ASHUTOSH S. BHOGLE Email: abm2jb@r.postjobfree.com

M. S. (Mechanical Engineering) Cell: +1-605-651-

1351

Objective: Excel as a Mechanical Design Engineer with CAD, CAE skills and

strive towards process enhancement and optimizing resource utilization.

Education:

. Master of Science in Mechanical Engineering, South Dakota State

University, SD

(GPA: 3.4 (Fall 2009))

[Anticipated Graduation May 2010]

. Bachelor of Mechanical Engineering, Pune University, India, 2005

(GPA: 3.4)

Experience:

South Dakota State University, Brooking, SD, US (August 2009- Till Date)

. Graduate Teaching Assistant (GTA) for Physics Department as a Lab

Instructor

. Responsible for teaching Physics 111 Lab, setting and assessing lab

reports. Tutoring.

. Responsible for teaching Physics 113 Lab, setting and assessing lab

reports. Tutoring.

South Dakota State University, Brooking, SD, US (January 2008- December

2008)

. Graduate Teaching Assistant (GTA) for Mechanical Engineering

Department

. Responsible for assessing: ME 215 (Dynamics), ME 321 (Machine Design)

and ME 451 (Auto Controls System Engineering) undergraduate courses.

Daktronics, Inc., Brookings, SD, US (May 2008-December 2008)

. Worked in a CAD environment utilizing Pro-Engineer and AutoCAD for

detailed design and drafting of parts and assemblies.

. Experienced working in ISO 9000-2001 standards and maintain

conformance with the company's ERP standards.

. Effectively applied Lean Project methodologies to eliminate waste and

optimize processes.

. Worked on Bill of Materials (BOM) and routing of orders, ECO's,

modifying records.

. Applied Lean manufacturing principles resulting in elimination of non-

value added activities.

CADCAM Guru Pvt Ltd, Pune, India

. Modification of an existing Hydraulic manipulator (arm) using ANSYS

8.0. Stress analysis of Hydraulic manipulator (arm) to lift the load

up to 100 kg. The geometry with all required parameters (materials,

boundary conditions and loads) was analyzed for various positions of

the manipulator.

. The maximum deflection and maximum stress were calculated. Stress

distribution were noted and plotted for various conditions. This

project resulted 10 % saving in material cost.

Tooltech, India

. Design and drafting of a hydraulically operated Pipe Bending Machine.

(Diameter up to 50 mm).

. Final drafting and modeling was conducted using CATIA V5 R15.

Academic Projects:

. Finite Element Analysis of dental prosthetics using ANSYS, (September

2008-Till Date)

The objective of the project is to study different biomaterials

suitable for use in dental prosthetics. Simulation of 3D model of

Dental Implant by using Finite Element Analysis (FEA) technique and

optimization of stresses; simulate the results due to various loads

acting on the implant. The dental implants of different dimensions are

studied and a CT Scan X-ray machine is used to create 3D solid

geometrical model and imported it in Ansys software. Depending upon

the critical locations and stress values coarse and fine mesh options

are used to optimize the results. Determination of the strength of

the implant and thereby loading capacity of different biomaterials

using computational model in ANSYS

. Vibration Test Rig, (July 2004-June 2005)

Designing and Manufacturing of a Vibration Test Rig. A project fully

funded by the institution; Completed the project with 30% cost

reduction and enhanced data acquisition features over commercial

competitors. Designed and implemented classical sensing methods viz.

optical displacement & strain gauge type force sensors.

. SCADA (Supervisory Control and Data Acquisition) System, (July 2004-

December 2004)

To highlight the importance of offshore SCADA (Supervisory Control And

Data Acquisition) System for real time monitoring of oil/gas

production parameters and control of wells. Controlling of the wells

remotely, thereby preventing wastage of the products (oil or gas) and

increasing safety Giving real time information/data across oil field

to minimize losses This system helps in operating unmanned platforms

(located offshore for extraction of oil or gas) remotely. Capital

investment on Offshore SCADA system is justified by considering its

optimization in production and safety.

Academic Achievements:

. ASME Member since 2008, Membership Number: 100011650

. Presentation on Composite Ceramics during Metal Fatigue Engineering

course.

. Worked as a Data collector for the National Children's Study (N.C.S.)

in SDSU. N.C.S. is a U.S. Government project.

(May 2009-November 2009)

Key Coursework:

. Operations Research

. Computer Aided Design / Finite Element Analysis

. Statistical Quality Control; Statistical Methods

. Numerical Analysis I and II, Air Pollution Control, Jet Propulsion,

Advanced Multibody Dynamics, Metal Fatigue Engineering.

Computational Skills:

. MS Office.

. AutoCAD

. MathCAD

. CAD Software:- Catia V5 R 14/15; ProE Wildfire 2, 3

. CAE Software:- Ansys 10, 12; Hypermesh 7

. Autolev (Dynamics Online).

. Minitab, SAS, JMP for Statistical Modeling.

. Matlab 7.2.

. Process Management tools - Intralink, Windchill.

. Enterprise solutions - ERP Glovia 9.0.

Reference: Available on request.

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