• Experienced in running servo-controlled hydraulic INSTRON machines.
• Experienced in Data acquisition and Analysis using Lab View.
• Expertise in all phases of technical work from concept and design to fabrication, production, testing and complete engineering documentation of new products.
• Experience in 3D solid modeling and rapid prototyping using Solid works and Pro E.
• Hands on metal and plastic shop experience.
• Hands on experience in working with steam boilers, pressure vessels and heat exchangers.
• Skilled at writing technical reports, documenting research, creating data bases and spreadsheets.
• Excellent communication and computer skills.
EDUCATION
• MS in Mechanical Engineering, University of Nevada. Reno, NV. GPA: 3.25/4.0
• BS in Mechanical Engineering, Osmania University, Hyderabad, AP, INDIA.GPA: 3.65 /4.0
RELATED COURSE WORK:
Thermodynamics/Fluid Mechanics Metallurgy/ Material Science Refrigeration & Air conditioning
Advance Thermodynamics Machine Design Heat Transfer
Finite Element Methods Programming languages CAD/CAM
Energy Systems Robotics Theory of Machines
Operations Research Intellectual Property Rights Composite Materials
SOFTWARE SKILLS
• Design/Drafting: AutoCAD, Pro-E, Solid Works, Gambit.
• Analysis : Ansys, Fluent, Lab View, Engineering Equation Solver.
• Others : Mat Lab, MathCAD, Microsoft Excel, PowerPoint, word, Flash, Fireworks.
• Programming Languages: C, C++
CERTIFICATIONS
• Fundamentals of Engineering, Nevada State Board.
Intern Number: 0T6164, Certification Date: 12/30/09.
EXPERIENCE
Research/Teaching Assistant, Composites and Intelligent Materials Lab, University of Nevada, Reno, Jan 2007 – July 2009.
• My research work is to design and build a Compressible Magneto-Rheological Damper for a Track vehicle using magneto-rheological fluids.
Description: A prototype of Compressible Magneto-Rheological (CMR) Damper is designed using solid works, built, and examined on INSTRON servo machine. This CMR damper functions as a liquid spring and a controllable fluid damper in a single unit. The compressible MR fluid used in the proposed device is composed of 80wt.% of iron particle suspended in silicon oil. The CMR damper has an irregular annular MR valve with a flow path of varying cross section, it is designed to attain different compression and rebound forces. This valve works in flow mode. The flow through the irregular cross section is simulated and analyzed using fluent. The Irregular valve is proposed and designed by myself.
• Experience as a Teaching assistant in providing advice and support to under graduate students learning Mechanical vibrations and Lab view.
Plant Engineer, Sri Venkateswara Wineries and Distilleries Limited, INDIA, Aug 2004-Oct 2006
• Experience working as a Plant Engineer (01 Aug 2004 to 15 Oct 2006) at a manufacturing facility and was involved in the Operation and Supervision of the day to day production activity of liquefied CO2. It involves compression, purification and liquefying the CO2. As there was a unit to produce the concentrated ethanol from the corn, I worked with steam boilers, pressure vessels and fermentation tanks. Liquefaction of CO2 deals with heat exchangers and compressors.
• Assisted in the installation, fabrication and running of new storage units for clients.
• Prepared and managed designs for clients.
Bachelors
• Underwent Industrial training program at CITD, Hyderabad, for tool designing.
• INTERNSHIP “Design, develop and program the machining of a T-Grove over the Rotor blade of a Gas Turbine using CAD operated - Sinumetric†at Bharat Heavy Eletricals Ltd, Hyderabad.
Description: Our Project work deals with development of 3-Axis CNC program for Machining Blade Grooves(T-grooves) which are inverted in shape on Rotor of a Turbine. The flexibility of machining of the above surface was studied for different types of machining process with respect to dimensional accuracy and surface finish. In the earlier method of machining T-Grooves it was mandatory to write ten programs to machine a single groove by using Incremental programming method. But in the existing method, Operations sub method is used to write only one program to machine one groove, will get accurate, closer tolerances, good surface finish.
EXTRA-CURRICULAR ACTIVITIES
• Organizer of College Cultural Festival named “ALLGORYTHMS†for the four years of my bachelors (2001-2004).
• Member of Fund raising committee for National level Technical symposium “NIPUNA-03†of Mechanical Engineering Department, Osmania Univerisity.
• Programme Coordinator of “NIPUNA-04â€.
*References available upon request.
Mutyala Rao Potnuru
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