Microsoft Office Mechanical Engineering

Ankit Sinha

409-***-**** ******.****@*****.*** https://www.linkedin.com/in/ankit-sinha-bbabab24

Summary

• Mechanical Engineer with over 5 years of experience in Manufacturing and Product Design

• Project Management experience in Sheet Metal Production in context of Operations and Employee Administration and implementation of Lean Production Principles

• Experience in Product Design and Development based on ASME Sec VIII for DFM/DFA of Vessels, Pipes and Structures along with FEA concepts of modelling and optimization

• DFM implementation for in house manufacturing

• DFA implementation w.r.t to installation of equipment in assembly on site.

• Pre- Manufacture Destructive and Post Manufacture Non-Destructive Testing of assembled Product

• Experience on working on CNC system and Lathe for product development

• Over 7 years of experience in Design and FEA software with experience in stated domains

• Product Design • CAD/CAE • Quality Assurance

• Production and Operations • Quality Control • Manufacturing

• Project Management • Material Science • Testing

Skill Summary

Skill Tool

Softwares (Design/Modelling/Optimisation) Solidworks, AutoCAD, Pro-E, Pipesim, CREO, CATIA, Ansys

Programming C, C++, Matlab

Microsoft Office Suite MS Project, Word, Excel, Power Point Browsers IE, Chrome, Firefox, Safari, Microsoft Edge Education

MS University of Houston, TX GPA 3.48 / 4.0 Aug’15 To May’17 Major- Mechanical Engineering

B. Tech MNNIT Allahabad, India GPA 7.4 / 10 Aug’06 To May’10 Major- Mechanical Engineering

Certification

• Non-Destructive Testing (NDT) Level 2 Certification in Radiography Test, Ultrasonic Test, Magnetic Particle Test and Die Penetrant Test

• Solidworks- Cadd Center

Technical Experience

University of Houston, TX, USA

Lab Instructor- Temporary Staff

Dr. Burak Busran / Dr Navdeep Singh

Aug’16- Nov’17

• Engineering Graphic Design, Drafting and Modelling (parts and assembly), Dimension

(datum reference, true position etc) and Tolerance for practical Labs on SolidWorks

• Modelling, Sensitivity Analysis and Optimisation in CREO for Statics in Solid Mechanics for cases such as bracket assembly stress optimization

• Modelling and Optimisation in Solidworks/Creo and ANSYS on cases of Euler Bernoulli Equations in Solid Mechanics

• Manual Matrices Computations for FEA on Vibrations in Dynamic cases Bharat Heavy Electricals Ltd (BHEL-HPVP), Vizag, India Engineer- Production and Operations

Mar’11- Apr’15

• Review and Editing of AutoCAD drawings, design, technology and welding specifications

• Editing on the basis of ASME Sec VIII for DFM on floor and DFA w.r.t installation on site

• Procedure Compliance Monitoring w.r.t Quality Assurance Plans and Mechanical Testing

(Destructive and Non-Destructive Testing) guidelines for Quality Control

• Resolve non-conformance, stop work, and Deficiency Action Reports

• Process Scheduling in Product Development cycle

• Material Requirement Planning in accordance to Bill of Materials (BOM)

• Material Invoicing for procurement

• Creating Service and Inspection records/reports

• Inhouse Inventory control and collaboration with plant inventory warehousing

• Co-ordination with dispatch and logistics

• Lead officer to 35 employees of diverse origins

• Performance Appraisal and allocation of jobs and perks

• Ensuring production within deadlines within the tenets of quality assurance plan

• Employee Training and Certification

• Safety on Work Floor

• Resolve routine problems using defined processes and own experience, both during software design and on floor product development

Center for Energy, Indian Institute of Technology (IIT) Guwahati, India Intern- Mechanical Design Dr Pinakeshwar Mahanta May’09 To July’09

• Crack Investigation of 5HP Kirloskar Compression Ignition Engine

• Casted Engine Casing Model Design on Solidworks with stated geometry and tolerances

• Brinell and Rockwell Hardness testing for material verification

• Failure Analysis was done on ANSYS to calculate the optimum load to prevent the observed failure of crank case

Motilal Nehru National Institute of Technology (MNNIT) Allahabad, India Manufacturing Project

Dr. Vinod Yadava

July’09- May’10

• Development of Cylindrical Electrolytic Magnetic Abrasive Finishing setup

• Working model was designed and implemented on a Lathe Machine

• Process parameters such as current, electrode gap, magnetic flux work piece revolution studied for superior surface finish with high efficiency

• This setup was further studied for PhD thesis and published in Materials and Manufacturing Processes Journal (Volume: 28 Issue: 11 Date: 2/11/2013 Publisher: Taylor

& Francis Group)

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