Mechanical Engineering

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SRIKANTH AVALA [email protected] www.srikanthavala.homestead.com 716-430-5336 TO FIND A CAREER THAT IS BOTH INTELLECTUALLY CHALLENGING AND REWARDING EDUCATION State University of New York at Buffalo, Buffalo, NY Masters in Mechanical Engineering May 2010 Current GPA: 3.5/4 Graduate Coursework Numerical Methods in Design Optimization, CAD Applications, Finite Element Analysis, Smart Materials, Tribology, Engineering Management, Co mposites Vellore Institute of Technology, Vellore, India Bachelor of Technology in Mechanical 2004-08 GPA: 7.6/10 First Class with Distinction WORK EXPERIENCE University At buffalo Buffalo, NY * Graduate Teaching Assistant * Manufacturing processes, Manufacturing Automation courses - conduct weekly tes ts, correct papers, help students with doubts, etc South Central Indian Railways Lallaguda, Hyderabad, India May - Aug 2006 InPlant Trainee Part of the Rear Axle Design and Maintenance overhauling Team Project to streamline the overhauling procedures with the introduction of intra net facilities Same-Deutz Fahr Vellore, India Nov - Dec 2006 InPlant Trainee To optimize the manufacturing and assembly lines To use DFA and come up with varied methods Learnt the various parts that go into a Tractor Saadhana (2007 & 08) Vellore, India National Level Technical Symposium Event Management Coordinator Took responsibilities as the designing committee coordinator for the National l evel Symposiums Saadhana 07 and Riviera 07 & 08 TECHNICAL SKILLS Operating Systems : Windows XP,Vista,7 Mac OS Linux Ubuntu, Redhat CAD Programs : SolidWorks 2003+ AutoCAD Inventor 2010 ProE Wildfire 3.0+ Simulation and Analysis : Ansys, Pro-M, Abacus , Cosmos (Structural) Other Software and languages : C++, HTML Matlab, Maple ,Minitab, MS Office

Certified Solidworks Professional (CSWP) Certificate ID: C-NXV4FRC3YK Certified Solidworks Associate (CSWA) Certificate ID: C-4SCNFPTLQM Certified AutoCAD training at Autodesk Authorized Training center, India. Finite Element Analysis using ANSYS at Central Institute of Tool Design, India

HONORS AND AWARDS CAD Competition Winner: December 2006 and December 2007 , University Competitio n Winner (First and Second Place) Tech Lead for the First Indian SAE Mini-Baja team to compete in dynamic events in the USA State Award for Mini Baja Team in form of financial support of INR 500,000. 4th in design and overall 19th position in SAE Mini Baja South African Event 20 07 for team Vibhum. Top 1% in the Merit List of National Mathematics Olympiad (NMO) , India. PROJECTS TRIBOLOGY Cup on Disk Sliding Contact Wear characteristics Masters Defense Project Tribology Experiment to validate Archards theory of wear. Developing a new wear theory to better explain wear between sliding contacts of similar materials. Simulate the wear model using FEA techniques Ongoing MANUFACTURING SAE Mini-Baja 2007 and 2008 UnderGrad Design Project-vehicle Design and Fabrication Tech leader of 2 teams representing VIT (USA chapter and the South African even t) Power transmission, steering, suspension system design and fabrication for both the teams. Team driver for both the teams. DESIGN Design and Optimization of a simply supported beam Design Optimization course project Used optimization techniques to design and fabricate a simple supported beam us ing Matlab, Maple and SolidWorks Continuously variable transmission (CVT) design UnderGrad Design Project Came up with a new design for a continuous power transmission system. Design to eliminate differential requirement by auto-adjusting torque. Application for a patent with provisional specification filed in 2007. Design of Centrifugal Pump Impeller and Vortex Turbo Machines Course Project Designed a Centrifugal Pump impeller and vortex using SolidWorks and Fluent wit h given specifications. ANALYSIS

Thermal Analysis and shape Optimization using Pro-M CAD Applications Course Project Performed steady state thermal analysis, transient analysis and thermal stress analysis for different models in different loading and boundary conditions. Shape optimization using the analysis results. Thermo Mechanical analysis of a CNC lathe machine. Under Grad Defense Project Simulate the working of a CNC lathe machine.(turret lathe) Coupled Field (Thermal and mechanical) analysis of the simulated model. To identify the dimensional tolerances involved with thermal behavior of the ma chine components.

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