CCTV Installer Course

Lesson 1 • Core System Components

This section identifies cameras, recorders, monitors, and cabling as the building blocks of any CCTV system. It prepares learners to recognize and name hardware encountered on job sites.

Lesson 2 • Overview of CCTV Systems

This module introduces analog, IP, and hybrid CCTV architectures and their real-world applications. It grounds learners in system categories before component-level study begins.

Lesson 3 • Tools and Test Equipment

This module introduces hand tools, power tools, and diagnostic meters used daily by CCTV installers. Learners learn correct selection and safe handling before field tasks begin.

Lesson 1 • Camera Housing and Environmental Ratings

This section explains IP and IK ratings, vandal-resistant housings, and weatherproofing requirements for outdoor installations. It ensures correct housing selection for each deployment environment.

Lesson 2 • Matching Cameras to Surveillance Goals

This section applies sensor, lens, and housing knowledge to real-world scenarios such as retail, perimeter, and traffic monitoring. Learners practice specification-based camera selection.

Lesson 3 • Low-Light and Specialty Imaging

This section examines infrared, starlight, and thermal imaging technologies for challenging lighting conditions. It connects imaging mode selection to site assessment outcomes.

Lesson 4 • Image Sensors and Resolution

This section explains CCD and CMOS sensor technology, resolution standards, and their effect on image quality. It links sensor choice to recording storage and bandwidth requirements.

Lesson 1 • Cable Routing and Containment

This section teaches conduit, cable tray, and surface raceway installation methods for professional cable management. It emphasizes fire-rated penetration sealing and code-compliant routing.

Lesson 2 • Traditional Power Supply Systems

This section covers 12V DC and 24V AC power supplies, distribution boxes, and cable sizing for analog and hybrid systems. Learners wire multi-camera power distribution safely.

Lesson 3 • Power over Ethernet Fundamentals

This section explains PoE standards, power budgets, and switch selection for IP camera networks. Learners calculate total power loads and identify compatible PoE injectors and switches.

Lesson 4 • Structured Network Cabling

This section introduces Cat5e, Cat6, and Cat6A cabling standards for IP camera installations. Learners terminate RJ45 connectors and verify continuity using cable testers.

Lesson 1 • Bandwidth and QoS Management

This section calculates total camera bandwidth demand and applies QoS policies to prioritize video traffic. It prevents network congestion from degrading recording and live-view performance.

Lesson 2 • Network Security for CCTV Systems

This section addresses default credential risks, firmware updates, and firewall rules specific to CCTV deployments. Learners harden a camera network against common cyber threats.

Lesson 3 • IP Addressing and Subnetting

This section covers IPv4 addressing, subnet masks, and CIDR notation as applied to CCTV network design. Learners assign static IPs and plan subnets for camera and recorder segments.

Lesson 4 • Remote Access and Port Forwarding

This section configures router port forwarding, DDNS, and VPN tunnels for secure remote viewing. Learners access live and recorded footage from mobile devices and desktop clients.

Lesson 1 • Storage Media and RAID

This section examines HDD selection for surveillance duty, RAID levels, and hot-swap drive replacement. Learners calculate drive requirements based on camera count and retention period.

Lesson 2 • NVR Architecture and Configuration

This section covers NVR operation, IP camera onboarding, and bandwidth management for network-based recording. Learners add cameras, assign channels, and configure stream settings.

Lesson 3 • DVR Architecture and Configuration

This section explains DVR channel capacity, compression formats, and initial setup procedures for analog systems. Learners configure recording schedules, motion detection, and user accounts.

Lesson 4 • Storage Capacity Planning

This section applies bitrate, frame rate, and retention variables to calculate total storage requirements. Learners use industry formulas and online calculators to size systems accurately.

Lesson 1 • Concealed and Surface Cable Runs

This section demonstrates in-wall, ceiling void, and surface-mounted cable routing from camera to head-end equipment. Learners complete a full cable run with neat, professional terminations.

Lesson 2 • Camera Positioning and Aiming

This section applies field-of-view calculations to set camera height, angle, and pan/tilt position for maximum coverage. Learners adjust cameras to eliminate blind spots and minimize glare.

Lesson 3 • Site Survey and Coverage Planning

This section teaches systematic site walkthroughs, threat assessment, and camera placement mapping. Learners produce a scaled coverage plan before any physical installation begins.

Lesson 4 • PTZ Camera Installation

This section covers PTZ camera mounting, RS-485 control wiring, and preset programming for automated patrol routes. Learners configure presets and tours on a live PTZ unit.

Lesson 1 • Image Quality Optimization

This section adjusts brightness, contrast, sharpness, and compression settings to achieve optimal recorded image quality. Learners compare before-and-after results using live and playback footage.

Lesson 2 • Client Handover and Documentation

This section prepares as-built drawings, user manuals, and handover checklists for professional system delivery. Learners conduct a simulated client walkthrough and training session.

Lesson 3 • Recorder and Camera Integration

This section connects cameras to recorders, verifies video feeds, and resolves common onboarding issues. Learners complete a multi-camera integration on both DVR and NVR platforms.

Lesson 4 • Motion Detection and Alerts

This section configures motion detection zones, sensitivity thresholds, and email or push notification alerts. Learners test alert delivery and reduce false triggers from environmental factors.

Lesson 1 • Wireless and LTE Transmission

This section covers point-to-point wireless bridges, mesh networks, and LTE routers for camera connectivity without cabling. Learners configure a wireless link and verify throughput and latency.

Lesson 2 • Advanced Fault Diagnosis

This section applies systematic diagnostic frameworks to complex faults including intermittent video loss, network drops, and storage failures. Learners work through real-world fault scenarios.

Lesson 3 • Integration with Access Control

This section links CCTV cameras to access control events for synchronized video verification of door activity. Learners configure event-triggered recording and alarm-to-camera mapping.

Lesson 4 • Video Analytics and AI Features

This module configures line crossing, intrusion detection, facial recognition, and object classification analytics. Learners evaluate analytics accuracy and tune parameters to reduce false positives.