Engineer Mechanical

Parisa Sahebi

* **** * **** ****** Rd J amul, CA 9 193 5 P hone: 817 - 681 - 6804 E - Mail: ******@****************.***

h ttp://www.linkedin.com/pub/parisa - sahebi/46/9aa/b9b

Materials Engineer with 4+ years of industrial and laboratory experiences in Design and Materials Analysis including metal alloys,

nanomaterials, and composites. Experimental skills in fabrication and characterization of materials, along with engineering experiences,

resulting in accurate analysis based decision making in design and development. Proficient in working with electron beam microscopes,

X-ray diffractometry systems, spectroscopic techniques, mechanical testing of materials, and certified in quality management systems.

Diversified skill sets covering engineering simulations, technical software, and programming languages.

Looking for an opportunity to dedicate my skills and experiences to achievement and growth of an outstanding and successful

organization.

Professional Experience

Materials Engineer, METCO Engineering, Texas March 2012-Present

• Engineering Design and Automation:

Design and Modeling of Process Control Systems

•

Mechanical and Electrical Design for Industrial and Commercial Buildings

•

Computational Fluid Dynamic (CFD) Simulation of Mechanical Systems

•

• Research and development:

Study of Nanotechnology Solutions for Prevention of Zebra Mussels Growth in North Texas Water Utility Systems; Project for

•

North Texas Water District

Study of Multi-Crystalline Silicon Solar Cells with Honeycomb Textured Surface; Project for 1SolTech manufacturing company

•

Graduate Research Assistant, University of Texas at Arlington, Texas September 2011- Present

• Working with Corrosion Group in Surface and Nano Engineering Laboratory (SANEL)

• Working in Characterization Center for Materials and Biology (CCMB)

• Research area: Integration of ferroelectric BaTiO3 thin films by arc plasma deposition method on nanocrystalline nickel coated

substrate; Study the effect of nanocrystalline interlayer on the growth structure of BTO. Nanocrystalline nickel is integrated by

electrochemical deposition and magnetron sputtering methods on bulk nickel and titanium substrates.

Materials Engineer and Quality Manager, Piyawar Industrial Services Co., Iran Jun 2009-August 2011

• Working in Materials Analysis Laboratory and Designing Center

• Materials Characterization; Analysis of Materials Physical and Mechanical Properties

• Design of Optimized Heat Treatment Cycles for Improving Material Mechanical Properties and Microstructure

• Materials Selection for Manufacturing of High Temperature Furnaces

• Quality Control and Internal Quality Audit

Undergrad Research Assistant, Sharif University of Technology September 2008-May 2011

• Working in Metallography Laboratory

Cross-sectioning and Metallography

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Microstructure Analysis of Metals, including Aluminum alloys, Steels, Titanium, and Nickel Alloys

•

• Research area: Effect of Strontium and Heat Treatment on Physical and Mechanical Properties of Semi-Solid joining of Aluminum

A356 Alloy

Skills

• M aterials Analysis: Fractography, Mechanical Testing (Tension/Compression/Torsion/Fatigue), Cross-section Analysis, X-ray

Diffractometry (XRD), Scanning Electron Microscopy (SEM) and EDS, Raman Spectroscopy, Fourier Transform Infrared

Spectroscopy (FTIR), Atomic Force Microscopy (AFM)

• MatLab, AutoCad, SolidWorks, Computational Fluid Dynamic Simulation, ABAQUS, Pascal, C++, Microsoft Office.

• Quality Management Certificates:

ü Basics, Structures and Documentation of Quality Management System in accordance with ISO 9000:2008 series, by TUV

NORD. Certificate No.: QM-IR10/3909

ü Internal Quality Audit based on Requirements of ISO 9000:2008 series, by TUV NORD. Certificate No.: QA-IR10/3612

Education

University of Texas at Arlington, Arlington, Texas September 2011-May 2013

Masters of Science in Materials Science and Engineering

• Research/Thesis: Effect of nanocrystalline interlayer on integration of ferroelectric BaTiO3 thin films on Nickel and Titanium

substrates

Sharif University of Technology, Tehran, Iran September 2007-Jun 2011

Bachelors of Science in Materials Science and Engineering

Research/Thesis: Effect of Strontium and Heat Treatment on Physical and Mechanical Properties of Semi-Solid joining of

•

Aluminum A356 Alloy

Research Experience

• Effect of nanocrystalline interlayer on integration of ferroelectric BaTiO3 thin films to Nickel and Titanium substrates, By University

of Texas at Arlington

• Multi-crystalline silicon solar cells with honeycomb textured surface, By 1SolTech

• Nanotechnology solutions for prevention of Zebra mussels growth in North Texas Water Utility Systems, By METCO Engineering

• Role of precipitates in cyclic hardening and softening of Aluminum single crystals, University of Texas at Arlington

• Modeling of electromechanical properties of polyurethane and its performance as artificial muscle, By University of Wisconsin-

Milwaukee

• Materials selection, design and processing for Hip Implants, By Sharif University of Technology

• Materials selection and design of aircraft radome, By Sharif University of Technology

• Effect of strontium and heat treatment on physical and mechanical properties of semi-solid joining of aluminum A356 alloy, By

Sharif University of Technology

• Materials selection, design and processing for blood bags, By Sharif University of Technology

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