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Eng.Sultan Aljabri

INFORMATION SYSTEM ENGINEERING

WORK EXPERIENCE

Jan 2016Present

Lecturer

University of Jeddah

As lecturer in the Department of Information System , contribute to the scholarship and intellectual life of the School by conducting high quality research and teaching undergraduate, postgraduate and research students as appropriate and as instructed by the Head of Department.

  • Teach Information Technology, Computer Science, Information System courses
  • Create a new curriculum for Computer Skills class with the college committee
  • Organize science Conference for student
  • Lead students in Summer Internships program
  • Head of the Student Activities Committee
  • Head of laboratories and information technology unit
  • Head of the Laboratories and Information Technology Committee
  • Member of the Academic Staff Affairs Committee

EDUCATION

Mar 2019Dec 2020

Academic English Language

University of Queensland, Institute of Continuing & TESOL Education ( ICTE ) (Brisbane, Australia)
Apr 2013Mar 2015

Master of Engineering

Ōsaka Sangyo University (Ōsaka, Japan)

Information System Engineering (Image Processing)

Master Thesis: Depth recognition of 3D objects by means of a light Field imaging technique

Summary: Light Field or simply Plenoptic imaging PIV utilizes a single camera that is specifically designed to produce 3D PIV with varied observation. Conversely, light field cameras require multiple shots to produce better images. The array of light ray arriving on the sensor improves the quality of light. Depth estimation has been done with light field imaging. The depth of different sections of subjected targets were calculated with different interrogation sizes and compared with observed depth to determine the margin of error. The interrogation sizes were found to vary with the targets. 

GPA: 3.9/4  

Mar 2009Apr 2013

Bachelor of Engineering

Ōsaka Sangyo University (Ōsaka, Japan)

Information System Engineering (Particle Image Velocimetry)

Summary: The objective of the present work is to discuss about different particle based velocity methods to be used in the 3D particle tracking velocimetry. By contrast, the tomographic PTV aims to reconstruct the 3D images of particles directly from more than three camera views and does not incorporate any matching process for locating the particles. 

GPA: 3.555/4

Apr 2007Mar 2009

Japanese Language

Osaka Japanese Language Education Center ( JASSO ) (Ōsaka, Japan)

CONFERENCES

JUN 2015

University of Naples Federico II        (Naples, Italy)

Proc. 10th Pacific Symposium on Flow Visualization and Image Processing

Research Topic: Particle image depth measurement by using an entry model plenoptic camera

Summary: The plenoptic camera provides information about how a scene would look like when viewed from a continuum of possible viewpoints bounded by the main lens aperture. By extracting information about both horizontal and vertical parallax the depth information can be estimated simply with improved reliability than in a binocular stereo system. In this paper, results of depth measurement of some fixed 3D targets and PIV results of particles are presented using “Lytro”, a consumer plenoptic camera. An optimized calibration equation for the camera is proposed which is then utilized to perform PIV analysis on particle images taken by the camera. 

JUL 2013

Delft University        (Delft, Netherlands)

Proc. 10th International Symposium on Particle Image Velocimetry

Research Topic: Particle path based tomographic image velocimetry

Summary: Particle path based image velocimetry was developed for 3D volumetric velocity measurement of fluid flows by tomographic reconstruction of 3D particle paths. Though, popular in the earlier 2D PIV days, inherent issues such as directional ambiguity rapidly made this techniques obsolete. Presently, it employs novel techniques based on 3D particle paths tomographic reconstruction. whose velocity recovery results match the current 3D tomographic particle tracking velocimetry.

SKILLS

Software and applications programmers design, develop, test, maintain and document program code in accordance with user requirements, and system and technical specifications

    • Developing and improving system and processing efficiency
    • Researching, consulting, analysing and evaluating system program needs
    • Identifying technology limitations and deficiencies in existing systems and associated processes, procedures and methods
    • Testing, debugging, diagnosing and correcting errors and faults in an applications programming language within established testing protocols, guidelines and quality standards to ensure programs and applications perform to specification
    • Writing, updating and maintaining technical programs and codes to meet system requirements, system designs and specifications in accordance with quality standards