Planning Business Maintenance and Operations |Plus

Overview

Why Attend

emphasizes the importance of maintenance planning for operational success. A world-class organization relies heavily on an effective maintenance strategy aligned with business objectives. This strategy should not be seen in isolation but as part of a comprehensive approach to high-performance operations. Maintenance significantly affects profitability by influencing equipment capacity, product quality, safety, health, environmental standards, and production costs. It is crucial that the maintenance strategy incorporates the best techniques, procedures, and practices relevant to the organization's goals. The strategy should clearly outline the processes needed for optimal maintenance management while minimizing total lifecycle costs of new assets and current operating costs of existing ones. This course offers an integrated overview of the technical, administrative, and economic aspects of maintenance and repair throughout all project stages. Its aim is to enhance maintenance efficiency, improve economic outcomes, identify various scientific maintenance strategies, and explore the economic benefits of a systems approach to boost operational efficiency and control costs. Ultimately, it seeks to ensure high product quality, eliminate defects in manufacturing and maintenance, keep equipment in excellent condition, and prevent errors.

Course Objectives

By the end of the course, participants will be able to:

Who Should Attend?

Those employed in planning, designing, constructing, or operating operations.
Engineers, technicians, contractors, and consultants.
Those responsible for electrical maintenance in facility distribution networks.
Workers in industrial networks.
Inspectors, safety officers and supervisors.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

Comprehensive knowledge of the technical, administrative and economic aspects of maintenance and repair work in the various stages of the project in order to advance the quality of maintenance.
Implementing systems to improve and increase the efficiency and quality of operation and control expenses and costs.
Statement of maintenance problems and draft solutions.
Maintenance knowledge as a motivating element in technology selection.
Organizing maintenance work and improving operation quality.

Course Outline

The scientific meaning of integrated productive maintenance of projects and facilities
Scientific principles for improving the quality of operation of equipment and machines (continuous maintenance improvement)
Maintenance as a motivating element in technology selection
The importance and policy of maintenance matters
Organizing maintenance work and improving operation quality
Statement of maintenance problems and draft solutions
Problems of completion and updating of projects and ways to eliminate them
Means of anticipating and identifying faults
Economic results for applying systems to develop maintenance work
Planning programs and control procedures for maintenance and repair using business networks (PERT).
How to make a comprehensive system for maintenance and repair costs
Explaining the economics of preserving spare parts and raw materials
The technical and economic importance of establishing maintenance and repair workshops in the project
What is integrated productive maintenance?
What are the main characteristics that distinguish an integrated productive maintenance application?
What are the penalties for implementing integrated productive maintenance?
Why implement integrated productive maintenance?
How much does integrated productive maintenance cost?
When is integrated productive maintenance applied?
How to implement integrated productive maintenance?
What does self-maintenance mean?
How to get rid of and eliminate benefits?
Self-maintenance
Benefits of self-maintenance
Self-maintenance application
What are the operator's duties?
Integration of productive maintenance with the rest of the pillars of integrated productive maintenance
Difficulties in implementing self-maintenance

Schedule & Fees

2026 Schedule & Fees

8–12 Nov 2026

Language English
City

USD 3,000

Per participant

8–12 Nov 2026

Language Arabic
City

USD 3,000

Per participant

29–3 Nov – Dec 2026

Language English
City

USD 3,000

Per participant

29–3 Nov – Dec 2026

Language Arabic
City

USD 3,000

Per participant

2027 Schedule & Fees

7–11 Feb 2027

Language English
City

USD 3,000

Per participant

7–11 Feb 2027

Language Arabic
City

USD 3,000

Per participant

28–4 Feb – Mar 2027

Language English
City

USD 3,000

Per participant

28–4 Feb – Mar 2027

Language Arabic
City

USD 3,000

Per participant

9–13 May 2027

Language English
City

USD 3,000

Per participant

9–13 May 2027

Language Arabic
City

USD 3,000

Per participant

30–3 May – Jun 2027

Language English
City

USD 3,000

Per participant

30–3 May – Jun 2027

Language Arabic
City

USD 3,000

Per participant

8–12 Aug 2027

Language English
City

USD 3,000

Per participant

8–12 Aug 2027

Language Arabic
City

USD 3,000

Per participant

29–2 Aug – Sep 2027

Language English
City

USD 3,000

Per participant

29–2 Aug – Sep 2027

Language Arabic
City

USD 3,000

Per participant

7–11 Nov 2027

Language English
City

USD 3,000

Per participant

7–11 Nov 2027

Language Arabic
City

USD 3,000

Per participant

28–2 Nov – Dec 2027

Language English
City

USD 3,000

Per participant

28–2 Nov – Dec 2027

Language Arabic
City

USD 3,000

Per participant