Mechanical Engineer Engineering

Ravi Teja Gude

***** ******* **. *, ***# ***, Farmington Hills, MI 48334

****.********@*****.*** +1-586-***-**** linkedin.com/in/ravitejagude

Summary

Mechanical Engineer with an experience in CAD design and Manufacturing operations. Through my studies, gained extensive Knowledge of Thermodynamics, Product design, Manufacturing Processes, Computational Fluid Dynamics, Internal combustion engines, among many other components of Mechanical Engineering. Outgoing, detail-oriented and proficient in building and maintaining professional relationships. Looking to grow as a Mechanical Engineer and contribute to the Organization’s growth.

Education

Lawrence Technological University, Southfield, MI GPA: 3.2/4 December 2016

Master of Science in Mechanical Engineering(MSME)

Jawaharlal Nehru Technological University, Hyderabad, India GPA: 3.2/4

Bachelor of Technology in Mechanical Engineering

Work Experience

Therma-Tech Engineering/A.R. Lintern Division: Redford, Michigan

Manufacturing support Engineer: Feb 2017- Present

Make layouts and detail drawings of Sheet metals for HVAC modules utilizing AutoCAD software.

Develop and Maintain Standard Work Instructions for Fabrication, Manufacture Assembly and Packaging.

3D modelling of Sheet Metals, tooling equipment and fixtures using Autodesk Inventor.

Evaluate the workflow on the shop floor and call for Process change if required.

Work with Engineering team in preparing Bill of Materials(B.O.M.’s) and in Product Inspection.

Bharat Heavy Electricals Ltd: (BHEL), Hyderabad, India

Manufacturing Operations Intern: July 2013 – December 2013

Utilized a combination of analytical skills, NX Unigraphics, Solidworks to develop the design of Steam Turbine blades and groves.

Applied GD&T callouts for Engineering drawings and three-dimensional solid models that explicitly described nominal geometry and its allowable variation.

Assisted the Manufacturing team in assembly, machining, fabrication processes and preparing Bill of Materials (BOM).

Reviewed part specifications, 2D and 3D models of various blade designs.

Gained experience in handling machine tools and precision machinery while studying various design considerations that impact performance of turbines.

Handled Work Instructions for Fabrication assignments.

Technical Skills

ANSYS 17.0: Computational Fluid Dynamics, Fluid flow simulation, CFX, Finite Element analysis(FEA), Finite element Methods(FEM).

NX Unigraphics: Sheet Metal Design, Geometric Modelling, Solid Modelling.

SolidWorks 2015: Part Modelling, Assembly, 2D Engineering Drawing, and Flow simulations. (Certified by Central Institute of Tool Design, India)

ProE Wildfire 5.0/ PTC Creo: Part Design, Surface Modeling and Assembly. (Certified by Central Institute of Tool Design, India)

AutoCAD 2013: 2D and 3D Computer Aided Design and Drafting. Basic drawing tools, Basic modifying tools, drafting, Layout space or modeling space. (Certified by Central Institute of Tool Design, India)

Catia V5: Part Modelling, Assembly, 2D Engineering Drawing, and Flow simulations.

Six Sigma: DFMEA (Design Failure Mode and Effects Analysis), FMEA, Safety Engineering, Quality Engineering.

Rhino3D: Computer Aided Drafting using Non-uniform rational Basic splines(NURBS), Curved surface modelling.

Lathe: Step turning, Metal Cutting, Grooving, Taper turning, Chamfering, Thread cutting, Knurling.

Milling: Down Milling or Climb Milling, Up Milling or Conventional Milling, Fabrication of a spur gear.

Welding: Tig Welding, Spot Welding.

Research Projects

Analysis of fluid flow through a Convergent Divergent nozzle December 2016

Performed Computational Fluid dynamic analysis to calculate the pressure differences at nozzle outlet using ANSYS 16.0.

The test Virtualized at different Mach numbers to derive different flow conditions.

Studying laminar and turbulent flows in a convergent and divergent nozzle using ANSYS Fluent.

Modelling and Simulation of Fuel Tank filling November 2016

Computational fluid Dynamics Simulation was performed to study the sloshing effects in the Automotive fuel tanks.

The effects of Mach number and Nozzle pressure ratios (NPR) on Mass flow rate, Maximum pressure and Maximum velocity and on Maximum force are studied using Fluent Analysis.

Premature shut off due to splash back of fuel on fuel dispenser are studied.

Load calculation on an Air conditioning system in an Olympic size Natatorium (HVAC) April 2016

Various factors effecting the design of a Natatorium are studied and rate of evaporation of water was estimated to determine the load on air conditioning system.

Rate of Evaporations are calculated considering variables such as pool temperature, pool water surface area, air temperature, room air relative humidity, activity factor and water agitation.

ASHRAE’s 2011 HVAC Applications Handbook is used as a reference in load calculation.

Modelling and simulation of an axial fan using CFD October 2015

The objective of this project is to model and analyze the flow through an axial fan using computational fluid dynamics(CFD).

The effect of variation of different parameters such as the blade number, noise level, velocity, temperature and pressure distribution on the blade surface was studied.

Observation are presented as velocity streamlines, Temperature contours, Static pressure contours.

Design and fabrication of solar electric scooter May 2015

Designed a two-wheeler vehicle chassis body prototype using CAD tool (SolidWorks) and fabricated it.

Performed Tig welding during total vehicle assembly.

Utilized various machining techniques and acquired a sound knowledge of leading edge engineering principles and tools.

Publications

Published a Journal on “Design and Fabrication of Solar Electric Scooter” in International Journal of Research in Engineering and Sciences(IJRES)- Vol.2 Issue 5, May- 2014, ISSN (Online): 2320-9364, ISSN (Print): 2320-9356.

Presented a paper on “Six stroke engines” at a National Level Technical Symposium 2K13 at Guru Nanak Institute of Technology.

Awards and Achievements

Won the Best academic project of the year 2014 for the project titled “Design and fabrication of Solar Electric Scooter” at Guru Nanak Institute of Technology.

Won the Second prize in project presentation event held at National Level technical symposium Techno fest 2014 for the project “Design and Fabrication of Solar Electric Scooter.”

Student Coordinator for the Lawrence Technological University exhibit at North American International Auto Show 2017.

Contact this candidate