ISO 55000 for Senior Leadership

This interactive workshop provides top management with an overview of ISO55000 and the benefits to the organisation, and the role that top management must play to implement and maintain an Asset Management System.

Format

Half day workshop, face to face (preferred) or VILT. Group training only.

Asset Management for Senior Leadership

This interactive workshop provides top management with an overview of Asset Management and ISO55000, the benefits to the organisation, and the role that top management must play to implement and maintain an Asset Management System

Format

Half day workshop, face to face (preferred) or virtual classroom. Group training only.

Asset Management Masterclass

This programme gives learners the knowledge and skill to be able to develop an AM strategy for an organisation, implement AM and make strategic and tactical AM decisions. It achieves this by providing a birds-eye view of all the elements of AM, their interdependence and how they contribute to the overall AM objectives of improved asset performance at lower risk and optimal costs.

Format

12 week duration, 100 notional hours
1) Rotational Model Blended
2) Classroom and virtual classroom options available"

An Introduction to ISO 55000

This course unpacks the requirements of the different clauses in ISO 55000 and how they should be interpreted and implemented. It also provides guidelines for certification - typical pitfalls and key success factors, with a discussion of some real life case studies.

Format

2 day classroom training
16 notional hours blended learning
Public classroom and virtual classroom training available

Developing an Asset Management Policy and Strategy

This course is normally done as an in-house course for a senior management team, to guide them through the process of developing an AM policy and strategy. The course is very interactive and makes ample use of international case studies and examples as guidance to the management team.

Format

2 day classroom training. Group training only.

Financial Decision-making

This course equips engineers to make data-driven and financially founded decisions about assets. They learn how to calculate the life cycle costs of different asset options, quantify the value of improvement projects and compile a sound business case to motivate their recommendations.

Format

28 notional hours blended learning:
4 x 7 hours classroom training; or
7 x 4 hours virtual classroom training
Public classroom and virtual classroom training available

Asset Management Masterclass

This programme gives learners the knowledge and skill to be able to develop an AM strategy for an organisation, implement AM and make strategic and tactical AM decisions. It achieves this by providing a birds-eye view of all the elements of AM, their interdependence and how they contribute to the overall AM objectives of improved asset performance at lower risk and optimal costs.

Format

12 week duration, 100 notional hours
1) Rotational Model Blended
2) Classroom and virtual classroom options available"

An Introduction to ISO 55000

This course unpacks the requirements of the different clauses in ISO 55000 and how they should be interpreted and implemented. It also provides guidelines for certification - typical pitfalls and key success factors, with a discussion of some real life case studies.

Format

2 day classroom training
16 notional hours blended learning
Public classroom and virtual classroom training available

Developing an Asset Management Policy and Strategy

This course is normally done as an in-house course for a senior management team, to guide them through the process of developing an AM policy and strategy. The course is very interactive and makes ample use of international case studies and examples as guidance to the management team.

Format

2 day classroom training. Group training only.

Financial Decision-making

This course equips engineers to make data-driven and financially founded decisions about assets. They learn how to calculate the life cycle costs of different asset options, quantify the value of improvement projects and compile a sound business case to motivate their recommendations.

Format

28 notional hours blended learning:
4 x 7 hours classroom training; or
7 x 4 hours virtual classroom training
Public classroom and virtual classroom training available

Asset Management Masterclass

This programme gives learners the knowledge and skill to be able to develop an AM strategy for an organisation, implement AM and make strategic and tactical AM decisions. It achieves this by providing a birds-eye view of all the elements of AM, their interdependence and how they contribute to the overall AM objectives of improved asset performance at lower risk and optimal costs.

Format

12 week duration, 100 notional hours
1) Rotational Model Blended
2) Classroom and virtual classroom options available"

An Introduction to ISO 55000

This course unpacks the requirements of the different clauses in ISO 55000 and how they should be interpreted and implemented. It also provides guidelines for certification - typical pitfalls and key success factors, with a discussion of some real life case studies.

Format

2 day classroom training
16 notional hours blended learning
Public classroom and virtual classroom training available

Developing an Asset Management Policy and Strategy

This course is normally done as an in-house course for a senior management team, to guide them through the process of developing an AM policy and strategy. The course is very interactive and makes ample use of international case studies and examples as guidance to the management team.

Format

2 day classroom training. Group training only.

Financial Decision-making

This course equips engineers to make data-driven and financially founded decisions about assets. They learn how to calculate the life cycle costs of different asset options, quantify the value of improvement projects and compile a sound business case to motivate their recommendations.

Format

28 notional hours blended learning:
4 x 7 hours classroom training; or
7 x 4 hours virtual classroom training
Public classroom and virtual classroom training available

Focused Improvement for Asset Reliability

This course covers the reactive solving of a problem as well as a pro-active implementation of a value-adding improvement.

Format

4 day classroom training
32 notional hours blended learning
Public classroom and virtual classroom training available

Reliability Engineering in Practice

This course equips reliability engineers with the skills to improve the reliability of critical assets. It covers the role of a RE and fundamental RE analyses in a practical way – failure analysis as a basis for asset tactics, hazard rates, MTBF and RBDs. Learners will develop a RE roadmap for their sites.

Format

3 day classroom training
24 notional hours blended learning
Public classroom and virtual classroom training available

Maintenance Plan Development

This practical and hands-on course is aimed at giving the engineering team the skills to develop or review maintenance plans for their critical assets. It is based on the proven reliability centered maintenance (RCM) methodology but has been adapted for a more practical and efficient application. Learners will play the popular OMM Game.

Format

Blended learning - 24 notional hours consisting of:
1x 1 hour onboarding session
4x 3 hour contact sessions
10 hours self-directed learning and formative assessment
1x 1 hour summative assessment
Also available as 3-day classroom or virtual classroom training.

Asset Management Masterclass

This programme gives learners the knowledge and skill to be able to develop an AM strategy for an organisation, implement AM and make strategic and tactical AM decisions. It achieves this by providing a birds-eye view of all the elements of AM, their interdependence and how they contribute to the overall AM objectives of improved asset performance at lower risk and optimal costs.

Format

12 week duration, 100 notional hours
1) Rotational Model Blended
2) Classroom and virtual classroom options available"

Fundamentals of Maintenance Management

This course is aimed at maintenance managers and supervisors and is based on a logical model of maintenance management, covering the principles, best practices and benefits of each element, as well as the interfaces between them. The course is very practical with lots of examples, exercises and guidelines, ending with a self-assessment and implementation roadmap.

Format

3 day classroom training
24 notional hours blended learning
Public classroom and virtual classroom training available

Maintenance Work Management

An efficient Maintenance Work Management process is vital in ensuring the long-term success of a maintenance programme. Operational efficiency is achieved when work is properly planned and scheduled based on best practice principles. This course will teach best practices to ensure effective planning and scheduling techniques which will ensure that plants run efficiently and resources are allocated optimally.

Format

3 day classroom training
6 x 4 hours virtual classroom training
Blended learning with 8 hours virtual classroom training and 16 hours of self-directed elearning

Contractor Management

This course enables learners to manage contractors effectively. It starts with the outsourcing decision and gives guidance on the type of work to be outsourced or sub-contracted. It then uses a model to classify the different types of contractors and how they should be managed and finally it gives some practical guidelines on how to manage the quality, safety and success of contractors.

Format

3 day classroom training
24 notional hours blended learning
Onsite and virtual classroom training available.
Customised group offering only.

Condition Monitoring Essentials

With the ever growing need to save on capital expenditure, a clear and concise maintenance strategy on all assets is a necessity. This unique training course outlines the theory and tools needed to incorporate condition monitoring into your maintenance plan.

Format

2 days classroom training
Public classroom and virtual classroom training available

Basic Data Analysis

This course aims to make learners data literate. It covers basic information management concepts and uses a structured process to clarify the decisions to be made, the information required and the data to be collected. Learners do a practical exercise with a real scenario and data set.

Format

Blended learning with virtual classroom training and elearning - 20 notional hours

Focused Improvement for Asset Reliability

This course covers the reactive solving of a problem as well as a pro-active implementation of a value-adding improvement.

Format

4 day classroom training
32 notional hours blended learning
Public classroom and virtual classroom training available

Financial Decision-making

This course equips engineers to make data-driven and financially founded decisions about assets. They learn how to calculate the life cycle costs of different asset options, quantify the value of improvement projects and compile a sound business case to motivate their recommendations.

Format

28 notional hours blended learning:
4 x 7 hours classroom training; or
7 x 4 hours virtual classroom training
Public classroom and virtual classroom training available

Shutdown Management

This course will provide learners with the necessary guidelines and best practice principles on how to best plan, manage and close out a successful shutdown of an asset, a component of an asset, or a facility.

Format

VILT training programme with a recommended delivery over 3 weeks (this can vary depending on client needs).
27 notional hours blended learning.

Spare Parts Training

Course in development

Format

Basic On Key 5

The Basic learning pathway introduces the learner also to the asset register and basic concepts of planning.

Format

Blended learning consisting of
- 9 elearning modules
- 2 virtual classroom contact session
- 24 notional hours

Basic On Key Plus

Data clerks, engineering planners, planners assistants, schedulers, foreman

Format

Blended learning consisting of
- 12 elearning modules
- 2 virtual classroom contact session
- 24 notional hours

Maintenance Plan Development

This practical and hands-on course is aimed at giving the engineering team the skills to develop or review maintenance plans for their critical assets. It is based on the proven reliability centered maintenance (RCM) methodology but has been adapted for a more practical and efficient application. Learners will play the popular OMM Game.

Format

Blended learning - 24 notional hours consisting of:
1x 1 hour onboarding session
4x 3 hour contact sessions
10 hours self-directed learning and formative assessment
1x 1 hour summative assessment
Also available as 3-day classroom or virtual classroom training.

Asset Management Masterclass

This programme gives learners the knowledge and skill to be able to develop an AM strategy for an organisation, implement AM and make strategic and tactical AM decisions. It achieves this by providing a birds-eye view of all the elements of AM, their interdependence and how they contribute to the overall AM objectives of improved asset performance at lower risk and optimal costs.

Format

12 week duration, 100 notional hours
1) Rotational Model Blended
2) Classroom and virtual classroom options available"

Basic Data Analysis

This course aims to make learners data literate. It covers basic information management concepts and uses a structured process to clarify the decisions to be made, the information required and the data to be collected. Learners do a practical exercise with a real scenario and data set.

Format

Blended learning with virtual classroom training and elearning - 20 notional hours

Reliability Engineering in Practice

This course equips reliability engineers with the skills to improve the reliability of critical assets. It covers the role of a RE and fundamental RE analyses in a practical way – failure analysis as a basis for asset tactics, hazard rates, MTBF and RBDs. Learners will develop a RE roadmap for their sites.

Format

3 day classroom training
24 notional hours blended learning
Public classroom and virtual classroom training available

Condition Monitoring Essentials

With the ever growing need to save on capital expenditure, a clear and concise maintenance strategy on all assets is a necessity. This unique training course outlines the theory and tools needed to incorporate condition monitoring into your maintenance plan.

Format

2 days classroom training
Public classroom and virtual classroom training available

Focused Improvement for Asset Reliability

This course covers the reactive solving of a problem as well as a pro-active implementation of a value-adding improvement.

Format

4 day classroom training
32 notional hours blended learning
Public classroom and virtual classroom training available

Spare Parts Training

Course in development

Format

Financial Decision-making

This course equips engineers to make data-driven and financially founded decisions about assets. They learn how to calculate the life cycle costs of different asset options, quantify the value of improvement projects and compile a sound business case to motivate their recommendations.

Format

28 notional hours blended learning:
4 x 7 hours classroom training; or
7 x 4 hours virtual classroom training
Public classroom and virtual classroom training available

Maintenance Plan Development

This practical and hands-on course is aimed at giving the engineering team the skills to develop or review maintenance plans for their critical assets. It is based on the proven reliability centered maintenance (RCM) methodology but has been adapted for a more practical and efficient application. Learners will play the popular OMM Game.

Format

Blended learning - 24 notional hours consisting of:
1x 1 hour onboarding session
4x 3 hour contact sessions
10 hours self-directed learning and formative assessment
1x 1 hour summative assessment
Also available as 3-day classroom or virtual classroom training.

Fundamentals of Maintenance Management

This course is aimed at maintenance managers and supervisors and is based on a logical model of maintenance management, covering the principles, best practices and benefits of each element, as well as the interfaces between them. The course is very practical with lots of examples, exercises and guidelines, ending with a self-assessment and implementation roadmap.

Format

3 day classroom training
24 notional hours blended learning
Public classroom and virtual classroom training available

Maintenance Work Management

An efficient Maintenance Work Management process is vital in ensuring the long-term success of a maintenance programme. Operational efficiency is achieved when work is properly planned and scheduled based on best practice principles. This course will teach best practices to ensure effective planning and scheduling techniques which will ensure that plants run efficiently and resources are allocated optimally.

Format

3 day classroom training
6 x 4 hours virtual classroom training
Blended learning with 8 hours virtual classroom training and 16 hours of self-directed elearning

Shutdown Management

This course will provide learners with the necessary guidelines and best practice principles on how to best plan, manage and close out a successful shutdown of an asset, a component of an asset, or a facility.

Format

VILT training programme with a recommended delivery over 3 weeks (this can vary depending on client needs).
27 notional hours blended learning.

Shutdown Planning

This training gives learners the skills to plan a shutdown effectively by discussing the critical success factors for a successful shutdown and highlighting the important role of the planner. The learners will get practical experience in the planning of a shutdown, using generic project management software.

Format

Blended learning with 10 hours virtual classroom (or F2F) training, 10 hours assignments and 4 hours of self-directed elearning. Onsite or virtual classroom group training only.

Condition Monitoring Essentials

With the ever growing need to save on capital expenditure, a clear and concise maintenance strategy on all assets is a necessity. This unique training course outlines the theory and tools needed to incorporate condition monitoring into your maintenance plan.

Format

2 days classroom training
Public classroom and virtual classroom training available

Maintenance Planner Qualification

The planner qualification is aligned with the Maintenance Planner Qualification Curriculum (Occupational Code 312202) as registered by the Quality Council for Trades and Occupations (QCTO – Accreditation Number: QCTOSDP00180912-1330). It has been directed at NQF Level 5 and carries 261 credits.

Format

18 month programme
Blended learning with self-directed elearning, virtual classroom training sessions, Statement of Work and an external summative examination.

Spare Parts Training

Course in development

Format

Advanced On Key Plus

Engineering planners, maintenance managers

Format

Blended learning consisting of
- 15 elearning modules
- 2 virtual classroom contact session
- 31.5 notional hours

Advanced On Key 5

The Advanced learning pathway is for the engineering planners or learners looking to obtain full understanding of what On Key has to offer both from a configuration and transactional point of view. This learning pathway covers the full scope of planning, scheduling and daily allocation.

Format

Blended learning consisting of
- 14 elearning modules
- 2 virtual classroom contact session
- 39 notional hours

Root Cause Analysis for Supervisors

This course is aimed at the maintenance and production supervisors who must solve medium-sized (level 2) problems within a week. The course is very practical and focuses mostly on the correct problem definition and root cause analysis using causal trees and evidence-based verification.

Format

2-day face-to-face or virtual classroom training

Maintenance Plan Development

This practical and hands-on course is aimed at giving the engineering team the skills to develop or review maintenance plans for their critical assets. It is based on the proven reliability centered maintenance (RCM) methodology but has been adapted for a more practical and efficient application. Learners will play the popular OMM Game.

Format

Blended learning - 24 notional hours consisting of:
1x 1 hour onboarding session
4x 3 hour contact sessions
10 hours self-directed learning and formative assessment
1x 1 hour summative assessment
Also available as 3-day classroom or virtual classroom training.

Fundamentals of Maintenance Management

This course is aimed at maintenance managers and supervisors and is based on a logical model of maintenance management, covering the principles, best practices and benefits of each element, as well as the interfaces between them. The course is very practical with lots of examples, exercises and guidelines, ending with a self-assessment and implementation roadmap.

Format

3 day classroom training
24 notional hours blended learning
Public classroom and virtual classroom training available

Maintenance Work Management

An efficient Maintenance Work Management process is vital in ensuring the long-term success of a maintenance programme. Operational efficiency is achieved when work is properly planned and scheduled based on best practice principles. This course will teach best practices to ensure effective planning and scheduling techniques which will ensure that plants run efficiently and resources are allocated optimally.

Format

3 day classroom training
6 x 4 hours virtual classroom training
Blended learning with 8 hours virtual classroom training and 16 hours of self-directed elearning

Contractor Management

This course enables learners to manage contractors effectively. It starts with the outsourcing decision and gives guidance on the type of work to be outsourced or sub-contracted. It then uses a model to classify the different types of contractors and how they should be managed and finally it gives some practical guidelines on how to manage the quality, safety and success of contractors.

Format

3 day classroom training
24 notional hours blended learning
Onsite and virtual classroom training available.
Customised group offering only.

Practical 5S

This practical workshop is normally facilitated on site for work teams. It explains the principles and practices of 5S whereafter the teams are given the opportunity to implement it in their work environments and share the learnings with each other.

Format

Onsite training, including practical activities.

Condition Monitoring Essentials

With the ever growing need to save on capital expenditure, a clear and concise maintenance strategy on all assets is a necessity. This unique training course outlines the theory and tools needed to incorporate condition monitoring into your maintenance plan.

Format

2 days classroom training
Public classroom and virtual classroom training available

Shutdown Management

This course will provide learners with the necessary guidelines and best practice principles on how to best plan, manage and close out a successful shutdown of an asset, a component of an asset, or a facility.

Format

VILT training programme with a recommended delivery over 3 weeks (this can vary depending on client needs).
27 notional hours blended learning.

Shutdown Planning

This training gives learners the skills to plan a shutdown effectively by discussing the critical success factors for a successful shutdown and highlighting the important role of the planner. The learners will get practical experience in the planning of a shutdown, using generic project management software.

Format

Blended learning with 10 hours virtual classroom (or F2F) training, 10 hours assignments and 4 hours of self-directed elearning. Onsite or virtual classroom group training only.

Basic On Key 5

The Basic learning pathway introduces the learner also to the asset register and basic concepts of planning.

Format

Blended learning consisting of
- 9 elearning modules
- 2 virtual classroom contact session
- 24 notional hours

Basic On Key Plus

Data clerks, engineering planners, planners assistants, schedulers, foreman

Format

Blended learning consisting of
- 12 elearning modules
- 2 virtual classroom contact session
- 24 notional hours

Root Cause Analysis for Supervisors

This course is aimed at the maintenance and production supervisors who must solve medium-sized (level 2) problems within a week. The course is very practical and focuses mostly on the correct problem definition and root cause analysis using causal trees and evidence-based verification.

Format

2-day face-to-face or virtual classroom training

Maintenance Plan Development

This practical and hands-on course is aimed at giving the engineering team the skills to develop or review maintenance plans for their critical assets. It is based on the proven reliability centered maintenance (RCM) methodology but has been adapted for a more practical and efficient application. Learners will play the popular OMM Game.

Format

Blended learning - 24 notional hours consisting of:
1x 1 hour onboarding session
4x 3 hour contact sessions
10 hours self-directed learning and formative assessment
1x 1 hour summative assessment
Also available as 3-day classroom or virtual classroom training.

Fundamentals of Maintenance Management

This course is aimed at maintenance managers and supervisors and is based on a logical model of maintenance management, covering the principles, best practices and benefits of each element, as well as the interfaces between them. The course is very practical with lots of examples, exercises and guidelines, ending with a self-assessment and implementation roadmap.

Format

3 day classroom training
24 notional hours blended learning
Public classroom and virtual classroom training available

Practical 5S

This practical workshop is normally facilitated on site for work teams. It explains the principles and practices of 5S whereafter the teams are given the opportunity to implement it in their work environments and share the learnings with each other.

Format

Onsite training, including practical activities.

Root Cause Analysis for Supervisors

This course is aimed at the maintenance and production supervisors who must solve medium-sized (level 2) problems within a week. The course is very practical and focuses mostly on the correct problem definition and root cause analysis using causal trees and evidence-based verification.

Format

2-day face-to-face or virtual classroom training

Maintenance Plan Development

This practical and hands-on course is aimed at giving the engineering team the skills to develop or review maintenance plans for their critical assets. It is based on the proven reliability centered maintenance (RCM) methodology but has been adapted for a more practical and efficient application. Learners will play the popular OMM Game.

Format

Blended learning - 24 notional hours consisting of:
1x 1 hour onboarding session
4x 3 hour contact sessions
10 hours self-directed learning and formative assessment
1x 1 hour summative assessment
Also available as 3-day classroom or virtual classroom training.

Effective Maintenance for Frontline Workers

This course is highly practical and explains the fundamental principles and processes of an effective maintenance system in straightforward language. It also emphasises the important roles of the artisans and technicians to ensure success and support the company-wide roll-out of maintenance management.

Format

1 day group training, delivered onsite or at the Pragma Academy.

Practical 5S

This practical workshop is normally facilitated on site for work teams. It explains the principles and practices of 5S whereafter the teams are given the opportunity to implement it in their work environments and share the learnings with each other.

Format

Onsite training, including practical activities.

Problem Solving for Artisans

This course is aimed at artisans and technicians who were normally first on the scene of a breakdown and should play a much more critical role in problem solving by gathering information about the failure, doing effective fault-finding and recording the direct cause(s) of the failure.

Format

1-day face-to-face on-site training for artisans, with customisation to incude client-specific examples.