Hardware Workshop

This course provides a hands-on foundation in computer hardware, electronics, and networking through practical exploration of system components and real-world troubleshooting. Students will learn to identify and test electronic components, assemble and disassemble desktops and laptops, and configure both wired and wireless networks. The training emphasizes diagnostic methods using tools like multimeters, POST cards, and cable testers to resolve hardware and connectivity issues. Additionally, learners will gain experience in preventive maintenance and system upgrades, including RAM, storage, PSU, and BIOS configurations. The course concludes with a comprehensive practical assessment, equipping students with the skills needed for IT support and hardware technician roles.

• To understand basic components of computer hardware and networking
• To learn to assemble, disassemble, and troubleshoot both hardware and network setups
• To gain hands-on experience in configuring and testing basic networks
• To develop diagnostic and maintenance skills for common IT issues
• To build foundational skills required for careers in IT support
• To gain system administration role and network troubleshooting
• Course outcomes:
• 1. Identify and describe the functions of key hardware and network components
• 2. Assemble and configure basic PCs and networks
• 3. Diagnose and troubleshoot common hardware and network problems
• 4. Perform maintenance and apply preventive measures for IT systems

This is a fully practical course (practical hours: 2 hrs per week). See the unit-wise practical breakdown covering electronic component identification and testing, network cabling and testing, desktop/laptop assembly, BIOS/UEFI configuration, OS installation, network deployment and configuration, troubleshooting, maintenance and upgrades, and a final practical assessment.

• Methodologies for delivery:
• The course must be conducted regularly and intensively to effectively accomplish the learning objectives of the subject matter
• Demonstration-based learning: live setup of hardware and networking devices
• Hands-on practice: students carry out assembly, configuration, and troubleshooting tasks
• Interactive discussions: Q&A sessions to support conceptual clarity
• Group work: pair-based assembly and networking tasks
• Case-based problem solving: realistic scenarios for diagnosis and resolution
• Simulation tools: optional use of Packet Tracer or VirtualBox
• Checklists and worksheets: to support step-by-step execution
• Examination scheme: this course doesn't need a final examination. The evaluation will be based on internal assessment (theory + practical: 20+60 marks) and external assessment (viva/oral: 20 marks); total 100 marks.
• Internal assessment breakdown (40 marks): attendance & participation - 10%, daily lab performance - 20%, practical test - 50%, viva/oral exam - 20%

• Gookin, D. (2017). Troubleshooting & maintaining your PC all-in-one for dummies (3rd ed.). John Wiley & Sons, Inc.
• Halsey, M. (2022). Troubleshooting and supporting Windows. Apress.
• Mueller, S. (2005). Upgrading and repairing laptops (2nd ed.). Que Publishing.
• Roberts, R. M. (2010). Networking fundamentals (2nd ed.). Goodheart-Willcox Publisher.
• Singh, V. P. (2025). Laptop repairing course (with Windows 8). Computech Publications.
• Yusufu, A. M. (2014). A guide to electronic maintenance and repairs. Partridge Singapore.
• Zacker, C., & Rourke, J. (2001). PC Hardware: The Complete Reference (illustrated ed.). Osborne/McGraw-Hill.