Thanks to this Postgraduate Diploma in Computing Pupils will understand the functional structure of a computer, gaining an holistic perspective. Training in resource monitoring, both in real time and through analysis, will enhance the ability to optimise system performance – a crucial skill in the field of IT. Furthermore, the diploma course covers the diagnosis and fault resolution, covering both hardware and software. The section on operating systems serves as an essential guide, exploring not only the installation and administration of Windows and Linux, but also fundamental aspects such as licences and bootloaders.
Corporate
Corporate
130 h
Computing
Corporate
130 h
Introduction
Objectives
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Understanding the functional diagram of a computer and its components.
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Mastering resource monitoring tools and real-time analysis.
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To develop skills in diagnosing and troubleshoot faults in hardware and software.
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To gain knowledge about operating systems, licences and bootloaders.
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A deeper look at Windows administration, from preparation to installation.
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Explore Linux administration, covering distributions, installation and users.
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Develop skills in IT security, covering attack tactics and best practices for protection.
Table of Contents
TEACHING UNIT 1. HARDWARE: COMPONENTS AND MAINTENANCE
1. Functional diagram of a computer
2. The central processing unit and its components
TEACHING UNIT 2. RESOURCE MONITORING
1. Use of resources
2. Monitoring tools
3. Real-time monitoring
4. Resource analysis
TEACHING UNIT 3. FAULT DIAGNOSIS AND TROUBLESHOOTING
1. Fault diagnosis and troubleshooting
2. Diagnostic process
3. Hardware problems
4. Software issues
5. Preventative maintenance
6. Troubleshooting
TEACHING UNIT 4. INTRODUCTION TO OPERATING SYSTEMS
1. Operating systems
2. Licences
3. Boot managers
4. Working environment
TEACHING UNIT 5. ADMINISTRATION IN WINDOWS
1. Windows
2. Preparing the Windows image
3. Installing Windows
4. Desk
TEACHING UNIT 6. ADMINISTRATION IN LINUX
1. Linux
2. Linux distributions
3. Preparing the Linux image
4. Installing Linux
5. User management
TEACHING UNIT 7. INTRODUCTION TO SAFETY
1. Introduction to information security
2. Information security life cycle model
3. Confidentiality, integrity and availability. Principles of information security protection
4. Attacking tactics
5. The concept of hacking
6. Drive shaft
7. List of information security threats
8. Vulnerabilities
9. Vulnerabilities in Windows systems
10. Application vulnerabilities
11. Vulnerabilities in Unix and Mac OS systems
12. Best practices and safeguards for network security
13. Recommendations for your network security
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