Automotive Locks Technician Course

Lesson 1 • Core Components and Terminology

Identifies every major part inside a lock assembly and defines industry-standard terms. Accurate terminology is essential for diagnosis and parts ordering.

Lesson 2 • Tools of the Trade

Introduces hand tools, specialty picks, and measuring instruments used by automotive lock technicians. Proper tool selection prevents component damage.

Lesson 3 • Lock Families and Classification

Categorises locks by function, location, and mechanism type across vehicle platforms. Provides a classification framework used throughout the course.

Lesson 4 • History and Evolution of Car Locks

Traces automotive lock development from early mechanical latches to modern electronic systems. Establishes context for understanding why current designs exist.

Lesson 1 • Inspection and Wear Assessment

Guides technicians in measuring tumbler depth, checking spring tension, and spotting worn shear lines. Accurate assessment determines repair versus replacement.

Lesson 2 • Disassembly Procedures and Sequencing

Teaches the correct order for removing retaining clips, plugs, and tumblers without damage. Sequencing prevents spring loss and component mixing.

Lesson 3 • Reassembly and Function Testing

Covers tumbler reinsertion, plug seating, and post-assembly operational checks. Functional testing confirms the lock operates correctly before installation.

Lesson 4 • Common Mechanical Faults and Fixes

Identifies broken tumblers, seized plugs, and damaged retainers with corrective procedures. Fault recognition builds diagnostic speed for real-world service calls.

Lesson 1 • Key Cutting Machine Operation

Instructs on setting up, calibrating, and operating duplicating and code-cutting machines. Machine accuracy reduces rework and increases throughput.

Lesson 2 • Quality Control and Key Testing

Establishes inspection criteria for cut depth, spacing, and tip stop accuracy before key delivery. Consistent quality control prevents customer callbacks.

Lesson 3 • Transponder and Laser-Cut Key Basics

Introduces high-security key profiles and transponder chip integration relevant to cutting. Awareness of these formats prepares students for advanced electronic chapters.

Lesson 4 • Manual Key Cutting Techniques

Covers file-based and hand-cutting methods for producing keys when machines are unavailable. Manual skill provides a backup and deepens understanding of key geometry.

Lesson 1 • Ethical and Legal Considerations

Addresses authorisation verification, documentation, and professional liability in entry work. Ethical practice protects both the technician and the vehicle owner.

Lesson 2 • Cylinder Picking for Ignition Locks

Applies picking techniques specifically to ignition cylinders, which have tighter tolerances. Students practise on common ignition lock types found in the field.

Lesson 3 • Automotive Door Lock Entry

Covers slim-jim, long-reach, and air-wedge methods for unlocking car doors without keys. Each method is matched to vehicle body style and lock position.

Lesson 4 • Principles of Lock Picking

Explains the mechanical theory behind single-pin picking, raking, and tension control. Understanding the theory accelerates skill development on practise locks.

Lesson 1 • Troubleshooting Programming Failures

Diagnoses common causes of failed programming including low battery, wrong chip, and ECU faults. Systematic troubleshooting reduces repeat service visits.

Lesson 2 • Transponder Key Cloning

Details the cloning process for duplicating transponder keys using compatible clone chips. Cloning is used when programming access to the vehicle ECU is unavailable.

Lesson 3 • Transponder Technology Fundamentals

Explains RFID communication between transponder chips and vehicle immobilisers. This foundation is required before any programming procedure is attempted.

Lesson 4 • Transponder Key Identification

Teaches how to identify chip type using diagnostic tools and reference databases. Correct identification prevents programming failures and wasted blanks.

Lesson 1 • Smart Key and Passive Entry Systems

Addresses proximity sensor networks, antenna placement, and push-button start integration. Smart key systems require both electronic and mechanical competency.

Lesson 2 • RKE System Architecture

Explains the radio frequency communication path from fob to body control module. Understanding architecture enables accurate fault isolation.

Lesson 3 • Fob Repair and Battery Service

Teaches shell replacement, button pad repair, and battery type selection for common fob designs. Physical fob repair is a high-demand, low-cost service.

Lesson 4 • Fob Programming and Synchronisation

Covers OEM and aftermarket fob programming sequences and re-synchronisation after battery replacement. Correct synchronisation restores full remote function.

Lesson 1 • Ignition Cylinder Replacement

Covers new cylinder installation, retention engagement, and electrical reconnection procedures. Proper installation ensures reliable starting and security.

Lesson 2 • Rekeying Ignition Cylinders

Applies tumbler selection and rekeying techniques to match an ignition cylinder to a new key. Rekeying avoids full cylinder replacement and reduces cost.

Lesson 3 • Cylinder Removal Procedures

Details access, retention release, and extraction steps for common ignition cylinder designs. Correct removal prevents damage to the steering column and wiring.

Lesson 4 • Steering Column Lock Service

Addresses the steering column lock mechanism, its interaction with the ignition, and repair procedures. Column lock faults can immobilise a vehicle entirely.

Lesson 1 • Vehicle Immobiliser Architecture

Maps the communication network between the immobiliser ECU, engine control unit, and transponder. System-level understanding is required for advanced fault diagnosis.

Lesson 2 • OBD Diagnostic Tool Application

Instructs on using OBD scan tools to read immobiliser codes, live data, and key registration status. Tool proficiency accelerates diagnosis and reduces guesswork.

Lesson 3 • Alarm System Integration

Covers OEM and aftermarket alarm system wiring, trigger inputs, and interaction with door locks. Alarm faults often mimic lock and immobiliser failures.

Lesson 4 • ECU and Immobiliser Matching

Explains the process of matching a replacement ECU or immobiliser to the vehicle's existing key set. Mismatched modules cause no-start conditions requiring specialist tools.