Shabaz Ahmed Mohammed

Mechanical Engineer 361-***-**** acx241@r.postjobfree.com

Summary

Innovative, solutions-oriented Mechanical Engineer with 4 Years of experience in New Product Introduction (NPI), Continuous Product Improvement (CPI), Design, Optimization and detailed Analysis of capital equipment structures for Stress, Life, and Vibration

Expertise in Design – Part/Assembly, Finite Element Analysis (FEA), Design Optimization, material properties and behavior

Knowledge in Mechanical Engineering Sciences: Continuum Mechanics, Strength of Materials, Finite Element Analysis, CAD, Vibratory Motion, Thermodynamics, Heat Transfer, and Fluid Mechanics

Highly adept in DFMEA, DVP&R, Geometric Dimensioning & Tolerancing (GD&T), Tolerance Stack Up Analysis, Test Method Validation (TMV) and Lean-Six Sigma

Possess exemplary analytical problem solving skills, with strong technical written, verbal communication and excellent presentation skills, self-starter, adaptive and assimilate situations quickly

Education

Master of Science, Mechanical Engineering (MSME) Dec 2013

Texas A & M University, Kingsville, USA GPA: 3.90

Bachelor of Engineering, Mechanical Engineering Jun 2010

Osmania University, Hyderabad, INDIA GPA: 3.80

Technical Skills

CAE/FEA : ABAQUS, Pro-Mechanica (Creo Simulate), FE-SAFE, ANSYS, OptiStruct, Hypermesh,

SolidWorks Simulation

CAD : NX (Unigraphics), Pro-E (Creo Parametric), SolidWorks, CATIA V5, AutoCAD

Applications : MATLAB, DATK, MVISION, Teamcenter, MS-Office Suite

Experience

TATA Technologies Inc. Sep 2014 – Till Date

Mechanical Product Design/FEA Engineer, (Client – Caterpillar Inc., Aurora, IL)

Responsible for gathering the requirements from the product group and develop 3D solid models for design conceptualization using Creo Parametric

Design innovative component/part for machines that improved functioning and extended the life of equipment thought to be obsolete for a fraction of the total replacement/repair cost

Perform Linear & Non-Linear Structural analysis using Creo Simulate/ABAQUS and review the stress, strain and deformation results

Make design changes and fix the problematic areas using Design Optimization and perform manual calculations to check the moments and beam reactions

Perform Fatigue Analysis to check the life of the machine using FE-SAFE and Creo Simulate

Correlate the virtual data with the test/field data using DATK by creating Rosette Strain Gages

Perform Thermal Analysis to pull out the stress values between bearing and bore on the machine

Involved with validation team to validate the strain gages for testing

Improve the weld life of the structure by successfully changing the vector direction of the stress flow

Perform root cause analysis to find out the failures in the machine structures

Perform Multi-Body Dynamics (MBD) and Modal Analysis to find the frequency of the machine

Responsible for presenting and reviewing the design changes with the cross-functional team after deriving conclusions from analysis

Manage all phases of the design process for a multitude of products, components, parts, assemblies and subassemblies, including 2D drafting, dimensioning, tolerancing (GD&T), Bill of Materials (BOM), prototyping and documenting results using Teamcenter

Verotech Solutions Llc. May 2014-Aug 2014

Engineer II, CAPA, (Client – Terumo Cardiovascular Group, Ann Arbor, MI)

Actively took part in all the CAPA activities like Investigation, Solution Implementation, Effectiveness Verification/Validation

Performed root cause analysis using Fault Tree Analysis, 5-Why Analysis, Cause & Effect diagrams

Texas A&M University, Kingsville, Texas Sep 2011-Dec 2013

Graduate Research & Teaching Assistant

Worked on research papers, journals and performed various CAE simulations using CAD/CAE tools – SolidWorks, NX (Unigraphics), ANSYS, OptiStruct, MATLAB

Assisted undergraduate students in academic design and analysis projects in the CAD/CAE Lab

Took Calculus & Trigonometry classes for Undergraduate Engineering students

Orgatel Telecom & Infra, Hyderabad, INDIA Jul 2010-Jul 2011

Design Engineer

Developed 3D solid models in NX (Unigraphics) as per requirements and analyzed them using ABAQUS

Created 2D drawings of the assemblies with GD&T, Bill of Materials (BOM)

Performed Tolerance Stack Up Analysis of the parts & assemblies, and released for manufacturing

Collaborated with Project Engineer on product design and communicated the technicality of the designs with the sales team

Internships

Indian Railways, Hyderabad, INDIA Jan 2010–Mar 2010

Mechanical Engineering Intern

Involved in hands-on with the overhauling of a WDM2 locomotive as per the set guidelines

Tested, replaced the worn-out components of the locomotive and documented the same

HMT Bearings Ltd., Hyderabad, INDIA Sep 2009-Dec 2009

Mechanical Engineering Intern

Worked in the Research &Development (R&D) Department of the company

Performed Tribology and NVH tests on the bearings to ensure the usage of appropriate material and right amount of lubrication to achieve better quality and durability of the product

Graduate and Undergraduate Projects

I. Discrete Topology Optimization of Structures using smooth boundaries

Optimized the structures using Design Optimization techniques using MATLAB

Performed Finite Element Analysis (FEA) on the structures to record stress and displacement numbers using SolidWorks and Ansys

Result: High stiffness of the structure is achieved by utilizing less material, directly reflecting the core value of lean production - doing more with less

II. Design and Analysis of a locomotive wheel and brake shoe

Designed wheel and brake shoe of a locomotive using CATIA V5

Performed thermal analysis of the assembly using Hypermesh and ABAQUS

Publication

Zhou H., Shabaz Ahmed Mohammed, “The Boundary Smoothing in Discrete Topology

Optimization of Structures,” ASME, IDETC/CIE (2013), DETC2013-12342

Achievements and Presentations

Received “Frank H. Dotterweich College of Engineering Merit Scholarship,” in the year 2012, for outstanding performance in academics

Presented paper on “Automobile Brakes & their importance” in a national level Technical event

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