Smart Home Installation Course

Lesson 1 • Communication Protocols Explained

Compares Wi-Fi, Zigbee, Z-Wave, Thread, and Bluetooth for home automation use. Students select the right protocol for a given installation context.

Lesson 2 • Device Categories and Their Roles

Surveys major device types including lighting, security, climate, and entertainment. Connects each category to real installation scenarios.

Lesson 3 • What Is a Smart Home System

Defines smart home technology and its core value proposition for homeowners. Establishes vocabulary used throughout the course.

Lesson 4 • Hubs, Controllers, and Gateways

Explains the role of central controllers in unifying multi-protocol devices. Covers hub-based versus cloud-based architectures.

Lesson 1 • Low-Voltage Wiring Safety

Addresses safety considerations specific to low-voltage data and control wiring. Bridges electrical safety knowledge to the data cabling used in smart systems.

Lesson 2 • Residential Panel and Circuit Identification

Teaches students to read a service panel, identify breakers, and trace circuits. Accurate circuit identification prevents overloads and miswiring.

Lesson 3 • Personal Protective Equipment and Lockout

Covers required PPE and lockout/tagout procedures for residential electrical work. Directly reduces risk of shock and arc flash during installations.

Lesson 4 • Wiring Standards and Permit Requirements

Summarises residential wiring standards and when permits are required for smart device work. Ensures students operate within legal and safety boundaries.

Lesson 1 • IP Addressing and DHCP Management

Explains static versus dynamic IP assignment and DHCP reservation for smart devices. Stable IP addresses prevent connectivity loss after router reboots.

Lesson 2 • Home Network Architecture Basics

Explains routers, switches, access points, and their roles in a smart home network. Provides the structural understanding needed before configuring any device.

Lesson 3 • Network Segmentation and VLANs

Teaches VLAN creation and IoT network segmentation to isolate smart devices from personal data. Segmentation is a foundational security and performance practice.

Lesson 4 • Wi-Fi Planning and Coverage

Covers site survey techniques, channel selection, and access point placement for full coverage. Poor Wi-Fi is the leading cause of smart device failures.

Lesson 1 • Smart Lighting Product Types

Compares smart bulbs, smart switches, and smart dimmers by use case and wiring requirement. Choosing the right product type prevents costly rework.

Lesson 2 • Creating Scenes and Schedules

Configures lighting scenes, time-based schedules, and sunrise/sunset automation. Scenes and schedules are the primary value-add clients expect from smart lighting.

Lesson 3 • Troubleshooting Lighting Systems

Diagnoses common issues including flickering, unresponsive devices, and pairing failures. Systematic troubleshooting reduces callback visits and client frustration.

Lesson 4 • Pairing and Network Enrolment

Walks through device pairing for Zigbee, Z-Wave, and Wi-Fi lighting products. Correct enrolment ensures reliable control and firmware update delivery.

Lesson 1 • Installing Door, Window, and Motion Sensors

Demonstrates wired and wireless sensor installation, alignment, and tamper protection. Proper sensor placement and alignment are critical for reliable detection.

Lesson 2 • Smart Lock Installation and Access Management

Installs deadbolt and lever smart locks, configures user codes, and sets up remote access. Covers retrofit and new-construction lock types.

Lesson 3 • IP Camera Installation and Configuration

Covers mounting, power options, network enrolment, and video stream configuration for IP cameras. Addresses both PoE wired and wireless camera deployments.

Lesson 4 • Security System Design Principles

Covers zone planning, sensor placement strategy, and camera field-of-view calculations. Good design prevents coverage gaps that undermine system effectiveness.

Lesson 1 • Scheduling, Geofencing, and Occupancy

Configures time-based schedules, geofencing triggers, and occupancy sensor integration for automated comfort. Automation reduces energy waste without sacrificing comfort.

Lesson 2 • Smart Thermostat Installation

Provides wiring, mounting, and commissioning steps for leading smart thermostat platforms. Correct wiring prevents equipment damage and ensures full feature availability.

Lesson 3 • HVAC System Types and Compatibility

Identifies common HVAC configurations and their smart thermostat compatibility requirements. Compatibility errors are the most frequent cause of thermostat installation failures.

Lesson 4 • Energy Monitoring and Reporting

Installs whole-home energy monitors and configures dashboards to track consumption by circuit. Data-driven reporting helps clients identify savings opportunities.

Lesson 1 • Platform-Based Automation Builders

Demonstrates automation creation in major smart home platforms using visual rule builders. Platform-native tools are the fastest path to reliable client-ready automations.

Lesson 2 • Automation Logic and Trigger Types

Explains triggers, conditions, and actions as the building blocks of any automation rule. Understanding logic structure prevents conflicting or runaway automations.

Lesson 3 • Advanced Automation with Local Controllers

Introduces local automation controllers for offline-capable, low-latency rule execution. Local processing eliminates cloud dependency and improves system reliability.

Lesson 4 • Whole-Home Scene Design

Designs multi-device scenes such as Good Morning, Movie Night, and Away that span all subsystems. Well-designed scenes are the primary measure of client satisfaction.

Lesson 1 • Client Training and User Onboarding

Delivers hands-on client training covering daily use, app navigation, and basic troubleshooting. Confident clients generate referrals and reduce unnecessary support calls.

Lesson 2 • Remote Access and Support Setup

Configures remote access tools that allow the installer to diagnose and resolve issues without a site visit. Remote support capability reduces service costs and response time.

Lesson 3 • Pre-Commissioning Checklist and Testing

Defines a systematic checklist for verifying every device, connection, and automation before client walkthrough. Structured testing prevents embarrassing failures during handover.

Lesson 4 • Warranty, Service Agreements, and Escalation

Defines service agreement structures, warranty terms, and escalation paths for hardware failures. Clear agreements protect both the installer and the client after handover.