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Engineer Mechanical

Cypress, TX
September 27, 2018

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Address: ***** ******* ***** *****, *******, TX 77433

Ph: 1-409-***-****, OBJECTIVE: An innovative engineer looking to secure a Mechanical Engineering position where I can continue to develop my technical and Project skills.


More than 3 years of experience in manufacturing and design SolidWorks, Catia, PRO E, Creo.

Familiar with ASME codes for valves, pressure vessels and pipes.

Hands on experience in Computer Aided Design (CAD), Pressure Vessel Design.

Hydraulics and Fluid Mechanics includes steady state gas & liquid flow, compressible flow, two phase flow,

Knowledge of Finite Element Analysis, ANSYS.

Knowledge of mechanical equipment like pumps/filter/compressors.

Exceptional ability to drive new processes and technologies into the solution of engineering problems. Systems Thinking- Able to work collaboratively as a team and committed towards achieving the corporate goals.

Servant Leadership-Ability to work well with team members on problem-solving solutions.

Authorized to work for any employer in US.

Willing to relocate.


Catia, Pro/E, AutoCAD, ANSYS (FEA), Solid Works, AutoDesk Fusion 360, MATLAB, MathCAD 2000i, Microsoft Office (MS Word, MS Excel, MS Power point, Outlook Express. EXPERIENCE


Earned a very good hand on different mechanical process being used in manufacturing plants to get an end product.

Practical working experience with MIG, TIG, SAW and various Arc welding machines, Destructive and Non- destructive testing.

Learned about Estimation, Engineering, Purchasing and Receiving, Manufacturing and Quality control issues.

Helped in updating design as change in customer’s order.

Gathered information regarding manufacturing with time study and compared it with the standard time been taken by the process to deliver the end product. This idea helped in bringing the labor and transportation to minimum.

Analyzed and designed the valve cotters, retainers, rotators and tappets using Solid works. SWARAJ MAZDA Jan 2015 – Dec 2015

(Worked as Mechanical engineer)

Worked in team project as a group man handling designing of various parts of engine.

Reviewed design drawings and made needed changes.

Checked drawings and calculations provided by vendors.

Worked on Solid Works and AutoCAD for drawing various 2-D and 3-D models.

Assisted with client change orders, participated in the conception, design, and implementation of new products.

Estimated, engineered, purchased and received manufacturing and quality control issues.

Analyzed the working of assembly and machine shop.

Provide direction to project, process and maintenance operations of production equipment, in a manner that improves the Unit’s relative competitive position

Made reports for the components and reduced the risk the of failure.

Worked on the BOM management.

Managed projects using engineering principles and techniques.

Worked with customers and sales personnel regarding material changes and modifications of customer equipment.

Prepared reports and recommended customers and management and assisted in developing department practices and policies.


(Worked as Design Engineer)

Used Solid works to design packed/standard type boiler.

Earned a very good hand on different mechanical process

Practical working experience with MIG, TIG, SAW and various Arc welding machines, Destructive and Nondestructive testing.

Worked on the manufacturing procedure to increase the fuel efficiency of standard type boiler.

Lead the group of engineers and drafters to support the production line.

Preparation of Structural Design Basis Report before the start of any project.

Creating model and perform analysis for the steel structures as per codes (I.S 800) and standards.

Doing all load calculations (Dead, Live, Wind, Seismic loads).

Performing strength calculations & analysis for pressure vessels using PV Elite as per the standard ASME.

Worked closely with sales department by providing technical support.

Maintained the design for the new components.

Worked on Solid Works for drawing various 2-D and 3-D design.

Helped the shop floor in troubleshooting problems.

Checked pressure vessel drawings and calculations provided by vendors.

Worked on the reduction risk of part failure that may lead to plant downtime and monetary loss.

Preparation of Mechanical design data sheet and Technical specification for pressure vessels.

Preparation of support reaction report and structural material take off (MTO). EDUCATION

M.S., Mechanical Engineering, Lamar University, Beaumont, Texas Jan 2017 – Aug 2018

B.S., Mechanical Engineering, Punjab Technical University, Jalandhar, India Aug 2012 – July 2016 COURSE WORK DONE

Design: Computer Aided Design (Solid Works), Machine Component Design, Material Selection in Mechanical Design, Mechanics of Solids, Mechanical Vibrations, Mechanisms, Control Systems.

Manufacturing: Advance Manufacturing Analysis, Manufacturing and Production Processes, Advance Material Science, Metallurgy.

Fluid Machines: Fluid Mechanics, Thermal System Optimization, Thermodynamics I, II & III, Air Conditioning and Refrigeration.

Industrial: Six Sigma, Process Analysis, Engineering Economics, Project Management, Organization and Management, Statistical Quality Control, Operations Research. Academic Projects and Presentations

Modeling: Modeled “Pulley Assembly” using Pro/ENGINEER features which included variable section sweep, pattern and family table, etc. and printed part drawing, assembly drawing, sectional view and exploded view and bills of materials on paper sheet in customized drawing format.

Analysis of various kinds of cracks, calculating stress intensity, energy release rate, J-integrals in 2-D and 3-D, stress/strain concentration factor in infinitely wide plates using ANSYS.

Pump design between suction and discharge lines with the help of design procedures and pump operating curves in process analysis.

Graduate Project on “Control of mechanical systems” using MATLAB.

Graduate Project on “Control of mechanical systems” and “Applied Numerical Analysis” using MATLAB.

Designed and modeled the butterfly valve using AutoDesk Fusion 360 which included design and assembly of various parts.


Recipient of Lamar University Dean’s Graduate Scholarship for the entire master’s Degree program.

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