KNX Course Curriculum | 4-Day Training Syllabus

Training Roadmap

Your 4-Day Training Journey

A carefully designed curriculum starting with foundational theory online and concluding with advanced practical programming offline.

Online Theory

KNX Fundamentals

Day 01

Introduction to KNX Association & Standards
Building automation fundamentals & benefits
KNX communication principles
KNX bus system architecture & design
System overview & transmission media
KNX Topology (Lines, Areas, Backbone structure)

Online Theory

KNX System & ETS

Day 02

Individual addresses vs Group addresses
Telegram structure & transmission timing
KNX RF & Bus Device Components
Understanding KNX Datatypes (DPT) & group communication
KNX Cable Specifications & Bus Wiring Rules
Practical Installation: Do's and Don'ts

Offline Practical

Hands-On Programming

Day 03

Introduction to ETS (Engineering Tool Software)
Project structure creation & database setup
Device configuration concepts
KNX hardware connections & loop wiring
Assigning individual physical addresses
Configuring switch actuators, push buttons & lighting mapping

Offline Practical

Implementation & Cert

Day 04

Advanced dimming actuator programming
Blind & shutter motor integration
Diagnostics, bus monitoring & troubleshooting
Commissioning workflows & report generation
Official KNX Basic Practical Assessment
Official KNX Basic Certification

Learn the Fundamentals Online

2 Days Theory

Master the core architecture and theoretical pillars of building automation. Learn KNX concepts, topology, and ETS software rules through engaging, instructor-led virtual classrooms.

Interactive live webinars with Q&A sessions
Official digital KNX training material provided
ETS project design preparations and topology layouts

Build Real Systems Offline

2 Days Practical

Interact directly with industrial automation hardware. Configure, wire, program, and debug actual KNX installations inside our state-of-the-art training lab environment.

Hands-on training panels with multi-vendor devices
Device programming using professional ETS software licenses
Real-world diagnosis and fault-finding scenarios

Course Curriculum