The Comprehensive Maintenance Using Computer course, offered by the British Academy for Training and Development, aims to enable participants to acquire the technical and cognitive skills necessary to carry out comprehensive maintenance operations for devices and systems using advanced computer-supported technologies. In today’s world, effective maintenance is an essential part of sustaining the optimal performance of technological devices and systems, which requires using advanced tools for diagnosis, prediction, and repair.

The course focuses on computer-based maintenance applications, where participants will learn how to use specialized software and smart systems to improve the effectiveness of maintenance, reduce unexpected failures, and extend the lifespan of devices. Additionally, preventive and corrective maintenance techniques will be discussed, including how to collect and analyze data using computers to improve maintenance strategies and ensure performance sustainability.

Who Should Attend?

• Engineers and technicians working in device and system maintenance.
• IT specialists working in computer and electronic device maintenance.
• Technical maintenance teams in companies and institutions that rely on automated systems.
• Employees dealing with machine and device maintenance using computers.
• Students and graduates interested in specializing in maintenance fields using computer technology.

Knowledge and Benefits:

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

• Understand the theoretical and practical fundamentals of comprehensive maintenance using computers.
• Learn how to use computer programs and tools to perform comprehensive maintenance for devices and systems.
• Professionally apply preventive and corrective maintenance techniques using computers.
• Analyze faults using smart software and provide effective maintenance solutions.
• Improve the efficiency of systems and devices through computer-supported maintenance.

• Concept of Comprehensive Maintenance

  • Definition of comprehensive maintenance and its objectives.
  • The difference between traditional maintenance and computer-based maintenance.
  • The importance of using computers to enhance maintenance processes.

• Basic Components of Computer-Based Maintenance

  • Systems and software used in comprehensive maintenance.
  • Identifying devices and systems that can be maintained using computers.
  • The role of computers in enhancing the accuracy and speed of maintenance.

• Tools and Techniques for Maintenance Using Computers

  • Software used for maintenance management and scheduling.
  • Common applications in device maintenance using computers.
  • How to use computers for fault inspection and diagnosis.

• Computerized Maintenance Management Systems (CMMS)

  • Definition of CMMS.
  • How to use these systems to track faults and schedule maintenance.
  • Benefits of CMMS, such as improving performance and reducing costs.

• Fault Diagnosis Software

  • Identifying tools used to detect faults in devices.
  • How to handle smart software for diagnosing issues.
  • Interpreting diagnostic results and determining appropriate actions.

• Preventive Maintenance Programs

  • How to set up preventive maintenance schedules using computers.
  • Using software to track the lifespan of parts and components.
  • Techniques for reducing potential faults through preventive maintenance.

• Basic Principles of Preventive Maintenance

  • Definition and importance of preventive maintenance in maintaining device performance.
  • Strategies for implementing preventive maintenance using computers.
  • Determining the right dates and times for preventive maintenance.

• Using Computers to Identify Maintenance Needs

  • How to monitor performance using software.
  • Tools for identifying parts that need inspection or replacement.
  • Using computers to analyze live data for devices.

• Creating Preventive Maintenance Reports

  • How to create maintenance reports using software.
  • Analyzing preventive maintenance results and improving processes.
  • Automating maintenance reports to save time and effort.

• Fundamentals of Fault Analysis Using Computers

  • How computers are used to analyze mechanical and electronic faults.
  • Identifying early warning systems for potential faults.
  • Analyzing live data to detect issues before faults occur.

• Smart Software Systems for Fault Diagnosis

  • Identifying AI tools for fault diagnosis.
  • How to use algorithms and smart software to detect faults.
  • Evaluating the accuracy and performance of diagnostic systems.

• Interacting with Software to Repair Faults

  • How to use computers for providing immediate solutions to faults.
  • Integrating fault solutions into effective maintenance procedures.
  • Using software to guide interactive maintenance techniques.

• Managing Maintenance Schedules Using Software

  • How to create and organize maintenance schedules using computer systems.
  • Using software to distribute tasks among maintenance teams.
  • Monitoring progress and updating the maintenance timeline.

• Storing and Graphically Analyzing Data

  • How to store and analyze maintenance-related data using computers.
  • Using data analysis tools to monitor device performance.
  • Techniques for generating graphical reports to track trends and predict future faults.

• Preparing Maintenance and Productivity Reports

  • How to prepare reports on maintenance efficiency using software.
  • Evaluating maintenance costs and preparing financial reports using computers.
  • Applying reports to improve performance and reduce costs.

• Corrective Maintenance Concept

  • Definition and importance of corrective maintenance in fixing faults after they occur.
  • The role of computers in improving the effectiveness of corrective maintenance.
  • Types of faults that can be repaired using software.

• Using Software for Identifying Corrective Faults

  • Analyzing faults using computer diagnostic tools.
  • How to determine the cause of a fault based on inspection results.
  • Tools used to quickly and efficiently repair faults.

• Monitoring Corrective Maintenance Using Smart Systems

  • How to use smart systems to identify fast and effective solutions.
  • Evaluating the effectiveness of corrective maintenance solutions using computers.
  • Integrating corrective maintenance results into future maintenance schedules.

• Self-Maintenance Concept

  • Defining self-maintenance and its role in improving efficiency.
  • How computer-supported systems manage self-maintenance.
  • Benefits and advantages of self-maintenance for devices and systems.

• Setting Up Self-Maintenance Systems via Computers

  • How to set up software-supported systems for self-maintenance.
  • Monitoring the performance of self-maintenance systems using computer tools.
  • How to integrate self-maintenance systems into the general maintenance network.

• Automating Maintenance Using Computers

  • How to automate many maintenance procedures using software.
  • Automation tools in maintenance technology and integrating them into systems.
  • Monitoring the efficiency of automation and its impact on reducing faults.

• Predictive Maintenance Concept

  • Defining predictive maintenance and its use in preventing faults.
  • How computers use predictive data to identify faults before they occur.
  • Tools and software used in predictive maintenance.

• Using Computers for Predictive Data Collection

  • How to collect data using sensors connected to computers.
  • Analyzing predictive data to forecast faults.
  • Implementing predictive maintenance to reduce costs.

• Predictive Maintenance Applications in Work Environments

  • Integrating predictive maintenance in industrial and service environments.
  • How to use smart systems to analyze changing device trends.
  • Improving maintenance schedules based on computer-supported predictions.

• Data Security in Maintenance Systems Using Computers

  • How to secure data collected during maintenance.
  • Ensuring data confidentiality and protection from cyber-attacks.
  • Protection tools and security software related to computer-based maintenance.

• Monitoring System Health Using Computers

  • How to monitor system health in work environments using computers.
  • Strategies for early detection of security faults using software.
  • Techniques for preventing security risks during maintenance operations.

• Safety During Computer-Supported Maintenance

  • Ensuring worker and technician safety while using smart systems.
  • Providing appropriate training for employees on the safe use of technological tools.
  • Techniques to reduce risks during maintenance operations.

• Evaluating the Effectiveness of Maintenance Systems

  • How to evaluate the performance of computer-supported maintenance systems.
  • Tools and standards for measuring the effectiveness of computer-based maintenance.
  • Assessing productivity and overall performance based on maintenance reports.

• Analyzing Maintenance Data to Improve Performance

  • How to analyze data from systems to improve maintenance processes.
  • Applying analysis results to improve systems and maintain them more efficiently.
  • Using software to analyze trends and provide practical solutions.

• Improving Future Maintenance Procedures and Techniques

  • Exploring modern tools and techniques in computer-supported maintenance.
  • Developing processes and procedures to achieve better results in the future.
  • Envisioning the future of technological maintenance and using smart tools.