Engineer Mechanical

Sudhir S. Hoskere

#**** ****** **., ****, ** ****4

E-mail: ********@***.*** Mob: 817-***-****

Objective

Application of Knowledge Based Engineering on systems, to improve quality, reliability and safety of those systems .

Education

Master of Science in Mechanical Engineering, (GPA – 3.74) Aug ‘12 – May ‘14

Michigan Technological University

Bachelor of Engineering in Mechanical Engineering Sep ‘05 – Jun ‘09

Visvesvaraya Technological University, Karnataka, India

Professional Experience

Executive Engineer (Fabrication), Larsen and Toubro Power, Surat, India (Oct ‘09 – Jun ’12)

• Responsible for development, implementation of best manufacturing practices (lean manufacture and 5S) in

fabrication department.

• Created work instructions and standard operating procedures for the fabrication of components.

• Study of engineering drawings of components to analyze the feasibility of in-house manufacturing.

• Prepared WPS, PQR and WPQ as per ASME for SMAW, MIG, TIG.

• Working knowledge of mild steel, stainless steel and low alloy steels.

• Design and analysis of structural fixtures in the application of component fabrication and welding.

• Knowledge of GD&T

• Worked with cross functional teams to determine the root cause of the defects using FMEA, 5Whys and

Fishbone diagram.

Skills : Metal fabrication, Welding, ASME sec. II, sec. IX, Raw material estimation, Nesting, NDT, SAP

Projects:

Gained experience in different types of Finite Element Analysis: Linear, Non-linear (material, geometry and

contact), Dynamic, Buckling, Fracture and Crash through the following projects:

Fracture Mechanics of Human Tibia: (Jan ‘13 – May ‘14)

• Compute fracture toughness and the mode of fracture of human tibia using XFEM and LEFM theory.

• Material type: Isotropic and Orthotropic.

• Static and dynamic loads are considered. Different crack orientations are also considered.

• Catia V5, Abaqus and HyperMesh are used for modelling and analysis.

Crash Simulation of a Super-mileage vehicle: (Jan ‘14 – Apr‘14)

• Study the stress distribution for 100% frontal impact of the whole body at 30 mph and for a concentrated load.

• Materials used: Carbon fibre & Aluminium.

• NX, HyperMesh and LS-DYNA are used for modelling and analysis.

A study of the geometrically exact non-linear buckling of structural member: (Sep ‘13 – May ‘14)

• Studying the buckling and post buckling behavior of a structural member using both analytical and FEM.

• Examining the supercritical and subcritical bifurcations at limit loads.

A Non-linear Analysis of Leaf Spring: (Nov ‘12 – Dec ‘12)

• Study the stress distribution at flat load and maximum deflection conditions.

• Stress distribution in the leaf spring, for a vehicle travelling over a speed bump, at different speeds is studied.

Statistical Process Control of an Industrial Process: (Nov ‘12 – Dec ‘12)

• Monitoring the process flow of a component fabrication using control charts.

• Moving range control chart is generated to evaluate the vendor and u-chart to evaluate the process performance.

Software

Modeling : NX, Exposure to Mathematica, AutoCAD, SolidWorks

Analysis : Abaqus, HyperMesh, LS-DYNA, nCode

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