Laptop Technician Course

Lesson 1 • Workspace Organisation and Safety

Defines ergonomic layout, chemical safety, and fire prevention for a repair bench. An organised workspace reduces errors and protects the technician.

Lesson 2 • Essential Hand Tools for Laptop Repair

Introduces screwdrivers, spudgers, pry tools, and tweezers required for disassembly. Correct tool selection prevents cosmetic and structural damage.

Lesson 3 • Electrostatic Discharge Prevention

Explains how ESD damages ICs and outlines grounding straps, mats, and bags. Proper ESD control reduces latent failures that appear after repair.

Lesson 1 • Motherboard Architecture and Chipsets

Explains how the motherboard interconnects all subsystems via chipsets and buses. Students map signal paths between CPU, RAM, storage, and I/O.

Lesson 2 • Reading Service Manuals and Schematics

Teaches navigation of manufacturer service documentation and basic schematic symbols. This skill underpins every subsequent repair task in the course.

Lesson 3 • Ports, Connectors, and Interfaces

Catalogues USB, Thunderbolt, HDMI, audio, and proprietary connectors found on laptops. Prepares students to diagnose port-level failures accurately.

Lesson 4 • Core Internal Components Overview

Identifies CPUs, RAM, storage, GPU, and battery as primary functional units. Connects each component's role to overall system performance.

Lesson 1 • Reassembly and Quality Verification

Establishes torque guidelines, connector seating checks, and post-assembly power-on tests. Proper reassembly confirms the repair is complete and safe.

Lesson 2 • Display Assembly Disassembly

Guides students through hinge removal, bezel separation, and panel extraction. Display assemblies are high-risk areas requiring controlled force.

Lesson 3 • Bottom Cover and Keyboard Removal

Teaches prying sequences, hidden screw locations, and clip release techniques. These skills apply to the first physical barrier on nearly every laptop.

Lesson 4 • Internal Component Removal Procedures

Details safe removal of battery, RAM, storage, and wireless cards. Correct sequencing prevents connector damage and short circuits.

Lesson 1 • Power System Diagnostics

Covers no-power, no-POST, and battery-related failures using voltage and current tests. Power faults are the most common entry point for hardware diagnosis.

Lesson 2 • Storage and Memory Diagnostics

Uses diagnostic utilities and hardware tests to detect RAM errors and drive failures. Storage and memory faults often mimic OS-level software problems.

Lesson 3 • Structured Diagnostic Methodology

Introduces the symptom-isolate-test-verify framework used by professional technicians. A repeatable process reduces guesswork and unnecessary part replacement.

Lesson 4 • Display and GPU Fault Diagnosis

Identifies backlight failures, dead pixels, GPU artifacts, and eDP signal issues. External monitor tests quickly separate panel faults from GPU faults.

Lesson 1 • Cooling System Service and Replacement

Teaches heat sink removal, thermal paste application, and fan replacement procedures. Proper thermal interface material application restores full CPU performance.

Lesson 2 • RAM and Storage Upgrades

Covers compatibility checks, installation steps, and post-upgrade validation for RAM and SSDs. Upgrades are the most frequent customer-requested service.

Lesson 3 • Keyboard and Trackpad Replacement

Guides replacement of keyboard assemblies and trackpad modules with ribbon cable handling. Input device failures are among the most visible customer complaints.

Lesson 4 • Battery Replacement Procedures

Details safe removal of glued and screwed batteries and calibration after replacement. Improper battery handling is a leading cause of technician injury.

Lesson 1 • Linux Installation and Configuration

Guides installation of common Linux distributions and hardware driver configuration. Linux skills expand the technician's ability to serve diverse customers.

Lesson 2 • BIOS and UEFI Configuration

Covers BIOS navigation, Secure Boot, and firmware update procedures. BIOS settings directly affect boot behaviour and hardware compatibility.

Lesson 3 • System Recovery and Backup Strategies

Teaches factory reset, recovery partition use, and image-based backup creation. Recovery skills protect customer data and reduce repeat service visits.

Lesson 4 • Windows Installation and Driver Setup

Walks through clean Windows installation, partition setup, and driver installation sequence. Correct driver order prevents device conflicts after installation.

Lesson 1 • Performance Optimisation Techniques

Addresses startup bloat, disk fragmentation, and background process management. Optimisation tasks are often bundled with hardware repair to improve customer satisfaction.

Lesson 2 • Malware Identification and Removal

Identifies malware symptoms and applies offline and online removal techniques. Undetected malware causes recurring performance complaints after hardware repair.

Lesson 3 • Blue Screen and Crash Dump Analysis

Teaches reading stop codes and analysing minidump files to find crash root causes. Crash analysis bridges hardware and software diagnosis for complex faults.

Lesson 1 • BGA Chip Reballing and Replacement

Introduces BGA removal, reballing, and reflow procedures for GPU and bridge chips. BGA work requires precise temperature profiling to avoid board delamination.

Lesson 2 • Soldering and Desoldering Techniques

Covers through-hole and SMD soldering, hot air rework, and flux application. Soldering quality directly determines repair reliability and longevity.

Lesson 3 • Power Rail Diagnosis with Schematics

Uses schematics and a multimeter to trace shorted or missing power rails on the board. Power rail faults account for the majority of no-power motherboard failures.

Lesson 4 • Trace Repair and Pad Restoration

Teaches jumper wire installation, pad lifting repair, and via restoration techniques. Trace repairs salvage boards that would otherwise be scrapped.