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Recent graduate with a Master of Science in Mechanical Engineering seeking a challenging opportunity in mechanical engineering and design. Self-motivated and committed to improving system and process productivity through design improvements and team collaboration.

Summary:

Proficient in HYPERMESH, LS-DYNA, NASTRAN, UNIGRAPHICS, Solid Works, AutoCAD, Ansys Workbench, Ansys 15.0, Catia, ProE.

Proficient in 2-D and 3-D meshing on various components.

Proficient of Command in designing mechanical equipment using Solid Works, Catia and engineering drawings.

Experience in solid modeling and part detailing, a good understanding of NX unigraphics.

Developed solid understanding of different manufacturing processes like casting, forming and machining.

Design and application knowledge on automotive powertrain with different transmissions.

Simulating the behavior of vehicle with manual and automatic transmission under WOT operation in Excel.

Sound Expertise in geometric dimensioning and tolerance (GD&T) practices

Understanding on Product Life Cycle Management (PLM) systems

Manufacturing: Fundamentals of Manufacturing, Metallurgy & Material Sciences.

Experience in solid modeling and part detailing.

Volunteered for Hyderabad Metro Rail Project and events organized by Gulf Engine Oil.

Excellent shop and safety skills as a machinist and welder.

Strong analytical, mathematical and statistical problem solving skills.

Work closely with team members to achieve engineering goals.

Strong written and verbal communication skills.

EDUCATION:

Master of Science in Mechanical Engineering

Lawrence Tech University Dec 2015

Bachelor of Science in Mechanical Engineering

Osmania University, Hyderabad, India June 2013

Skills:

DFMEA,DVP&R

Catia V5

Solid Works

Pro-E

Quality assurance

ABAQUS

Root cause analysis

Hyper mesh

3-D Modeling

C,C++

2D and 3D drawings

Office XP, 2007, 2010 &2013

AutoCAD

Meshing

WORK EXPERIENCE:

Intern, Suryateja Power Projects June 2013-Aug 2013

Worked on 6MW Bio-Mass Power Project

Attained knowledge in power generation through biomass.

Lawrence Tech University Jan 2014-April 2014

Worked as front desk supervisor at the university recreational center.

Maintaining and organizing spreadsheets of activities.

PROFESSIONAL DEVELOPMENT AND ACADEMIC PROJECTS:

LAWRENCE TECHNOLOGICAL UNIVERSITY, THEORY OF PLATES AND SHELLS

FINITE ELEMENT MODELLING AND ANALYSIS OF PLATES AND SHELLS

Design of 2d and 3d models of plates and shells.

Fine Meshing and obtaining the contour plots for maximum deflection and stresses at various boundary conditions of the models and comparing it with the analytical solutions.

ABAQUS software was used to execute the analysis.

LAWRENCE TECHNOLOGICAL UNIVERSITY, POWERTRAIN AUGUST 2015

●Plotting the engine Torque-Rpm curve with the given WOT curve and plotting the Wheel HP vs Vehicle MPH.

●The objective of this project was to calculate the maximum torque developed.

●The software used for this project was MS-Excel.

LAWRENCE TECHNOLOGICAL UNIVERSITY, POWERTRAIN AUGUST 2015

Calculate the Vehicle Acceleration WOT time and the fuel economy.

The objective was to calculate the acceleration time to reach 0-65 mph.

Microsoft Excel macros was used to execute the project.

LAWRENCE TECHNOLOGICAL UNIVERSITY, ENGINEERING MATERIALS March 2015

DESIGN PROJECT:

Design of a car panel under uniform loading and determining the material indices for the panel.

Using the material charts the best material is selected for the given economic batch size.

With the screening of the charts the best suitable process was determined.

LAWRENCE TECHNOLOGICAL UNIVERSITY, VEHICLE DYNAMICS SEP 2014

Investigate the steady state cornering performance of the vehicle.

The goal was to determine the under steer gradient of the vehicle as a function of lateral acceleration.

Using MS Excel the vehicle roll angles, slip angles and tire forces was calculated.

LAWRENCE TECHNOLOGICAL UNIVERSITY, THERMODYNAMICS DEC 2014

DESIGN PROJECT:

Worked as a team to design an Olympic size swimming pool according to the FEMA guidelines.

Design and Analysis of load by moisture on water surfaces in natatoriums using the ASHRAE HANDBOOK.

Literature review and a review paper on this topic was submitted.

OSMANIA UNIVERSITY, METAL CUTTING AND MACHINE TOOLS ENGINEERING MARCH -2013

ANALYSIS:

An investigation of mechanical behavior of mild steel after shot peening and identification of optimal process parameters using Taguchi design.

Minitab software was used for the analysis of fatigue testing.

Deccan College of Engineering & Technology, Hyderabad, India executed for bachelor’s dissertation.

ACHEIVEMENTS:

Won first position award for undergraduate major project.

Managed clothing line start up successfully.

Organized multiple events in Osmania University.

Won a first position award for seminar on SHOT PEENING.

Won many merits and honors for organizational skills.

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