Dr. Meir Tahan

Dr. Meir Tahan

Dr. Meir Tahan

Department: Industrial Engineering and Management
Current Position: Lecturer, Systems Engineering programs

Education :

PhD 2008, Engineering Systems Integration, Faculty of Aeronautics Engineering, Dept. of Systems engineering, Technion–Israel Institute of Technology, Haifa Israel Dissertation: “Modeling Analyses and Optimization of Integration Processes for Engineering Systems”

ME 2000, Systems Engineering, Faculty of Aeronautics Engineering, Dept. of Systems Engineering, Technion–Israel Institute of Technology, Haifa Israel, graduated cum laude

BSc 1977, Electrical Engineering, Faculty of Electrical Engineering, Ben Gurion University, Beer Sheva Israel

Files

Filename
Date
Type
Meir_Tahan_CV
27/05/2019

Refereed Papers

  1. Tahan and Ben-Asher: Modeling and Analysis of Integration Processes for Engineering Systems. Systems Engineering (The Journal of The International Council on Systems Engineering) Volume 8 Number 1 2005.
  2. Tahan and Ben-Asher: Modeling and Optimization of Integration Processes Using Dynamic Programming. Systems Engineering (The Journal of The International Council on Systems Engineering) Volume 11 Number 2 2008.

Conference Proceedings and Abstracts

  1. Tahan and Ben-Asher: Modeling and Analysis of Integration Processes. Presented at the Israeli INCOSE Conference, Hertzelia, 2002.
  2. Tahan and Ben-Asher: Modeling and Analysis of Integration Processes. Presented at the INCOSE Conference, Las Vegas, 2002.
  3. Tahan and Ben-Asher: Modeling and Optimization of Integration Processes Using Dynamic Programming. Presented at the Israeli INCOSE Conference, Hertzelia, 2006.
  4. Tahan: Modeling and Optimization of Integration Processes under severe uncertainties. Presented at the Israeli INCOSE Conference, Hertzelia, 2009.
  5. Tahan and Benish: Integration Optimization tool. Presented at the Israeli INCOSE Conference, Hertzelia, 2011.
  6. Tahan & Yuval: Un-Identified risks. Presented at the Quality Conference, Hayfa, 2011.
  7. Tahan: Looking forward Integration methodology. Seminar – Presented for ILTAM, Hayfa, 2011.

Teaching Experience

ORT Braude College of Engineering:
• Graduate Courses: Systems Engineering & Industial Engineering • Systems Engineering:• Systems Integration• Risk Management• Final project coordinator and advisor• Industrial Engineering:• Project Mangment Process• Undergraduate Courses:• Risk Managment • Engineering Design advisor

Professional Activities

2009 – present
Testing Engineering team leader, Plasan Sasa: Responsibble for testing engineering, test planning, test reports, and testing instrumemtation.
2007 – present
Ort-Braude, Lecturer. System Engineering M.Sc program team member.
2002 – 2009
Project leader and systems engineer of unattended ground imager for surveillance, Seraphim:. Leading a complex project from the requirements stage and up to production and customer support
2001 – 2002

Project leader of fiber optic repeater for cellular communication, Celletra

1997 – 2001
Project Stabilization Manager, Rafael; involved in an extremely complex project (Lightening Pod) adapted to several aircrafts and produced in relatively large quantities; responsible for stabilizing the production line and increasing the MTBF (mean time between failures) of the lightening pod by a factor of 3
1992 – 1997

Various duties, Rafael; responsible for initiating new projects taking into consideration Rafael’s capabilities and customer needs; required to come up with several ideas (military and medical). Two of the ideas achieded financing for applicability evaluation experiment; One the ideas finnaly become a full scale development project and I served as the main system engineer.

1990 – 1992

On sabbatical – working with Infrared Fiber Systems; over the period of one year responsible for integration of infrared spectrometer based on AOTF crystal; over the same period also lead a project developing and transferring to production an ear thermometer

1977 – 1990
Various duties, Rafael: Started as Design Engineer, developing a coreless and brushless DC motor controlled by a microcomputer; thereafter worked as an Integration Engineer, leading an integration group integrating a complex system and transfer to production; then moved to the position of a Systems Engineer, developing of a large scale project from the reception of customer specification up to the stage of qualification tests; finally, worked as a Project Production Line Leader, responsible for transfer to production, improving testability, design of the production line and production of the first lot
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