Mechanical Product Engineer

**** ******* ****** ****** ***** *****.******.***@*****.***

Stoughton, WI - 53589 408-***-****

Professional Summary

• Mechanical Engineer, experienced in Design, Product Development, Structural Dynamics and Simulation.

• 4.5 years of successful work experience in both Technical and Management fields with international professionals.

• Hardworking, Fast learner and ability to work with a cross functional team. Education

Master of Science, Mechanical Engineering Arizona State University, Tempe GPA: 3.33 May 2015 Bachelor of Technology, Mechanical Engineering National Institute of Technology, Karnataka, India GPA: 3.33 May 2009 Relevant Coursework

Advanced Product Development Mechanical Design/Failure Prevention Structural Dynamics Computer Aided Engineering Fundamentals of Microelectronics Packaging Design of Engineering Experiments Applied Finite Element Methods Engineering Design and Graphics Dynamics and Vibrations Analysis and Design of Machines Integrated Product Development Mechanics of Solids Skill Set

• Professional Skills : Good technical, management and communication skills, work experience with academicians and professionals from various nationalities.

• Software Skills : Unigraphics NX 7.5, PTC Creo, Solidworks, AutoCAD, ANSYS, MatLab, MSC Nastran

• Languages : C, C++, FORTRAN

• Operating System : Windows, Unix/Linux

Work Experience

Cummins Emission Solutions – Product Engineer Jan' 15 – Aug' 16

• Key responsible engineer for 2016-2017 On-Highway diesel aftertreatment product launch. (Heavy Duty, Mid-Range and Light-Duty)

• Resolved Failures, Designed new sensor tables and supported in integration of PM sensor in existing architecture.

• Took Initiative in taking up additional responsibility on cost reduction projects for Current Product.

• Led Design Reviews, DQR, DFMA, participated in iDFMEA, DVP&R and initiated ECR/ECO's for new product release.

• Optimized component and system level assembly design. using design for six sigma tools (DFSS) and design tools. (Creo)

• Generated and optimized new solutions working with applied mechanics team. (Thermal, CFD and Structural)

• Collaborated and supported cross functional teams (OEM Integration, Manufacturing, Service and Product Validation) in new projects. Arizona State University – Graduate Research Associate Jan' 13 – Dec' 14

• Research Assistant under Dr. Marc Mignolet, Structural Dynamics and Vibrations Team, Department of Mechanical and Aerospace Engineering, Arizona State University. Successfully completed and presented a thesis on Geometric Mistuning of bladed disks. Arizona State University - Graduate Teaching Assistant Aug’12 - Dec'13

• Teaching assistant for Vibration Analysis, Statics and Dynamics, Department of Mechanical and Aerospace Engineering, Ira A. Fulton Schools of Engineering, Arizona State University. Suzuki Powertrain India Limited – Diesel Engine Design and Development Engineer Aug’09 - July’12

• Design, development and validation of components for diesel engines used for automotive applications.

• Management and approval of 3D and 2D engineering and specification drawings, using Unigraphics NX 7.5.

• Creating ECR/ECN's for product release in PDM.

• Team leader, Project Management of test vehicle prototype builds for new automobile model launch, coordinating with Supply Chain Manufacturing and Quality functions.

• Co-ordination with Suzuki Motor Corporation, Japan and FIAT, Italy for technical support.

• Understanding of concepts involved in supplier development and implementation. (Lean Manufacturing, Poka Yoke, 6 Sigma, PPAP and APQP)

Major Projects

Arizona State University, Tempe

• Geometric mistuning analysis and simulation in bladed disks : Dr. Marc Mignolet Spring’13 Study of various effects of harmonic and geometric mistuning in bladed disks to check amplification in free and forced response and simulation of the same.

• Autonomous mechanical surveillance vehicle design : Dr. Jami Shah Fall’13 Design of fully automated mechanical surveillance vehicle to survey around 2 buildings. The vehicle is controlled by fully mechanical systems, without any use of electronic controllers.

• Design of a radio controlled device to pick up multiple objects : Dr. Jami Shah Fall’13 Design of a radio controlled device to retrieve multiple objects around a yard having obstacles and put them in a bin.

• Manufacturability and cost challenges for future microelectronic packaging : Prof. Amaneh Tasooji Fall’12 Study of challenges in manufacturing and cost efficiency of modern microelectronic packaging and presenting methods to optimize the same.

Suzuki Powertrain India Limited, India Aug’09 - July’12

• Design Optimization of Engine Lubrication Pump

Study and optimization of the discharge passage design of 1.3 lit diesel engine lubricating pump for improvement in flow performance. Presented a paper on the same.

• Design Parameters of Vane Type Vacuum Pumps for Powertrain applications Analysis and modification of various design parameters affecting the performance of a vane type vacuum pump for 1.3lit diesel engine braking system. Published a paper on the same in Maruti Suzuki Technical Journal.

• Engine Coolant Pump Speed Optimization

Calculation of optimum cooling requirements of 1.3 lit diesel engines and the corresponding coolant pump speed for improvement in fuel economy. Presented a paper on the same.

Aerospace Structures Lab, Indian Institute of Sciences: Dr. D Roy Mahapatra Summer’08

• Advanced Airfoil Design for Flapping Wing Mini Aerial Vehicle Simulation and analysis of the effect of airflow around a flapping wing using different materials and fabrication of the wing. National Institute of Technology, Karnataka, India

• Design simulation and fabrication of cubical design piston: Prof. Appukuttan KK Spring’09 Designed and fabricated a cubical piston for optimum performance of gas powered IC engines.

• Off-Terrain Vehicle Project: SAE BAJA, 2008 Spring’07 Roll Cage modeling and simulation of all terrain vehicle for SAE BAJA India event.

• Hydraulic systems for blast furnace applications, Rourkela Steel Plant, India Summer’06 Industrial training and project on different hydraulic systems in blast furnace of steel plant. Assisted in commissioning of a pneumatic plug gun used for plugging of slag removal passage. Extra Curricular Activities:

• Member of Society of Automobile Engineers, Arizona State University.

• Events Manager in technical and cultural events, National Institute of Technology, Karnataka, India.

• Executive Member of Rotaract Club, NITK Chapter, part of Rotary Club of India, involved in community service activities.

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