B.E. Mechanical From University of Pune in 2014 with 63.40%
Diploma In Mechanical Engineering Government Polytechnic, Pune(An Autonomous Institute of Government of Maharashtra) in 2011 with 80.06%
H.S.C.From Maharashtra State Board in 2009 with 79.17%
H.S.C. From Maharashtra State Board in 2009 with 79.17%
Working experience in the arena of Plastic Trims Design/ Class-A, Class-B, Class-C Surface Generation
Good knowledge of CATIA V5, Surfacing, Part Design, Power Copy GD&T, PLM.
Successfully implemented Plastic Products Design Considerations in Design and Development of Plastic Product.
Talent at problem-solving, creative work and technical innovation.
Strong personal & work ethics and commitment.
Design tools: CATIA V5
Design Engineer
Since Jul 2014
Company Profile: Provides cutting edge solutions for different industry verticals thru high-end CAD/CAM/CAE support.
Job Profile:
2D to 3D Modeling in CATIA V5 R20.
To Design Interior Plastic Trims For A, B, C Pillars Using Class-A, Class-B, Surface Generation Method.
To Design Parametric 3D Modeling Using Wire Frame Method For Data Migration Project.
To design Lighting System components like Front lamp, Rear Lamp For Reverse Engineering Project.
Design of Plastic components by using plastic product design considerations.
Flexible Automobile Engine rubber hoses & tube design.
2D Drafting of Components with GD&T.
Technical knowledge
Having knowledge of Plastic Product design considerations.
Worked on Parametric Modeling.
Having knowledge of all Vehicle Aggregates.
Having knowledge of GD&T symbols.
Having knowledge of Conventional Machines.
Having basic theoretical knowledge of PLM systems.
Having basic knowledge about 4D & Packaging considerations.
Major Projects
Plastic Products:
A- Pillar Trim Design.
Tail Lamp of HCV (Reverse Engineering).
Flexible Hoses, Tubes.
Clutch Pedal (Reverse Engineering).
Lever Tail Of Car Wiper System.
Projects
B.E Project:
Emmission Reducer Device
Objective Of Project:
To design and manufacture emission reducer device to perform the function of reducing exhaust emission of Four Wheelers (Specially C.I Engines) in engineering college.
Modification of cross section of silencer to venture section
Spraying ammonia through it
Chemical reaction takes place
Conclusion: Reduction in co content
Result: Measured by PUC unit
Diploma Project
Peristaltic Pump
Objective Of Project:
To pump the abrasive fluids like concrete slurry, corrosive chemicals without making any contact with the moving members of the pump in order to protect them from abrasion and wear
Seminar
VED, FSN Analysis (Industrial Engineering & Technology Management).
Heat Transfer Enhancement Using Mesh Inserts In Heat Exchangers. (Heat Transfer)
To pursue/continue a challenging career in the field of Engineering Design where I can utilize all my experience, skills & capabilities to formulate, deploy solutions for successful & timely completion of assignments in hand.
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