BCA First Semester Syllabus: Hardware Workshop (BCA106)

Course Code: BCA106 | Total Credit: 1 | Semester: I, Year I | Practical Hours: 2 hrs/week | Course Type: Practical (No Final Written Exam)

Overview

Hardware Workshop is the course that gets BCA students out of the textbook and onto the workbench. It’s a 1-credit, fully practical subject — no final theory exam, just hands-on lab work — designed to make sure that by the end of your first semester you can confidently open a computer, identify what’s inside it, and actually fix something when it breaks.

For a lot of students coming from a +2 Science or Management background, this is the first time they’ll touch a motherboard, use a multimeter, or crimp an RJ45 cable themselves. That’s the point: while other first-semester subjects build programming logic and communication skills, BCA106 builds the physical, tactile understanding of the machines everything else in the degree runs on. It’s also directly aligned with real IT support and hardware technician job roles — skills that translate straight into internships and entry-level positions.

What You’ll Actually Do in Lab

The course is broken into nine practical modules, moving from small electronic components up to full system builds and network setups.

1. Introduction to Hardware — Electronic Components (5 hrs)

Before you ever touch a PC, you start with the basics of electronics: passive components (resistors, capacitors, inductors), active components (diodes, LEDs, transistors, ICs, MOSFETs), connectors, switches, relays, and reading datasheets. You’ll learn to identify components by color code, test them with a multimeter or ESR meter, and tell a working component from a faulty one — skills borrowed straight from electronics engineering but essential for anyone diagnosing hardware faults later.

2. Introduction to Networking Components (2 hrs)

A quick but important module covering modems, NICs, routers, switches, hubs, and access points — plus hands-on cabling: crimping RJ45 connectors and identifying CAT5/6, coaxial, and fiber-optic cable, along with crossover vs. straight-through wiring.

3. Desktop and Laptop Hardware Identification and Handling (6 hrs)

The core “what’s inside a PC” module. You’ll identify and handle motherboards, CPUs, RAM (including the difference between SD, DDR, and DDR2/3/4), ROM types (PROM, EPROM, EEPROM), storage devices (HDD, SSD, NVMe), and I/O devices. A dedicated sub-section covers the Power Supply Unit (PSU) in depth — connector types, voltage rails (3.3V, 5V, 12V), how to test one safely with a multimeter, and common PSU failure signs like burnt connectors or fan failure.

4. PC and Laptop Assembly (6 hrs)

This is where it gets real: a full group hands-on PC build, from mounting the motherboard and CPU to connecting the PSU, storage, and cables, configuring BIOS/UEFI, running POST checks, and — optionally — installing an operating system. You’ll also practice interpreting POST beep codes and simulating common hardware faults (no boot, no power, overheating).

5. Basic Network Device and Deployment (2 hrs)

Hands-on identification and configuration of network devices, building simple topologies, and setting up shared resources like printers and file/folder sharing over a network.

6. Basic Networking Configuration (2 hrs)

IP addressing and subnetting, configuring routers and switches, setting up wireless access points (SSID, password, MAC filtering), and using command-line diagnostic tools like ping, tracert, ipconfig, and nslookup to test and troubleshoot a network you’ve built yourself.

7. Problem Solving Techniques (2 hrs)

A structured troubleshooting methodology: visual inspection first, then elimination testing (one component at a time), checking BIOS/POST messages, using network diagnostic commands, and following a repeatable process — Identify → Test → Isolate → Fix → Verify. This module is less about new tools and more about thinking like a technician.

8. Maintenance & Upgrade (5 hrs)

Covers real-world PC upgrade skills: checking compatibility before upgrading RAM, storage, GPU, or CPU; matching RAM speed/voltage/form factor; comparing SSD vs HDD vs NVMe; and safe practices for GPU and CPU upgrades. It also covers preventive maintenance — cleaning internal components, replacing thermal paste, laptop battery care, safe BIOS/firmware updates, cable management for airflow, and health monitoring using tools like SMART status checks and MemTest86+.

9. Final Practical Assessment (2 hrs)

A comprehensive hands-on test: labeling and explaining hardware parts, assembling/disassembling a PC under guidance, setting up a wired LAN with IP configuration, troubleshooting simulated faults using a POST card and beep codes, and performing basic maintenance tasks like cleaning and thermal paste application.

Tools and Equipment You’ll Work With

Across the course, expect regular use of:

• Digital multimeters and component/ESR testers
• Breadboards, jumper wires, and electronic component kits
• RJ45 crimping tools, LAN testers, and various cable types
• ATX-compatible PC components (CPU, RAM, PSU, motherboard, storage, case)
• ESD wrist straps, screwdrivers, and thermal paste
• Diagnostic tools such as POST cards and BIOS reset jumpers
• Wireless routers, switches, hubs, and access points

How You’re Graded

Since this is a practical-only course with no final written exam, the full 100 marks come from internal assessment:

Notice how heavily this leans on the practical test (50%) and daily lab performance (20%) — meaning showing up and actually doing the hands-on work each week matters far more here than in theory-heavy courses. Skipping labs is the single easiest way to lose marks in BCA106.

Study & Lab Tips for BCA106

1. Don’t skip the “boring” electronics module. Component identification and multimeter testing (Module 1) shows up again later when you’re troubleshooting PSU or motherboard issues — it’s foundational, not filler.
2. Practice the PC build more than once if you can. Muscle memory matters for the final practical assessment; the more times you’ve mounted a CPU and connected front-panel cables, the less likely you are to fumble during the viva.
3. Learn the beep codes and POST error meanings by heart. They come up in both the troubleshooting module and the final assessment.
4. Get comfortable with basic CLI network commands (ping, ipconfig, tracert) — they’re quick to learn and frequently tested in the viva/oral component.
5. Keep a troubleshooting log, as the syllabus itself recommends — noting what fault you saw, what you tried, and what fixed it builds the habit real IT support technicians rely on daily.

Recommended Reference Books

• Gookin, D. (2017). Troubleshooting & Maintaining Your PC All-in-One For Dummies® (3rd ed.)
• Halsey, M. (2022). Troubleshooting and Supporting Windows
• Mueller, S. (2005). Upgrading and Repairing Laptops (2nd ed.)
• Roberts, R. M. (2010). Networking Fundamentals (2nd ed.)
• Singh, V. P. (2025). Laptop Repairing Course (with Windows 8)
• Yusufu, A. M. (2014). A Guide to Electronic Maintenance and Repairs
• Zacker, C., & Rourke, J. (2001). PC Hardware: The Complete Reference (Illustrated ed.)

Frequently Asked Questions

Does BCA106 have a final exam? No. Hardware Workshop is assessed entirely through internal work — daily lab performance, a practical test, and a viva/oral exam. There’s no separate final written examination.

How many credit hours is Hardware Workshop? It carries 1 credit hour, with 2 practical hours of lab work per week.

What kind of jobs does this course prepare you for? The syllabus is explicitly built around IT support and hardware technician roles — the kind of entry-level positions many BCA graduates take on part-time or right after graduation, involving PC assembly, troubleshooting, and basic network setup.

Do I need to know electronics before taking this course? No prior electronics background is assumed. The course starts from basic component identification (resistors, capacitors, diodes) before moving into full PC assembly and networking.

This page summarizes the official TU BCA First Semester syllabus for BCA106. For the complete, authoritative syllabus document, refer to your college’s official curriculum handbook.