CCTV Camera Installation Course

Lesson 1 • Video Signal Formats

Explains analog, HD-over-coax, and IP signal standards and their compatibility requirements. Students distinguish signal types to select appropriate cabling and recording equipment.

Lesson 2 • Camera Types and Technologies

Covers fixed, PTZ, dome, bullet, and fisheye camera form factors and their use cases. Students match camera types to specific surveillance scenarios.

Lesson 3 • System Architecture Overview

Introduces DVR, NVR, and hybrid recording architectures and their network roles. Students diagram basic system topologies before advancing to component selection.

Lesson 1 • Electrical Safety Fundamentals

Covers lockout/tagout procedures, PPE selection, and safe voltage handling for low-voltage work. Establishes non-negotiable safety practices applied throughout all subsequent chapters.

Lesson 2 • Site Survey Techniques

Teaches systematic site walkthroughs to identify coverage gaps, mounting surfaces, and cable routes. Survey findings directly inform the camera placement plan produced in the next section.

Lesson 3 • Installation Planning and Documentation

Guides students through creating camera placement diagrams, cable schedules, and equipment lists. Accurate documentation reduces errors during physical installation and supports client handover.

Lesson 1 • Structured Cabling for IP Cameras

Covers Cat5e, Cat6, and Cat6A standards, bend radius, and termination requirements for IP camera runs. Students terminate and test patch cables and field-terminated jacks to TIA standards.

Lesson 2 • Power over Ethernet Principles

Explains PoE standards, power budgets, and switch port requirements for powering IP cameras. Students calculate PoE budgets and identify switch specifications needed for a given camera count.

Lesson 3 • Coaxial Cable Fundamentals

Explains RG59 and RG6 specifications, impedance, and signal loss over distance. Students select the correct coax grade for each camera run length and signal format.

Lesson 4 • Termination and Connector Installation

Provides step-by-step practice for BNC, RJ45, and power connector termination under field conditions. Correct termination prevents signal loss and connection failures identified during testing.

Lesson 1 • PTZ Camera Installation

Covers the mechanical and electrical requirements unique to pan-tilt-zoom cameras, including pendant and wall mounts. Students connect RS-485 control wiring and verify full PTZ movement range.

Lesson 2 • Mounting Surface Assessment

Identifies load-bearing capacity, anchor types, and surface preparation for concrete, drywall, and steel. Proper assessment prevents mount failures and ensures long-term camera stability.

Lesson 3 • Camera Height and Angle Optimization

Applies field-of-view geometry to determine optimal mounting height and tilt angle for facial recognition and area coverage. Students adjust cameras to eliminate blind spots and minimize glare.

Lesson 4 • Outdoor Camera Installation

Addresses weatherproof housing, conduit entry sealing, and corrosion-resistant hardware for exterior cameras. Students apply IP-rating requirements to select and install outdoor-rated equipment.

Lesson 1 • Storage Capacity Planning

Teaches the formula for calculating storage requirements based on resolution, bitrate, camera count, and retention days. Students size hard drive arrays for common commercial and residential scenarios.

Lesson 2 • NVR Configuration and IP Camera Onboarding

Covers NVR network settings, IP camera discovery, and channel binding for IP-based systems. Students add cameras via auto-discovery and manual IP entry, then verify stream quality.

Lesson 3 • DVR Configuration and Setup

Walks through initial DVR setup including channel assignment, resolution settings, and date/time configuration. Students connect analog cameras and verify live and recorded video on each channel.

Lesson 4 • Recording Schedules and Motion Triggers

Configures continuous, scheduled, and motion-triggered recording modes to balance storage use and coverage. Students set motion sensitivity zones and verify trigger-based recording clips.

Lesson 1 • Remote Access Configuration

Sets up port forwarding, DDNS, and P2P cloud access for remote viewing on mobile and desktop clients. Students test remote connections and confirm stream quality over WAN links.

Lesson 2 • Cybersecurity for CCTV Systems

Applies password policies, firmware updates, and network segmentation to reduce attack surfaces on surveillance systems. Students harden a recorder and camera against common network threats.

Lesson 3 • IP Addressing for Surveillance Networks

Covers static IP assignment, subnet design, and VLAN segmentation for isolating camera traffic. Students assign addresses to cameras and recorders without conflicts on the local network.

Lesson 1 • Client Handover and Training

Delivers a system walkthrough, user manual, and live training session to the client on daily operation. Students demonstrate playback, export, and remote access to ensure client self-sufficiency.

Lesson 2 • Image Quality Verification

Evaluates focus, exposure, white balance, and field-of-view alignment for every camera in the system. Students adjust camera settings to meet the coverage specifications defined in the site plan.

Lesson 3 • Pre-Commissioning Checklist

Applies a structured checklist to verify physical installation, cable continuity, and power delivery before powering the full system. Catching defects early prevents rework after commissioning.

Lesson 4 • Network and Remote Access Testing

Tests LAN connectivity, remote access from external networks, and mobile app performance under real conditions. Students document latency, stream quality, and any access failures for resolution.

Lesson 1 • Structured Troubleshooting Methodology

Introduces a layered diagnostic approach moving from physical layer to application layer for CCTV faults. Students apply the method to isolate faults efficiently without replacing working components.

Lesson 2 • Recording and Storage Faults

Addresses hard drive failures, full-disk conditions, and recording schedule misconfigurations causing footage gaps. Students recover accessible footage and restore correct recording operation.

Lesson 3 • Preventive Maintenance Scheduling

Defines inspection intervals, cleaning procedures, and firmware update cycles to prevent system degradation. Students produce a 12-month maintenance schedule tailored to a given site's environment.

Lesson 4 • Common Video and Image Faults

Diagnoses no-image, noisy, blurry, and color-shifted video problems caused by cabling, settings, or hardware. Students trace each symptom to its root cause and apply the correct corrective action.