Finite Element Analysis Resume

SUMMARY

Highly skilled, motivated graduate wif extensive hands - on technical skills seeking an entry-level position
Experienced in model designing, rendering and can perform structural analysis on intricate models
Good noledge in design, rendering and analysis software like SolidWorks, AutoCAD,KeyShot and ANSYS
Developing SAS applications using PROC UNIVARIATE, PROC CORR, PROC ANOVA, PROC MEANS etc.
Utilizing advanced SAS skills, including Macros and SQL procedures to deliver concise and flexible code
Ability to Generate the needs by having firm grip over various statistical procedures like proc SQL, proc report.
Proc tabulate, proc plot, proc chart, proc format, proc import, proc export, proc print, proc sort, proc append, etc.

TECHNICAL SKILLS

CAD Software: AutoCAD, SolidWorks, ANSYS, Basics of Catia, Basics of Pro/E, Key Shot

General Software: SAS, Arduino, MATLAB & Simulink, C++, Microsoft Office, Publisher, Photoshop.

PROFESSIONAL EXPERIENCE

Finite Element Analysis

Confidential

Responsibilities:

Created a 3D model of a Connecting Rod of a 4 stroke engine using SolidWorks.
Investigated the compressive forces acting in the Connecting Rod under different loading conditions.
Compared FEA values gathered from the static structural analysis of connecting rod using ANSYS wif the values of two different materials to find the optimum one, considering factor of safety and life cycle.
Assisted senior design engineer in creating 3D models of Sparx 24” cycle frame from engineering drawing.
Created the 3D assembly model of the cycle frame from the mitered tube using bottom-up approach in SolidWorks.
Performed static structural analysis for the cycle frame using RBE3 entity in ANSYS to verify the structural acceptability of the frame created for prototyping and testing.
Documented the drawing, model and analysis results for product approval and prototyping.
Closed loop position control of a DC Servo motor using a position feedback sensor and PWM output signal in conjunction wif an H-bridge amplifier circuit, and Arduino.
Created a 4x4 quadrature incremental encoder and interfaced the signal from the Opto-interrupter to Arduino through an H-bridge made of IRF511 and IRF9520 (MOSFET).
Programmed a PID control algorithm that can be used to control the position or velocity of the DC Servo motor.

Design and Analysis

Confidential

Responsibilities:

Modeled a Swiss Army Knife wif ten different tools using SolidWorks.
Performed a static structural analysis on it using SolidWorks simulation to test its integrity and to simulate real time abrasion it would experience if used in extreme situations.
Rendered the model made in SolidWorks using Key Shot 4.
Worked on a cohesive team wif students from different departments to design and 3D print a prosthetic arm.
Assisted in designing, developing and modelling parts for the prosthetic arm using SolidWorks.
Contributed ideas for change in design that improved the comfort and versatility for the user.
Identified the section in the plant that needed development and applied lean, 5s concepts to improve productivity.
Conducted time study in the identified welding section using Man/Material Chart.
Analyzed the data collected from time study to find out the Nan-Value added and waste time.
Designed the stencils and machine holder using SolidWorks to reduce the time waste and increase productivity.
Implemented the solutions brought out an increase of 10% improvement in productivity.