Power Plant Project

Harsh H. Purohit

** ******* ******,****** ****, NJ-07306

*************@*****.*** Cell: 201-***-****

Education:

Master’s degree in Mechanical Engineering, Stevens Institute of Technology, NJ (2009, GPA 3.4/4)

Bachelor’s degree in Mechanical engineering, South Gujarat University, India (2007, GPA 3.6/4)

Summary of Qualifications:

• Knowledge of 3D Modeling, 2 D CAD drawings, Simulation, Thermal and Mechanical Stress Analysis.

• Proficient in Failure Mode & Effect Analysis, Reliability Engineering.

• Obtained Top grades in Heat & Mass Transfer, HVAC and Power Plant Engineering

• Ability to coordinate with different Departments, Project Documentations and presentations.

• Active Member of ASME and Stevens Alumni Society.

Technical Qualifications:

• Solid works (Cosmos, Flow works) • MS Project

• AutoCAD (Hands On to All release) • M.S. office

• Mat lab

Experience

 Garden State Nutritionals. (USA, NJ)

Position: Project Engineer May 2009 to Present

• Learned from senior engineers the higher level design and detail drafting , 2D Plant layouts and cGMP & FDA CFR 21 part 11 standards in Facility design.

• Contributed in two Major projects on Upgrade of Production Facility.

• Troubleshooting, Installing and Redesigning for high HP Machines.

• Assist in Proposal, Quotation and Economically Purchase of parts and Project Documentation.

 Corrtech International PVT LTD, Ahmedabad , India June 07 to Nov 07

Oil & Gas Pipeline Project (36 km.)

• Constant monitoring of Project schedule and quality assurance at one of India’s largest pipe coating plants, (Welspun – Gujarat)

• Established control stations at pressure Junction on Mine line. (Pumps, valves, compressors and Drawing & reading of blue prints)

• Follow Manuals and Industrial Protocols, on time submission of paper work and Drawings.

• Professionally worked with government Engineers and TPI (Third Party Inspectors).

Academic Projects:

• Height and Cost Optimizations of cooling towers.

• Redesign of HONDA lawn Mover based on QFD and Design for Manufacturing.

• Heat Exchanger Efficiency based on fin types and Material properties.

• Reliability Analysis of Hybrid Car System on M.S. Excel and Mat Lab.

• Root Cause Analysis of a Glass Manufacturing Plant using real production data.

Subject learned Engineering

• Heat Exchanger Design, Power Plant Engineering, Boilers and HVAC.

• Project management & Organization, TQM/ Six Sigma strategy

• Design for Manufacturability/Assembly, Good Manufacturing Practice/FDA Regulations

• Advance product development (Reliability, Maintainability of complex systems)

Reference

Available Upon Request

Contact this candidate