Managing maintenance programmes
Description
Managing maintenance programmes involves systematically planning, scheduling, and monitoring maintenance activities to ensure the reliability and longevity of assets, infrastructure, or equipment. This strategy aims to prevent breakdowns, reduce downtime, and optimize resource use by implementing regular inspections, timely repairs, and upgrades. Effective maintenance management addresses issues such as unexpected failures, safety risks, and excessive costs, thereby supporting operational continuity and extending the service life of critical systems.
Context
While production and service operations tend to be less efficient than project construction, maintenance operations are typically less efficient than either. This is partly because successful maintenance provides no visible result, and so can seem dispensable. Maintenance and rehabilitation programmes depend on continuing budgetary support, but are often neglected in favor of new projects. Large, dispersed maintenance programmes are particularly hard to supervise and control from the center. Experience with highway maintenance illustrates three ways of responding to these difficulties: (a) Force account operations (whereby government departments carry out maintenance themselves) can counter the lack of a profit motive with improved training and personal reward systems; (b) Contracting to private companies. This can reduce the management load on highway departments and increase cost-effectiveness; (c) Using local communities to maintain local roads. Dependence on machines and transport is reduced to an absolute minimum, as is administration once the system is established. However, as with all labour-intensive methods, the demands on management are heavy while the system is being set up, and technical assistance is often required.
Broader
Related
SDG
Metadata
Database
Global strategies
Type
(D) Detailed strategies
Subject
Amenities » Maintenance
Management » Management
Content quality
Yet to rate
Language
English
1A4N
J4177
DOCID
12041770
D7NID
221272
Editing link
Official link
Last update
Dec 3, 2024