Hamid Norouzi

**** – **** Beaverbrook Ave Cell : 226-***-****

London, ON N6H-5W5 E-mail: ab3slf@r.postjobfree.com

PERSONAL PROFILE

Mechanical Engineer with a background in oil and gas industry

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Extensive background in both Mechanical and Material Engineering

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Experienced in Plant Design and Plant Protection

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Substantial experience in working with CAD software and CFD packages

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Proficient in creating and compiling technical documentations

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RELEVANT SKILLS

● SolidWorks, CATIA V5, AutoCAD ● Risk and Safety Management, FMEA

● GD&T, P&ID ● Plant design, Plant Protection

● ANSYS, MATLAB, LabVIEW, Fluid Flow 3 ● CNC Mills and Machining, Resistant Welding

EDUCATION

M.Sc. Mechanical and Materials Engineering 2010 – 2012

The University of Western Ontario, London, ON, Canada

B.Sc. Fluid and Thermal Mechanics Engineering 2005 – 2010

K.N.Toosi University, Tehran, Iran

Relevant courses : HVAC, Heat Exchanger Design, Gas Dynamics, Fluid Dynamics II, Heat Transfer II

Advanced Surface material mechanics, Strength of Materials II, CAD/CAM, Control Systems

PROFESSIONAL EXPERIENCE

Mechanical Engineer 2012 – 2013

Sleegers Engineered Products Inc.

Developed and modified Piping and Instrumental Diagrams (P&IDs) for Budget Propane facilities

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Managed and continuously improved Risk and Safety Management Plans (RSMP) for EDPRO Energy

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Group, Sparlings and Budget Propane Inc.

Executed hazard analysis calculation and preformed Failure Mode and Effects Analysis (FMEA)

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according to plant design, TSSA and CSA B149 codes and regulations

Handled material procurement and created Bill Of Materials (BOM)

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Developed Fire Safety Analysis, Site Plans according to NFPA 58 and CSA B149 codes and

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collaborated with head client officers in order to provide the necessary documents

Performed feasibility analysis for the developing production line of helically coiled heat

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exchanger as Tier 1 supplier for Spirax Sarco Inc.

Successfully designed and modified parts using AutoCAD and SolidWorks, Carried out flow and

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load calculations and performed testing on ASME tank components

Developed project scheduling and coordinated with the production line

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Hamid Norouzi

ab3slf@r.postjobfree.com

Research Assistant 2010 - 2012

The University of Western Ontario, General Motors

Conducted 3 major material processing and Li-Ion battery production projects at the Energy Group

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in collaboration with General Motors

Designed experimental set-ups with the team, modelled the vapour deposition system using

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CATIA V5 and implemented CFD analysis on the VD gas flow system using ANSYS

Participated in H&S procedures and continuously evaluated the safety of the experimental designs

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Collaborated with a team of 4 Engineers in handling Electrical analysis and testing using Arbin BT

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2200 and regularly coordinated the battery assembly process

Trained students on experimental procedures and data analysis techniques

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Served as the group representative, multiple times at national conferences, talks and presented

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the achievements to industry partners and public

Research Associate 2009 - 2010

The University of Tehran

Successfully designed and analyzed single channel electrokinetic micro-pumps, presented and

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published the project

Performed CFD Modelling and analysis on the electro-mechanical system using FLUENT 6.1

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Implemented design optimization using MATLAB and C++ programming

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Successfully achieved approximately 8% improvement in overall system efficiency compared

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to established designs

2009

Water supply system project

The University of KNToosi

Drafted an alternative water Supply system for part of the residential area of Bunab town, Iran

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Determined the methodology of water transport according to site analysis and resources

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Designed the pipelines, pumps and reservoirs based on flow analysis and standard residential

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demand using Fluid Flow 3 and AutoCAD

Collaborated with the team and accomplished the project and met the deadlines for every part

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Mechanical Engineer Intern 2008 - 2009

The University of Western Ontario, General Motors

Designed an alternative system for fabrication of components for a single planar fuel cell

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Specified, ordered materials and installed instruments for the plasma CVD system

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Successfully improved the structure of Titanium Alloy products and characterized the materials

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using XRD, EDX and SEM

Created report for GM representatives and presented the work to the Energy group

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