Learn to connect the industrial world with intelligent buildings.
Practical courses on automation, equipment integration and energy efficiency for residential and commercial applications.
The technologies used in industrial automation can bring a higher level of efficiency, control and reliability to residential projects as well.
At Smart Tech Innovation, we develop courses for those who want to understand how equipment, technologies and principles from industrial automation can be integrated into houses, apartments and intelligent buildings.
We do not focus on a single manufacturer or a single platform. Our emphasis is on principles, architecture, integration and the practical application of automation systems.
Open courses
Courses currently open for enrolment.
Curs de automatizari industriale
De la controlul proceselor la sisteme industriale inteligente și eficiente.
€300
Enrolment open until Oct 12, 2026
Curs de automatizari rezidentiale
Acest curs intareste cunostintele in integrarea automatizarilor rezidentiale cu echipamente si tehnici industriale
MDL 3,000
Enrolment open until Nov 25, 2026
What you will learn
The courses are designed to bridge automation theory and the real applications found in buildings.
You will learn how to:
- design automation systems for buildings
- integrate industrial equipment into residential applications
- control and automate HVAC systems
- optimize energy consumption according to how the building is used
- automate lighting and create intelligent scenarios
- integrate sensors, actuators, meters and control equipment
- exchange data between devices and systems using communication protocols and technologies
- create control logic adapted to the real needs of the user
- monitor and optimize the operation of a building
- choose the right equipment for the application and the objectives of the project
Industrial automation applied to buildings
A large part of the equipment and principles used in industry can be successfully adapted to building automation.
Controllers, sensors, relays, contactors, frequency inverters, energy meters and other industrial equipment can become components of an intelligent system when they are integrated correctly.
In the courses you will discover how to carry out this integration and, more importantly, when it is worth doing.
We will analyze real situations and system architectures in which industrial equipment helps create more efficient, more flexible and more reliable residential and commercial solutions.
Energy efficiency
An intelligent building has to do more than offer remote control.
It has to know when to consume energy, how much to consume and when not to consume at all.
You will learn how data from sensors and equipment can be used to optimize:
- heating and cooling
- ventilation
- energy generation and use
- lighting
- electrical loads
- electric vehicle charging
- energy use according to photovoltaic production
The goal is to build systems that do not just automate, but also reduce consumption without compromising comfort.
Climate control and comfort
Climate control is one of the most important components of an intelligent building.
In the courses we will cover how different heating, cooling and ventilation systems can be integrated into a unified architecture.
You will learn to build control strategies based on:
- temperature
- humidity
- CO₂
- occupancy
- schedule
- outdoor conditions
- energy consumption
This way the system can make decisions based on the real conditions of the building, not only on manual commands.
Intelligent lighting
Lighting can be much more than a simple ON/OFF system.
We will look at integrating lighting with sensors, automations and scenarios to achieve comfort, energy efficiency and control at the same time.
You will learn how to create solutions for:
- automatic lighting based on occupancy
- dimming the light intensity
- making use of natural light
- lighting scenarios
- schedule-based lighting
- integrating lighting with the other building systems
From components to a complete system
An automation system is more than the sum of its equipment.
In the courses you will learn to look at a project as a complete system, in which sensors, controllers, actuators and equipment communicate and work together.
We will cover the entire process:
- 01Analysis
- 02Design
- 03Equipment selection
- 04Integration
- 05Programming
- 06Testing
- 07Optimization
The emphasis will be on understanding how the system works and on being able to find solutions for real situations.
Who are the courses for?
The courses suit anyone who wants to develop their skills in building automation, whether they come from an electrical, industrial or IT background.
They are a good fit for:
Electricians
who want to move from traditional electrical installations to automation systems.
Automation specialists and engineers
who want to extend their industrial experience into building automation.
Integrators
who want to better understand system architecture and integration.
HVAC and energy specialists
who want to integrate their equipment and systems into an intelligent infrastructure.
Smart Home enthusiasts
who want to move from individual devices to complex, well-designed automation systems.
Theory, practice and real situations
We believe automation is learned best when theory is connected to real applications.
That is why the courses combine fundamental concepts, practical examples, system architectures and scenarios encountered in real projects.
You will not only learn what a particular device does.
You will learn how to think about an automation system.
Build systems that work intelligently
The future of automation does not mean simply more connected devices.
It means systems that communicate with each other, use the available data and make decisions to improve the comfort, efficiency and safety of a building.
Through the Smart Tech Innovation courses, we want to offer a practical foundation for those who want to design and implement such systems.
Learn the principles. Understand the technology. Build solutions.