Autocad 2016, Catia V5 R22,Solidworks 2015,Dfss

GOUTHAM CHINNI

Email: **********@*****.***. Cell: 316-***-****

MECHANICAL ENGINEER

SUMMARY

2+ Years of experience in the field of Product Design Engineering.

Extensive command of CAD technologies, tools and best practices in designing mechanical equipment using varied CAD packages.

Skilled in machining and a strong understanding of engineering mechanics, principles and materials with proven record of effectively meeting project deadlines.

Ability to identify technical requirements and develop valuable solutions for mechanical processes.

PROFESSIONAL SKILLS

* AutoCAD 2016 (Expert level)

* CATIA V5 R22 (Expert level)

* DFMA (Design for Manufacturing and Assembly) (Advanced Level)

* DFMEA (Design Failure Mode and Effect Analysis) (Advanced Level)

* SOLIDWORKS 2015 (Expert level)

* ANSYS V14.5 (Intermediate level)

* MSc ADAMS (Intermediate level)

*HyperMesh V13 (Intermediate Level)

*GD&T-ASME Y14.5 Standards (Advanced Level)

* DFSS (Design for Six Sigma) (Intermediate

Level)

MS Thesis:

Research Assistant, Wichita State University, Wichita, KS Spring 2014 – May 2016

Microalgae Growth, Lipid Extraction and Stable Nanoemulsion Productions for Various Industrial Applications. WSU, Wichita, KS.

Tools Used: CATIA V5, SOLIDWORKS

Microalgae Growth, Lipid Extraction And Stable Nanoemulsion Productions For Various Industrial Applications

Cost effective method of Microalgae Growth.

Thorough Research on materials which can be used in utilizing Microalgae as an alternate source of energy in the future.

Cost effective method of Harvesting is implemented using Filtering Technique.

Designed a mini pressure cooker using CATIA V5 which can withstand high temperature and maintain required pressure conditions.

Calculated the Oil content of the Microalgae biomass processed.

Consequently formed Algal oil in water Nanoemulsions using SDS as surfactant to reduce the particle size of the oil.

Successfully shifted the absorption spectra to a UV region from visible region.

Acquired Stable Nanoemulsions using Ultra sonication Technique.

Worked and formed Nanoemulsions which can be used in various industrial applications like Cell Culture Technology, sunscreen formulations, anti-ageing products, and as drug delivery system.

Nanoemulsions can also be used as fuel.

PROJECTS

Automobile windshield wiper mechanism: Single wiper of new Mercedes by using ADAMS- WSU, Wichita, KS

Tools used: CATIA V5 R20, MSc Adams.

The main objective of the project was to design Mono wind shield wiper ton increase the geometrical area. Single wiper is utilized by Mercedes Benz as a remarkable style. This was initially proposed by Mercedes and they have exploit single connection wiper arm to increase geometrical criteria which a substantial wipe territory is accomplished.

It is utilized to clean the superfluous components that make diversion the driver. The outline of wiper is verging on like the prior wipers with a couple changes yet the way accomplished is of W shape. The wiper a solitary wiper stretches out outward to get closer to the top corners, and pulls in at the closures and center of the stroke, clearing out a to some degree 'W'- formed way. These wipers are additionally productive as it doesn't leave any indication of dust or water or snow.

We might need to outline the system in a couple programming's and we incorporate the outcome sets, diagrams and designing the model by using ADAMS.

Design of Rope Making Mechanism using CATIA – WSU, Wichita, KS

Tools used: CATIA V5 R20.

The mechanism that we have designed will help the people who waste their energy, effort and time on constructing a rope. In this project we did a mechanism for rope making where a series of ropes can be made very easily without much human effort and time. In our design we use a frame as our body and sprockets as the wheels that rotate 3600 and hooks for holding the individual fibers. A prototype was designed using design software CATIA V5. Fabrication of an Eco-Friendly mechanism at a very low cost. Design was fabricated using the scrap sprockets of a bicycle, and easily available wood.

Cervical Spine Modelling and Analysis of dummies in an aircraft seat stimulation.

Tools used: MADYMO, MSc Adams.

Study Project on “An overview of benchmarking process: a tool for continuous improvement and competitive advantage”-WSU, Wichita, KS.

Minimizing the technical errors in Telecommunication Department of Wichita State University, Wichita, KS.

Tools used: Six Sigma.

Analysis of Thermal Efficiency and Smoke with Varying Load on IC Engine by Using Bio-Diesel. JNT University, Hyderabad, Telangana, India.

RELEVANT EXPERIENCE

DESIGN ENGINEER-GRADUATE

Wichita State University, Wichita, KS Aug’ 2014 - Present

Designed Rope Making Machine to enhance the stiffness of the rope and to reduce difficulty in binding a heavy rope using CATIA V5 design environment.

Designed a distinct variety of mini pressure cooker which involves in thermal liquefaction process to withstand very high temperature and pressure using SOLID WORKS.

Performed cervical modelling on 50% adult male human head dummy to ensure passenger safety condition with reference to HIC (Head Injury Criterion).

Programmed ECR (Engineering Change Reports) as well as handling DFMEA to consistently monitor and improve Engineering design process.

Controlled complex stress strain calculation to improve the product life. Effectively utilized DFSS concept to manage the 4M's.

Analyze structural stresses and performed component wise in depth meshing of the CAD profiles using ANSYS.

ENGINEERING INTERN

Advanced Systems Laboratories (ASL) in Defense research and development organization (DRDO). DEC’2013 - July’ 2014

A project on “NON-DESTRUCTIVE TESTING”

Exposure to advance to Quality Assurance of Materials.

Out and Out Knowledge on the working of Non-Destructive Techniques for Quality control and Material Inspection.

Flaw Detection and Evaluation of Aerospace Raw Materials.

Ultrasonic Testing (UT) of Weldments (Welded joints).

Identifying the Distance of Internal Cracks in the Materials using Distance Amplitude Correction Technique (DAC).

Implemented UT to conduct examinations and make measurements for Flaw detection, dimensional measurements, material characterization and discontinuities in materials.

EDUCATION

WICHITA STATE UNIVERSITY - Wichita, Kansas, GPA: 3.8/4

Master of Science in Mechanical Engineering – MAY’2016

Course work included:

Computer aided Analysis of Mechanical systems.

Computer Aided Design.

Injury Bio mechanics.

Quality Engineering

JNT UNIVERISTY – INDIA, GPA: 3.7/4

Bachelor of Technology in Mechanical Engineering – MAY’2014

Course work included:

Engineering Mechanics

Kinematics of Machinery

Dynamics of Machinery

Design of Machine elements

Production Management

Operational Research

Manufacturing Processes

Computer Aided design and Graphics

Computer Integrated Manufacturing

Machine Drawing

AWARDS AND ACCREDIATIONS

Awarded Best Coordinator in the Core committee to organize KURUKSHETHR (A Technical War) - JBIET, JNTU, Hyderabad, 2014.

Participated in workshop on Engine Design, Simulation & Analysis of Commercial Car Certified by SGT-International & SAEISS, 2012.

CADD CENTERR certified user of PRO-E (CREO) and AutoCAD 2010 for Design Engineer, 2010.

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