Nooshin Abdi
Personal Information
Current address:
Kashani Blvd., Tehran, Iran
Po. Code: 147*******
Tel. No.: +98-912-***-****
E-mail: ****.*******@*****.***
Date of Birth: 21 sep 1981
Nationality: Iranian
Gender: Female
Marital Status: Single
Objective
To find a position as a Pipe Stress Engineer
Education
M.Sc.,
Thermo Fluid Mechanical Engineering, September 2008
Mechanical Eng. Dep. of Khaje Nasir Toosi University of Technology, Tehran, Iran
GPA: 17.16
B.Sc.,
Solid Mechanical Engineering, February 2004
The University of Guilan, Rasht, Iran
GPA: 14.97
Skills Computer Skills:
CAESAR II,Mechanical Desk Top
PDMS,Ansys
Auto Plant,MATLAB
Auto CAD, MS office and Excel
NavisWorks,Nozzle Pro (training)
Languages:
Persian or Farsi – Native language
Azerbaijani – Native language
English – good
Other Skills:
Familiar with ASME B31.3 Process piping design codes and criteria
Familiar with stress analysis for underground pipelines
Professional Experiences
NARDIS Company (April 2011 – Present):
http://www.nardis-energy.com/
I. Kharg NGL project (Utility Unit) - (current project-working independently on NGL project and performing all necessary actions as a stress engineer)
II. Persian Gulf Star Refinery project (Process & Utility Units) - (current project-working within stress team of NARDIS Co. as a pipe stress analysis engineer, and also checking stress jobs, critical line list, clip info. and any other documents received from our contractors working on other units)
III. IRAN LNG Gas Treating Unit (checking stress analysis jobs and reports received from contractor)
Sazeh Consultants (January 2009 – July 2011):
http://www.sazeh.com/
I. BBII (Bid-Boland gas refinery)
II. SP12 (South Pars - Phase 12)
III. LTE-HDT project (Light Ends Hydrotreating)
IV. Shazand Arak Refinery Expansion and Upgrading Project
Main activities as pipe stress engineer;
● Detailed manual and computer stress analysis of piping systems and components in accordance with codes requirements
● Review vendor documents/ drawings
● Preparation of Critical line list according to clients’ requirements
● Stress analysis using CAESAR II
● Analysis of occasional stresses and loads such as earthquake, wind, PSV, and slug force
● Pump analysis consistent with API 610 and vendor requirements
● Steam turbine analysis consistent with NEMA SM-23 and API617
● Heater and Air cooler analysis consistent with API 560/661 and vendor requirements
● Tank analysis consistent with API 650 and vendor requirements, (manual and computer load calculating according to the AppendixP)
● Reactor analysis consistent with allowable nozzle loads under regeneration, decoking, and operation conditions
● Tower analysis consistent with allowable nozzle loads and making of equipment Clip Information for pipe support
● Heat Exchanger, Pressure vessels and Reboiler analysis
● Pig receiver and finger type slug catcher analysis
● Dynamic Analysis including modal and spectrum analysis (of compressors and finger type slug catcher-ASME B31.8.code)
● Flare system analysis
● Jacketed piping system analysis
● GRP piping stress analysis
● Underground piping stress analysis
● Flange Leakage calculation
● WRC 107 & WRC 297
● Making of stress analysis calculation notes\ foundation list\ support list
● Spring selection
● Hand calculation for rack loops
● Support making on isometrics, (PDMS and Auto Plant)
● Special pipe support drawings
SupperPipe International Co. (September 2008 – December 2008):
http://www.superpipe.com
Product engineer
(Supperpipe products: Multi-layer composite pipes and fittings that consist of nickel-plated brass.)
Researches accomplished in this company include:
● Polymers and their mechanical and thermal characteristics
● Differences between PE(polyethylene) and PEX (cross linked PE)
● Mechanical and thermal behavior of PE and PP (polypropylene) at low temperatures
● Snow free airport runways and pavements using floor heating
● Aluminum corrosion
Rama electric (member of Rama Industrial Group) (2005):
http://www.ramagroup.ir
● Working as a draftsman
● Research on automatic line of transformer production
M. Sc. Thesis
Optimizing energy generation and irrigation needs in hydropower plants in southern Iran
The total annual energy in serial hydropower system is optimized, while the irrigation demands are considered as one of the main constraints. The natural inflow to each reservoir is forecasted using neural network approaches. And the optimization routines were implemented in MATLAB.
B. Sc. Thesis
Modeling and symbolic regression using Gene Expression Programming and its application in mechanical engineering
GEP algorithm used for modeling the explosive process to find a reasonable relation between effective parameters of explosive forming process. Also, this algorithm was applied for determining the effect of some parameters on Coronary Arteries.
Publications
● Moosavian S., Ghafari A., Salimi A., Abdi N., “Non-Linear Multiobjective Optimization for Control of Hydropower Plants Network”, IEEE/ASME AIM Conference, China, 2008, 1278-1283.
● Ghaffari A., Bazargan M., Abdi N., Salimi A. “Optimizing Hydropower Plants Operation Using GA”, Second National Conference of Dam and Hydropower Plants, Tehran, Iran, May 2008.
● Ghafari A., Moosavian S., Salimi A., Abdi N., “Solving Non-Linear Multiobjective Optimization Model of hydropower Plants Using Sequential Quadratic Programming and Analytic Hierarchy Process”, Second National Conference of Dam and Hydropower Plants, Tehran, Iran,, May 2008.
● Ghaffari A., Bazargan M., Abdi N., Salimi A., “ Optimizing Energy generation and Irrigation Needs in Karoon River Basin”, Third National Conference of water Resource Management of Iran, Tabriz, Iran, Oct 2008.
Certificates
● “Basics and principals of management“, (Iran Management Association)
● “workshop on teamwork skills and quality circles or team push the issue”, (Iran Management Association)
● “workshop on complementary techniques of effectiveness teamwork”, (Iran Management Association)
● “creativity and entrepreneurship development techniques“, (Novin Creativity & Entrepreneurship research center)
Hobbies
● Swimming
● Reading