Institute for Chemical Engineers
Student Chapter of my graduate institution and coordinated events sponsored by the
organization
Completed Short term training on rubber products manufacture and testing conducted
by Rubber Research Institute of India (RRI), Kottayam

Course Work:
Adhesive Technology, Plastic Science and Technology, Surface Coatings, Polymer Processing,
Paint Technology, Polymer Composites, Polymer Engineering and Rheology, Polymer
Chemistry, Polymer Properties and Testing, Polymer Characterization, Fiber Technology,
Polymer Product Design etc.

Profile Summary:
Just completed Master of Technology in Polymer Science and Engineering from Indian
Institute of Technology Delhi 
Secured Bachelor of Technology in Polymer Science and Technology from Mahatma
Gandhi University, Kerala in 2012

Future Goals

Completed Master of Technology in Polymer Science and Engineering from IIT Delhi, with
practical exposure to self healing polymers. I am looking forward for an opportunity to work in the field of plastics, adhesives, composites, biomedical materials or generally polymers.