Mechanical Engineering Project

BHISHMADITYA MADIREDDI

Ph: 469-***-****

Email: *********.*@*****.*** www.linkedin.com/in/bhishmaditya-madireddi OBJECTIVE

To become a successful professional in the field of Mechanical Engineering to associate myself with an organization that provides a platform to update myself as per the need and also contribute to the growth of the organization.

PROFESSIONAL SUMMARY

• Experience in using CAD software, FEA.

• Worked on CATIA V5 as an Intern for 1.5 years with 1500 hours of hands-on.

• Experience with common manufacturing methods such as machining, welding, moulding. EDUCATION

Master of Science in Mechanical Engineering May 2017 University of Alabama in Huntsville

Bachelor of Science in Mechanical Engineering April 2015 GITAM University

TECHNICAL SKILLS

• CAD Tools: CATIA V5, Solid Edge, AutoCAD

• Analysis Tools: Patran and Nastran, Deform-3D

• Software Programs: C Language, MATLAB

• Technical Documentation: MS Excel, MS Word, MS PowerPoint, MS Access WORK EXPERIENCE

Plant intern, Moldtek Packaging, India (January 2013-July 2013)

• Worked on mold design of the mold used for plastic containers in the injection moulding machine.

• Performed a study on design concept, cavity and core steel procurement, shrinkage allowance and hot runner.

• Designed CAD models of the cavity, core, ejection system and mold base using CATIA V5. Plant intern, Excel Ano Components, India (November 2014-March 2015)

• Worked on a project titled FINITE ELEMENT ANALYSIS OF AL6061 EXTRUSION TUBES.

• Designed a CAD model for the Ram, Die, Mandrel and Billet using CATIA V5.

• Developed a finite element model for Al6061 tube extrusion process in DEFORM-3D.

• Performed experimental extrusion for Al6061.

• Compared the ovality percentages using the outer and inner diameters of extruded tubes and the simulated tubes. Plant intern, LOKESH Machines Pvt LTD, India. (April 2014-August 2014)

• Worked on study of machining operations on Mahindra engine block and CNC assembly

• Designed a CAD models for the Guide ways, Saddles, Turrets, Lathe beds in CATIA V5.

• Performed Machining operations on Engine blocks, Guide ways, Saddles, Turrets, Lathe beds. Volunteering Research Assistant (August 2017 – Present)

• Working on Prediction of Combustion Dynamics in Rocket Engines through Computational Enhancements in Loci- CHEM is to develop a computationally feasible Large Eddy Simulation (LES) methodology based on the Loci- CHEM CFD code currently being used at NASA/Marshall.

• Loci-CHEM enhancement goals are to: (1) implement a novel Large Eddy Simulation (LES) capability in Loci- CHEM, and (2) perform quantitative CFD code validation through comparison with experimental data. Student Specialist I (January 2017 – March 2017)

• Worked in Office of Development in University of Alabama in Huntsville.

• Responsible for reaching out to UAH alumni for University fund raising opportunities and updating them about what is going in the campus.

PROJECTS

COMPUTER AIDED DESIGN

• Worked on design and analysis of Shelby Rhinehart Bridge.

• Designed a CAD model for the bridge using CATIA V5.

• Analyzed different load cases in MSC Patran and Nastran 150 nodes and 259 elements of the bridge. EFFI CYCLE INDIA 2013

• Worked on designing and manufacturing of Effi-cycle conducted by SAE INDIA (Society of Automotive Engineering).

• Designed a CAD model of the cycle using CATIA V5.

• The emphasis of the project is to replace the conventional cycles by designing and Effi-cycle concept.

• Designed and manufactured the cycle by considering the aspects like ergonomics, cost reduction, efficient output from the drive train, safety, ecofriendly, affordable, good aerodynamic structure and ease of fabrication. AIR BREATHING PROPULSION

• Worked on obtaining the specific plots of specific thrust and thrust specific fuel consumption for different values of compressor pressure ratio at fixed Mach numbers of supersonic scimitar air breathing engine which allows active compression using heat exchanger.

• The plots are obtained and the project is simulated in MATLAB. COMPUTATIONAL FLUID DYNAMICS (MATLAB):

• Worked on the project titled Solving Heat Conduction Problem with Finite Difference Method using MATLAB.

• Analyzed the heat conduction problem with unit length square with different resolutions by Finite difference method.

• Used Implicit and Explicit in the Finite difference method.

• Worked on the project titled Steady State Convection Diffusion Problem with Passive Scalar using MATLAB.

• Analyzed the fundamental difficulty, the numerical stability of finite difference discretization of a convection- diffusion equation.

• Worked on a project titled Lid Driven Cavity Problem Using 2d-Transient Navier-Stokes Equation using MATLAB.

• Analyzed and solved the Navier-Stokes equation for lid driven cavity flow. ROCKET PROPULSION

• Worked on the project titled Solid Rocket Energy Management Project using Microsoft Excel.

• Obtained the optimum values for thermal and kinetic energy of a sounding rocket to achieve a precise altitude.

• Obtained the design parameters for the solid propellent grain for the rocket to achieve the altitudes of 5000ft, 10000ft and 15000 ft.

RELEVANT COUSRE WORK

• Computational fluid dynamics • Rocket propulsion

• Computer aided design • Air breathing propulsion

• Fluid mechanics • Computer aided machine drawing

• Finite element analysis • Heat and mass transfer HONORS AND AFFILATIONS

• Cultural Coordinator in the Indian Student Organization in University of Alabama in Huntsville, from November 2015 to November 2016.

• Member of the Society of Automotive engineering (SAE).

• Represented my college in SAE India Effi-cycle in a national wide competition and successfully competed.

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