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Electronic Security Technician Course

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Electronics

Electronic Security Technician Course

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Electronic Security Technician Course

Name: Electronic Security Technician Course
Price: 294 AUD

Launch a hands-on career in electronic security by mastering alarm systems, access control, IP video surveillance, and integrated networking. This course takes you from electrical fundamentals all the way through system commissioning, troubleshooting, and customer handover. Every module is built around real-world installation tasks that employers and clients demand from day one.

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What you'll learn:

You will learn how to install and programme intrusion detection systems, configure electronic access control with multiple credential technologies, and deploy analogue and IP video surveillance networks. The course covers low-voltage cabling, earthing, conduit work, and cable certification so your infrastructure meets code every time. You will also configure cross-system integrations, apply cybersecurity hardening practices, and use structured troubleshooting methods to diagnose faults across all system types. Commissioning procedures, as-built documentation, and customer training are covered in full. Supplementary content on fire alarm coordination, system design, project management, and service contract sales rounds out your professional skill set.

How you study in practice Electronic Security Technician Course

How you practise Electronic Security Technician Course

For businesses looking to train their team

With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.

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Course content

8 Chapters • 42 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Foundations of Electronic Security Systems

Lesson 1 • Core Concepts in Electronic Security
Introduces detection, deterrence, and response principles underlying all security systems. Builds conceptual vocabulary used throughout the course.
Lesson 2 • Tools, Safety, and Work Practices
Identifies hand tools, power tools, and test equipment used in security installations. Establishes safe work habits and regulatory compliance expectations.
Lesson 3 • Regulatory and Standards Framework
Surveys industry standards bodies, installation codes, and compliance requirements. Students understand how standards govern equipment selection and installation methods.
Lesson 4 • Electrical Fundamentals for Technicians
Reviews DC and AC circuit theory, Ohm's law, and basic measurements. Provides the electrical foundation required for all installation and troubleshooting tasks.
Lesson 5 • Industry Overview and Career Pathways
Covers the scope of the electronic security industry, job roles, and certification tiers. Contextualises the technician's position within the broader security ecosystem.

Chapter 2See details

Cabling, Wiring, and Physical Infrastructure

Lesson 1 • Cable Testing and Certification
Introduces cable testers, TDR instruments, and certification standards for installed cabling. Students verify installations meet performance specifications before system commissioning.
Lesson 2 • Earthing, Bonding, and Surge Protection
Explains earthing principles, bonding requirements, and surge-protection device placement. Protects equipment and personnel from electrical faults and transients.
Lesson 3 • Conduit, Raceways, and Cable Management
Covers EMT, rigid, and flexible conduit installation alongside surface raceways and cable trays. Ensures students can route cables safely and in code compliance.
Lesson 4 • Cable Types and Selection Criteria
Compares twisted-pair, coaxial, fibre-optic, and shielded cables for security applications. Guides selection based on distance, environment, and signal type.
Lesson 5 • Termination and Connector Techniques
Teaches proper stripping, crimping, and punch-down methods for security cable terminations. Correct technique prevents signal loss and connection failures.

Chapter 3See details

Intrusion Detection Systems

Lesson 1 • Panel Programming and User Codes
Covers keypad navigation, zone programming, and user-code management for common panel platforms. Students produce a fully programmed, operational system.
Lesson 2 • Perimeter and Interior Sensors
Examines door and window contacts, glass-break detectors, passive infrared, and microwave sensors. Students select and position sensors for optimal detection coverage.
Lesson 3 • Alarm Communication and Monitoring
Explains PSTN, cellular, and IP alarm communication paths and central-station protocols. Students configure communicators and verify signal delivery to monitoring centres.
Lesson 4 • Control Panel Installation and Wiring
Guides mounting, wiring, and powering of hardwired and hybrid control panels. Proper installation ensures reliable operation and code-compliant power management.
Lesson 5 • Intrusion System Architecture
Maps the components of a complete intrusion system including sensors, control panels, and communicators. Establishes the signal flow students will configure in later sections.
Lesson 6 • System Testing and False-Alarm Reduction
Establishes walk-test procedures, sensitivity adjustments, and false-alarm mitigation strategies. Reduces costly false dispatches and improves customer satisfaction.

Chapter 4See details

Access Control Systems

Lesson 1 • Access Control Fundamentals
Introduces authentication factors, access levels, and system topologies. Establishes the policy-driven logic that governs all hardware and software configuration tasks.
Lesson 2 • Door Hardware and Electric Locking Devices
Covers electric strikes, magnetic locks, electrified mortise locks, and door position switches. Correct hardware selection and wiring ensure fail-safe or fail-secure operation.
Lesson 3 • Access Control Panel and Reader Wiring
Details panel mounting, reader wiring using Wiegand and OSDP protocols, and power distribution. Proper wiring prevents communication errors and intermittent faults.
Lesson 4 • Software Configuration and Access Policies
Guides database setup, cardholder enrolment, schedule creation, and access-level assignment. Students produce a configured system ready for live operation.
Lesson 5 • Credential Technologies
Compares proximity, smart card, mobile, and biometric credential types by security level and use case. Guides appropriate credential selection for each application.

Chapter 5See details

Video Surveillance Systems

Lesson 1 • Video Analytics and Advanced Features
Introduces line-crossing, object detection, licence-plate recognition, and heat-mapping analytics. Students enable and tune analytics to reduce nuisance alerts and add investigative value.
Lesson 2 • IP Camera Networking and PoE
Explains IP addressing, PoE switch configuration, and VLAN segmentation for camera networks. Students build a secure, properly powered IP camera network.
Lesson 3 • Camera Types and Lens Selection
Surveys fixed, PTZ, fisheye, and specialty cameras alongside lens focal-length calculations. Students match camera and lens combinations to specific surveillance objectives.
Lesson 4 • Recorder Configuration and Storage Management
Guides NVR and DVR setup, recording schedules, motion-triggered recording, and RAID storage. Students configure recorders to meet retention requirements efficiently.
Lesson 5 • Video Surveillance System Overview
Compares analogue, HD-over-coax, and IP camera architectures and their recording platforms. Establishes the design vocabulary used throughout camera selection and placement tasks.
Lesson 6 • Camera Mounting and Positioning
Covers mounting hardware, optimal camera heights, angles, and lighting considerations. Correct positioning maximises identification-quality imagery and minimises blind spots.

Chapter 6See details

Integrated Systems and Networking

Lesson 1 • Networking Fundamentals for Security Technicians
Reviews TCP/IP, switching, routing, and firewall concepts relevant to security system deployment. Provides the network literacy needed to install and troubleshoot IP-based systems.
Lesson 2 • Remote Access and Cloud-Based Management
Explains VPN, cloud-hosted platforms, and mobile app access for remote system management. Students configure secure remote access for technician support and end-user operation.
Lesson 3 • Configuring Cross-System Event Rules
Guides creation of event-action rules that link alarms, access events, and camera triggers. Students produce automated responses that reduce operator workload.
Lesson 4 • Cybersecurity for Security Systems
Covers hardening practices including password policies, firmware updates, and network segmentation. Protects security infrastructure from cyber threats that could disable physical protection.
Lesson 5 • System Integration Architectures
Compares hardware-based, software-based, and API-driven integration methods for security platforms. Students select the appropriate integration approach for each project scenario.

Chapter 7See details

System Commissioning and Acceptance Testing

Lesson 1 • As-Built Documentation and Handover Packages
Guides production of as-built drawings, programming records, and warranty documentation. Complete handover packages protect the installer and empower the end user.
Lesson 2 • Performance Verification and Standards Compliance
Applies industry grading standards to verify system performance meets contracted specifications. Documents compliance evidence required for insurance and regulatory acceptance.
Lesson 3 • Functional Testing Procedures
Covers zone-by-zone alarm testing, access-point verification, and camera image quality checks. Systematic testing confirms every device performs to specification before handover.
Lesson 4 • Customer Training and System Handover
Structures end-user training sessions covering daily operation, code management, and basic troubleshooting. Effective training reduces service calls and builds customer confidence.
Lesson 5 • Pre-Commissioning Inspection
Defines visual inspection checklists for wiring, mounting, labelling, and power before system activation. Catching defects early prevents rework and delays during formal testing.

Chapter 8See details

Troubleshooting, Maintenance, and Service

Lesson 1 • Access Control and Video Fault Diagnosis
Addresses reader communication errors, locking-device failures, network faults, and camera image issues. Systematic diagnosis restores system function with minimal downtime.
Lesson 2 • Systematic Troubleshooting Methodology
Introduces a structured diagnostic process: gather information, isolate the fault, test, and verify. Applying a consistent method reduces diagnostic time and repeat service calls.
Lesson 3 • Preventive Maintenance Programmes
Defines scheduled maintenance tasks, inspection intervals, and performance benchmarks for each system type. Proactive maintenance extends equipment life and maintains system reliability.
Lesson 4 • Intrusion System Fault Diagnosis
Covers common panel trouble conditions, zone faults, communication failures, and power issues. Students use panel diagnostics and test equipment to locate and resolve faults.
Lesson 5 • Service Documentation and Reporting
Covers service-ticket completion, fault trend analysis, and customer communication best practices. Accurate records support warranty claims, liability protection, and recurring-revenue contracts.

Certification

Your valid completion certificate

This course is for you:

Electrician's helper: ready to specialise in low-voltage security work.
Military veteran: translating security or communications training into civilian employment.
IT support technician: expanding skills into physical security system deployment.
General contractor: adding electronic security services to an existing trade business.
Career changer: seeking stable, hands-on work in a growing technical field.
Security guard: moving from monitoring facilities to installing and servicing systems.

What our students say

Your lessons are perfect. I purchased the one-year package and finally have the opportunity to follow various topics of interest without needing to change platforms... I'm grateful for everything you do, I've already recommended you to other people...