SUMMARY:

• Result oriented Mechanical Engineering graduate with experience in automotive and Aerospace product development.
• Developed individual & assembly level drawings
• Experienced with Drafting, Solid Modelling, Assembly level Modeling, Surface Modelling (GSD) in automotive Plastics and sheet metals.
• Excellent knowledge of GD&T (Geometric Dimensioning and Tolerance).
• Performed significantly towards product Quality and system improvement
• Continuous interaction on body Closures with Styling for feasibility check and engineering feedback.
• Experienced Design engineer with proficiency in DFMEA, PFMEA, DVP&R, 5 Why, 8D, and Minitab.
• Worked on CAE/FEA/NVH analysis of mechanical and automotive systems using ANSYS, FE Map.
• Strong problem - solving skills and Good independent worker with occasional direction.
• Participated in issue resolution meetings during testing phases to find the optimized technical solutions. Participated in weekly and executive design review meetings for these issues.

SOFTWARE SKILLS:

Tools: Proficiency: CATIA V5, NX 9, ANSYS, Additive manufacturing, Microsoft Office, MATLAB/Simulink.

Technical Skillset: DFMEA, DFA, DFD, DVP&R, BOM (Billing of Materials), Product Development, Six Sigma

EXPERIENCE:

Confidential

Responsibilities:

• Created Knuckle and Chassis component 3D models, produced Manufacturing drawings using Catia V5 based on previous models.
• Designed and detailed components and production layouts.
• Created individual & assembly level 2D drawings for Knuckle. Assisted with quality control to insure proper designs were being implemented in manufacturing.
• Provided proper materials finishes production materials and procedures.
• Developed and maintained design charts engineering data records for production and bills of material(BOMs).

Confidential

Design Engineer

Responsibilities:

• Responsible for Creation of 3D models, manufacturing drawings and BOMs for various jigs and Fixture components of MTP for Airbus A320.
• Worked on weldment and Assembly level drawings and Modifications in 3D models.
• Designed 3D plastic injection housing models in CATIA V5 by applying proper draft angles and uniform wall thickness.
• Managed CAD models via check out, modify, rename, and check in using PDM Link 11.0.
• Studying part Inspection reports with quality team and achieve the part quality as per customer requirement
• Coordinate in-house project, and project engineering/design schedules. Challenging assignments that include the design of mechanical systems, and performing walk-downs, investigating, trouble-shooting, and solving a wide variety of mechanical design issues.
• Worked with cross- functional Teams, Responsible for 3D modeling and creation of production drawings and maintained design data with the help of ENOVIA PLM database and Engineering Features are examined for draft clearance.

Confidential

Design Engineer

Responsibilities:

• Worked on Automotive Vehicles Closure designs like Glove Box, Door Trim and Seat components and Clients Styling Surface is studied for design requirement.
• A-Surface is scrutinized for tangential errors and sieved properly to clear draft analysis by adjusting Tooling Direction.
• A-Surface is made offset to generate B-Surface.
• Substantiating B - Surface for tangential discontinuity, patches and debugging errors for quality surface finish.
• Developing C-Surface to create closed surface and converting into solid component.
• Engineering Features are developed for assembly purpose by taking ENV DATA and Master Sections into consideration.
• Engineering Features are examined for draft clearance.

Confidential

Research Assistant

Responsibilities:

• Generated technical Drawings using Computer Aided drafting system and managed to draft and plot conceptual and final plans.
• Organized and maintained files for all facilities and project documentation.
• Created Tooth Retainer design template for use in all future drawings. Developed a Tooth retainer model. Designed 3-D drawings using CATIA based on parameters set by rough sketches and dimensions.
• Manufactured Tooth retainer by using Additive manufacturing technology. Validated dental requirements as well as specifications of various projects
• Rational prioritization of potential failures so that corrective/preventive action and/or redesign can be accomplished before risk and cost can escalate.
• Enhanced design reliability once countermeasures are implemented and Reduced development, production and warranty cost.

Confidential

Responsibilities:

• Applied the concepts of finite element method in aircraft bracket frame to evaluate bending loads.
• Designed the basic aircraft bracket in NX 9 to analyze the dimensions before the test run.
• Evaluated loads by having three random mesh densities based on the length of the product and obtained the deflections.
• Performed a test run using FEMAP Modelling software to find the load distribution over Bracket and vibrational momentum of the plate.
• Calculated and matched the theoretical and experimental values using FEMAP/FEA Modelling and theoretical calculations.
• Project aim is to design wing flaps to increase cord length.
• We use two grades of cast iron & aluminum material.
• It depends on material density, thermal conductivity, temperature coefficient.
• It gave thermal properties like Thermal flux, Temperature gradient, on two temperature 300 C & 500 C.
• All the result& inspection based on detailed inspection carried out by different books, faculty members, manual calculation & Analyses results.