• Gender: Female
• Age: 34
• Designation: Fresh/Entry Level
• Highest Education Level: Masters - Degree
• Preferred Country: India
• Notice Period: 30  Days
• Work Experience: 8 Year(s)

Education

M.Tech.(Polymer Engineering and Technology), From Institute of Chemical Technology, Mumbai (MH), in 2015

PGDM in Operational Management From Prin. L. N. Welingkar Institute of Management Development and Research, Mumbai, in 2015.  

B.Tech. (Plastic and Polymer Technology), From Laxminarayan Institute of Technology, 
Nagpur (MH)in 2012 with 69.63%

H.S.C From Nutan Kanya Junior College, Bhandara in 2008 with 74.17%

S.S.C From Nutan  Kanya School, Bhandara in 2006 with 83.20%

Skill Sets

Microsoft Windows OS, MS Office (MS Word, Excel, PowerPoint).

Work Experience

Fresh/Entry Level

In-plant Training: Reliance Industries Ltd, Mouda (Dist-Nagpur, Maharashtra) for 1 month in May 2011. 

Publication: Gaikwad Dadasaheb, Sonkusare Rakhi, Sameer Wagh, "Composite Leaf Spring for Light Weight Vehicle- Materials, Manufacturing Process", Advantages & Limitations, International Journal of Engineering and Techno science, Vol. 3(2) 2012, pp. 410-413

Extra-Curricular Activities:
Active member of organizing committee of POLY-IMPETUS in LIT, Nagpur.
1st runner up in Thermal Engineering Quiz held in Priyadarshini College of Engineering, Nagpur.  
Participated in Paper Presentation in National Conference of Advanced Technology organized by Priyadarshini College of Technology, Nagpur. 
Member of Anti-ragging committee of LIT, Nagpur.
Participated in Summer Camps.

Project/Research Topic
M.Tech.:“Study of  Synthesis and Characterization of Poly(urethanamide) Resin from Renewable Raw Materials and Its Application.”
(Research Supervisor: Dr. V.V. Shertukade)

Summary: Number of fatty amide polyol has been developed using various vegetables oils and not from moringa oleifera seed oil. The project  representing area of application of moriga oil for polymeric resin. Initially, oil was modified by epoxidation and subsequently epoxy ring was hydrolyzed. The resulting polyol was reacted with diethanolamine to form corresponding fatty amide polyol. This fatty amide polyol was reacted with 2, 4-toulene diisocyanate, isophorone diisocyanate, hexamethylene disocyanate at NCO to OH ratio 0.75:1 and 1:1. The poly(urethaneamide) film were evaluated for chemical resistance, corrosion resistance, mechanical properties (gloss, cross cut adhesion, flexibility, impact test, hardness test) and thermogravimetric analysis of poly(urethanamide) film were studied. Epoxidised moringa oleifera seed oil and polyol were characterized by FTIR and physic-chemical analysis. Fatty amide polyol was characterized by FTIR, 1 HNMR and physico-chemical analysis.

B.Tech.: “Manufacturing of Composite Leaf-spring for Light Weight Vehicles using Epoxy resin and E-glass fiber.” (Project Supervisor: Dr. S.M. Wagh)

Future Goals

Seeking a challenging position in an Organization, where I can bring to surface my skill & strength, in conjunction with the Company’s Goals & Objectives and interested in a rewarding career.