• Gender: Male
• Age: 33
• Designation: Executive Design Engineer
• Highest Education Level: Post Graduate Diploma
• Notice Period: 30  Days
• Preferred Location: Jalgaon
• Work Experience: 6.5 Year(s)

Education

Post Graduation in Tool Design , in 2017 from Indo German Tool Room(MSME), Aurangabad, India

B.tech in Mechanical Engineering in 2016 from Karnataka state board university, India

Diploma in Tool And Die Engineering, in 2011 from Gedee Technical Training Institute Coimbatore , India

Skill Sets

Softwares skill
Excellent in Mold-flow Insight having knowledge of Parametric modelling, Assembly environment, Drafting. Core-Cavity extraction.
Proficient in CATIA (V5,V6) having knowledge of modelling, Assembly environment, Drafting.
Excellent in Solid Edge having knowledge of Modelling, Assembly, Drafting, Core-Cavity extraction.
Excellent in Auto cad 2019 , Auto Desk Inventor 2014.

Work Experience

Executive Design Engineer
3 yrs experience
Company profile- multinational conglomerate organization

Job profile-
1.Design of Injection Moulding - Multiple Cavity
Split Cavity
Three Plate Mould
Mould For Undercut
2.Preparation Of Bill Of Material and Mould costing
3.Electrode Design
4.Fixture Design

industrial training
Industrial Training at JAIN IRRIGATION Jalgaon from 17.8.2011 to 16.8.2012 for final year of diploma
Responsibilities:-
Project Handling
Process Planning and Execution
Cycle Time Calculation For all Products

Project:
Diploma Project
A project on Hanger Frame
Design concept, calculation, machining of all parts, cost estimation & Manufacturing of Injection Mould and final trial product in hand

Working Now In Mold-flow
 Cool, Fill, Pack and Warp analyses. produce faultless parts from the beginning by replicating the injection molding process in the design phase of a project. All analyses and simulations are done in Mold-flow Analyst. By getting the design right first time, I have the knowledge to reduce production waste and improve clients profits. I ensure get fast, accurate results and design optimization is streamlined, responsive and cuts overall costs.I have been doing this for a 4years - with expertise, confidence and speed.
Specific molding requirements, I run a Cool, Fill, Pack and Warp analysis and deliver our feedback in a detailed report outlining improvements and optimization.
Cool analysis allows Mold-flow Analyst to accurately simulate any number of cooling designs to achieve uniform part cooling, avoid hot spots and reduce part warpage, critical to the overall mold-flow process
Flow analysis includes the filling and packing stages of the injection moulding process. These stages produce some of the most important results for evaluating a product design for injection moulding manufacturing.
And also War-page results can be used to identify areas of excessive warpage and shrinkage in order to recommend a solution. I ensure the part can be manufactured within tolerance and will not exhibit excessive warp. By referencing product drawings and tolerances, its possible to take point to point measurements from the analysis results to ensure the critical dimensions will be within tolerance after moulding.
Meshing on the components and insert over-molding components as per requirement how accurate result we need
Fill time: velocity profiles and shot size (machine specific)
Freeze time: time to freeze the runner, gate and part
Pack time & pressure: packing phase profiles (machine specific)
Venting requirements
Weld line locations
Volumetric shrinkage: shrinkage values for various part geometries
Shear rate: shear rates generated during filling and packing
Pressure at V/P change over
Injection pressure: pressure rates experienced during filling and packing