Manufacturing Engineering

Kamal Kishore Reddy Vallap Reddy

Long Beach, CA-*0815 425-***-**** ************.***********@*****.***

Objective

Graduate student in Mechanical Engineering specialized in Design and manufacturing, keen in effectively applying

my skills in mechanics, electrical, electronic, robotics and software domains. Seeking a career opportunity in an

organization that allows me to contribute and lead me to personal and professional growth.

Education

California State University Long Beach Expected: May

2015

Master of Science in Mechanical Engineering

Specialization: Design and Manufacturing GPA: 3.22

Jawaharlal Nehru Technological University

May 2013

Bachelor of Technology in Mechatronics GPA: 3.5

Experience

Low NOx Emissions (Research Assistant) September2014-

Present

•

Leading a team of 4 under graduate students for SoCal Gas Company’s Project

•

Conducted weekly meetings with students and the company officials

•

Working on a concept which has never been employed before in “automotive or

stationary engine market”, which is designing an automotive EGR system to be a closed

loop cooling system independent from that of the engine’s cooling system

• Involved in designing, simulating and manufacturing all the test rigs and also applying

system engineering principles to cut down our budget

• Experience in solving client issues and production issues

Teaching Assistant, CSULB December 2014-

Present

• Briefed students regarding work assigned

• Conducted research work and have simplified the teaching material for the students to

approach it easily to ‘Introduction to manufacturing Processes’

• Assisting students in the machine shop using the manufacturing processes

Design of Gas Turbine used for power generation applications (Summer Intern) May’12-June ‘12

• Developed, evaluated and improved manufacturing methods

• Conducted a research on design and manufacturing process involved in the production of Gas

turbines

• Designing of a gas turbine blade using ANSYS and PRO-E software and conducted

Finite Element Analysis for calculating deformations and stress

• Worked closely with Process Engineers to understand footprint and electro-mechanical

issues.

Accomplishments

Heat Exchanger Applications for Additive Manufacturing

• My Research work on Heat Exchanger has been selected for RAPID 2015, a preeminent

event for 3D printing

• Conducting research work on how to reduce production costs and increase efficiency of

heat exchangers using additive manufacturing techniques

Excavating Robot for Space Operations

• The project presents a novel emerging robotic technology for space applications to

collect the pictures and temperature readings of the environment as well the soil.

• A “robot prototype” constructed by employing Six Sigma methodology to minimize the

manufacturing defects in electrical devices, which can be used for real applications.

Design and Analysis of Shell and Tube Heat Exchanger

• A Shell and Tube Heat Exchanger was designed and simulated with “Nano Particles” as

a coolant, for which better results were obtained when compared to other coolants.

Skills

Technical: FEA ANSYS, AutoCAD, MATLAB, Solidworks, CATIA, Six Sigma, Polar 3D, CFD

Netfabb (Additive Manufacturing Technique), Programming in C and C++, Hypermesh

Machines: Mill, Lathes, Drill Press, CNC, Band Saw.

Course Work

Fluid Mechanics Theory, Heat Transfer, Finite Element Analysis, Reverse Engineering,

Manufacturing Science, Computer Aided Design, Computer Aided Engineering,

Thermodynamics, Engineering Statics and Quality Control, Fluid Dynamics.

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