Zdjęcie profilowe użytkownika matlab1st
Flaga Malaysia Kuala Lumpur, Malaysia
Użytkownik od March, 2015
3 - liczba rekomendacji


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I have master's degree in Mechanical Engineering; however Mathematics, Numerical Methods, and MATLAB are my favorite topics and even hobbies. Therefore I've spent lots of time in these materials to help others free of charge. I have 18 years of experience in programming with MATLAB, taught over 400 students and did over 500 projects, from small ones to very professional ones, and published a book in 2002: Numerical Recipes for Solving Engineering Problems using MATLAB. SOFTWARE AND PROGRAMMING LANGUAGES I AM FAMILIAR WITH: - MATLAB, Octave, Maple - MS Excel + VBA, Mathcad - OFFPIPE, OrcaLay/OrcaFlex, SAGE Profile 3D (SP3D), SACS, MOSES - HTML, Java, Perl, PHP - Pascal, Basic, C, Fortran 77 - MS Word, MS PowerPoint, Adobe Acrobat - AutoCAD - ANSYS, Comsol, Abaqus - MS Project COURSES I TAUGHT (as Lecturer, Assistant Professor, or Tutor): - Calculus & Mathematics - Differential Equations - Engineering Mathematics - Advanced Engineering Mathematics - Numerical Methods - MATLAB Programming - Computer Programming (using MATLAB) - FOREX with MATLAB interface to MetaTrader 4 - Statics - Mechanics of Solids - Mechanical Vibrations
$40 USD/godz.
Liczba ocen: 27
  • 100%Prace Zakończone
  • 92%W Budżecie
  • 80%Na Czas
  • 19%Wskaźnik Ponownego Zatrudnienia


Ostatnie Oceny


Lead Pipeline Engineer

Jul 2011 - Mar 2015 (3 years)

Once I was at this position, I voluntary defined and Implemented several Pipeline related in-house Software: • MATLay, Layability study, static/dynamic analysis using OFFPIPE, MATLAB and VBA • SS2MC, Ramberg-Osgood Nonlinear Stress-Strain to Nonlinear Moment-Curvature • FatMAT, Fatigue Analysis with MATLAB • OFFPIPE2CAD, Automatic AutoCAD and pdf generation of Initiation and A&R analysis • SP3DInpPrep, Input preparation for Sage Profile 3D • E2S, Calculation of Stress having Strain (Nonlinear) • OFFPIPEBatchRunPrep, OFFPIPE batch-run through MATLAB • MOSMAT, Summary Result preparation from MOSES output using MATLAB • PileMAT2SACS, SACS Pile drivability input file preparation using MATLAB • DNV pipeline local buckling check with MS Excel • Analytical pipeline local buckling check for D/t > 45 with MS Excel + VBA Each in-house software has advantages; for example, MATLay reduces the efforts required for pipeline layability analysis from 80 man-hours to 1 hour with model preparation, OFFPIPE batch-running and post-processing for DNV checks coded using MATLAB and VBA.

Lecturer (Part Time)

Sep 2010 - Feb 2011 (5 months)

Course taught • Computer Programming (with MATLAB)

Lecturer (Part Time)

Sep 2008 - Sep 2010 (2 years)

Courses taught • Numerical Methods • Computer Programming (with MATLAB)

Pipelaying Engineer

Sep 2007 - Sep 2010 (3 years)

Once I was at this position, I voluntary defined and Implemented an in-house Software, ARMAT, Auto-filling of Summary Result Tables of A&R Analysis coded with MATLAB and VBA. ARMAT reduces the efforts required for preparation of Summary Result Tables of A&R Analysis from 50 man-hours to 15 minutes.


Mar 2002 - Sep 2003 (1 year)

Coded in-house software, SIMAB 1200, using MATLAB, for simulation of Abouzar 1200 Heavy Lift Vessel during Topside Installation, Clients: IOEC and IDRO, Project Approximate Value (in 2015): 175000 USD

Lecturer (Part Time)

Aug 2000 - Sep 2001 (1 year)

Course taught • Mathematics (Prerequisite of Math. 1)


Master Degree, Mechanical Engineering, GPA 3.81 out of 4, 1st Rank

1998 - 2000 (2 years)

Bachelor Degree, Mechanical Engineering

1994 - 1998 (4 years)


Fundamentals of Subsea Engineering (2012)

IBC Academy

The program briefly explained following topics: - Offshore production - Design and building blocks of subsea engineering - Different types of subsea completions - Flow assurance - Subsea production systems and equipment - Production control systems - Drilling control systems - Umbilicals - Costs of subsea equipment - Operations, maintenance and integrity of subsea systems - Decommissioning subsea equipment - New subsea technologies - Detailed examples of subsea developments around the world


Numerical Recipes for Solving Engineering Problems using MATLAB

CONTENTS OF THE BOOK: 1. An Introduction to MATLAB 2. Linear Equations and Eigenvalues 3. Roots of Algebraic Equations 4. Differentiation and Integration 5. Differential Equations 6. Boundary Value Problems 7. Fitting Functions to Data 8. Optimization Methods IT CONTAINS SOME TEXTS ABOUT THE FOLLOWING TOPICS AS WELL: - System of nonlinear equations - Applications of SVD - Eigenvectors - Improper integrals - Shooting methods - Nonlinear curve fitting - Genetic algorithms


  • Numeracy 1
  • US English Level 1

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