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Industrial Course Description
Engineering
The course provides..
Introduction Introduction to maintenance function and types of maintenance,
introduction to the concept of reliability, failure distributions, reliability
characteristics, estimation of system reliability both for the
independent and dependent cases, maintenance workload analysis
and calculations; capacity planning of maintenance resources;
Course maintenance work scheduling; maintenance audit and the
Description measurement of maintenance work performance; and finally the
computerized maintenance management systems (CMMS).
Objective
What is The objective of the course is to provide the students with the
Maintenance fundamental concepts, the necessary knowledge and the basic skills
Engineering? related to system reliability and systems maintenance functions. The
course intends to expose the students to the concept of reliability and
to help them learn the techniques of estimating reliability and related
characteristics of components/ systems. Moreover, it exposes them to
the necessary engineering techniques used for analyzing, planning
2
and controlling maintenance systems
Industrial Course Description
Engineering
Textbook
Introduction “Planning and Control of Maintenance Systems: Modeling and
Analysis”, Duffuaa, S.; Raouf, A; and Campbell, J. 1999. Publisher:
John Wiley& Sons.
Course
Description
What is
Maintenance
Engineering?
3
Industrial Course Description
Engineering
Course Topics
Introduction
1. Maintenance Function and Objectives
2. Types of Maintenance
3. Introduction to the Concept of Reliability
Course 4. Failure Distributions
Description 5. Constant Failure Rate Model
6. Time-Dependent Failure Models
7. Systems Reliability
8. Systems Maintainability
9. Maintenance Workload Analysis
What is 10. Maintenance Resources Planning
Maintenance 11. Maintenance Work Scheduling
Engineering?
12. Maintenance Performance Measures
13. Computerized Maintenance Management System (CMMS)
4
Industrial Course Description
Engineering
ABET Outcomes Explained
Introduction
a Ability to apply knowledge of mathematics, statistics, basic
sciences, and engineering to work professionally in industrial
systems.
Course c Ability to identify design problems, to design a system,
Description component or process to meet desired needs that may include
issues related to manufacturability, reliability, quality,
environment, health and safety, ethics and society.
g Ability to effectively communicate orally and in writing.
What is k Ability to use the techniques, skills and modern
Maintenance engineering tools necessary for engineering practice.
Engineering?
5
Industrial Course Description
Engineering
Introduction Learning outcomes
1. Understand the maintenance function and its objectives and know how to
prepare report about the maintenance function [a] (First Subject)
2. Gain the necessary knowledge about the types of maintenance and know how
to use them when design maintenance systems [a] (First Subject)
Course 3. Gain the necessary knowledge about failure distributions and apply failure
Description analysis techniques [a, k] (Second Subject)
4. Estimate components reliability both for the independent & dependent cases as
well as related characteristics [k] (Second Subject)
5. Estimate systems reliability both for the independent & dependent cases as well
as related characteristics and design systems for better reliability [c, k] (Third
Subject)
What is
Maintenance
Engineering?
6
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