A Proposal for Master of Maintenance Engineering and Management (MMEM) Proposal Committee Dr. Abdul-Mohsen Al-Hammad - PowerPoint PPT Presentation

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A Proposal for Master of Maintenance Engineering and Management (MMEM) Proposal Committee Dr. Abdul-Mohsen Al-Hammad PowerPoint Presentation
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A Proposal for Master of Maintenance Engineering and Management (MMEM) Proposal Committee Dr. Abdul-Mohsen Al-Hammad

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A Proposal for Master of Maintenance Engineering and Management (MMEM) Proposal Committee Dr. Abdul-Mohsen Al-Hammad
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A Proposal for Master of Maintenance Engineering and Management (MMEM) Proposal Committee Dr. Abdul-Mohsen Al-Hammad

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  1. A Proposal for Master of Maintenance Engineering and Management (MMEM) Proposal Committee Dr. Abdul-Mohsen Al-Hammad Dr. Salih Duffuaa Dr. Mustafa Al-Mandil Dr.Anwar Khalil Sheikh

  2. Table of Contents Introduction Objectives of the Program Program Outcomes Course Structure MMEM Degree Plan MMEM Degree Requirements Implementation Plan Master Programs which were reviewed

  3. Introduction To date, in Saudi Arabia and else ware, there are a need for competent and skilled maintenance engineers and managers. The present day maintenance managers need to supplement their knowledge base with the current state-of-the-art maintenance management. In response to the above demand, the KFUPM has formed a committee to develop a proposal for such a program.

  4. Objectives of the Program Overall Objective Provide state of the art knowledge in maintenance engineering & management to meet the needs of industry at the national, regional, and international levels and to ensure health, safety, welfare, and the protection of the environment for the users.

  5. Program Outcomes Graduates of this program should be able to perform the followings: 1. Develop effective maintenance strategy and continuously improve maintenance systems. 2. Develop planned maintenance programs. 3. Develop and evaluate plants' reliability programs. Monitor the execution of maintenance and reliability programs 5. Address maintenance capacity planning issues and estimate required resources for effective and efficient maintenance.

  6. Program Outcomes ( continue) 6. Assess Maintenance Management Systems and suggest improvement. 7. Select and utilize effectively computerized maintenance management systems. 8. Utilize state of the art condition monitoring techniques to develop effective maintenance policies. Administer all the stages of maintenance contract 10. Utilize Life Cycle techniques and Risk Management to select and evaluate different assets.

  7. Course Structure The course structure for the MMEM program would follow the guidelines set by the University for Masters Degree without thesis requirement. Students would have to complete 42 hours for graduating with MMEM program. This would have 36 hours of core courses, 3 hours of an elective from KFUPM graduate courses, 3 hours of MMEM report and , zero credit hour of seminar.

  8. MMEM. Degree Plan COURSE# TITLE LT LB CR_ First Semester MMEM 501 Maintenance Management 3 0 3 MMEM 502 Maintenance Planning and Control 3 0 3 MMEM 503 Reliability Engineering 3 0 3 MMEM 504 Safety and Environmental issues 3 0 3 ----------------------------- --- 12 0 12 Second Semester MMEM 505 Preventive, Cor. and Pred. Maintenance 3 0 3 MMEM 506 Life Cycle Costing (LCC) 3 0 3 MMEM 507 Maintenance Modeling and Analysis 3 0 3 MMEM xxx Graduate Elective 3 0 3 --------------------------------- 12 0 12 Third Semester MMEM 508 Maintenance Procurement and Budgeting 3 0 3 MMEM 509 Condition Monitoring Technologies 3 0 3 MMEM 510 Quality Management 3 0 3 MMEM 599 Research Seminar 1 0 0 --------------------------------- 10 0 9 Fourth Semester MMEM 511 Computerized Maint. Manag. Systems 3 0 3 MMEM 512 Reliability Centered Maintenance 3 0 3 MMEM 600 Research Report 0 0 3 --------------------------------- 6 0 9 Total Credit Hours for Master of Maintenance Program = 42

  9. Implementation Plan To start the program infrastructure and resources would be needed. One Director needs to be appointed specifically for this program. One secretary should also be hired to assist the Director. Office space for the Director and secretary needs to be allocated in the University premises. Office equipment will also be required for the Director’s office. Computer lab needs to be set up for the students. Faculty from different departments will be selected to teach courses, conduct joint research, supervise master of engineering reports and administration of the program. The Program Director reports to an Academic Dean with resources and most faculties related with specialization to the program.

  10. Implementation Plan ( Continue) The MMEM program is similar to the Executive MBA program in the sense that both consist of: 42 credit hours curriculum that provides a complete framework for the program. Structured around a small-class format, To accommodate the busy schedule of its participants, the MMEM program can be structured as a two-year (four semesters) program. During each semester, the participants can meet every two weeks on Wednesdays and Thursdays. Classes will be held at the KFUPM campus facilities designed for executive training. For this format to be successful the ideal size of the class should be around 10 and, the course structure needs to be fixed so that all students take same courses and graduate at the same time as is the case with executive MBA.

  11. Master Programs which were reviewed: 1-Central Queensland University program in maintenance management http://www.engineering.cqu.edu.au/pstgrad/structure.htm 2-Manchester University program in Maintenance Engineering and Asset Management http://www.eps.manchester.ac.uk/graduateschool/maintenanceengineering/maintenanceengineering/

  12. THANK YOU