Today, smart buildings have become the cornerstone of digital transformation in the property and construction sectors, thanks to the growing demand for more efficient and sustainable environments. With the Course: Creating a Smart Building – Infrastructure Deployment. You’ll be immersed in the fascinating world of IoT devices, controllers and communication networks, exploring the unique opportunities offered by 5G. You’ll learn how to deploy and manage hardware infrastructure, whether in the cloud or on-premises, developing key skills to lead innovative projects in a booming job market. This course will place you at the forefront of a high-demand sector, enabling you to be part of a technological revolution that is redefining the spaces in which we live and work. Join us and become an expert in creating smart buildings.
Creating a Smart Building. Deployment of the Infrastructure
Architecture, construction and urban planning
40 hours
Introduction
Objectives
- Identify IoT devices and their applications in a smart building.
- Analyse controllers for the efficient management of resources.
- To explore 5G communication networks and their impact on smart buildings.
- Design hardware infrastructure tailored to specific requirements.
- Assess cloud and on-premises options for data storage.
- Implement IoT solutions to optimise energy consumption.
- Compare communication technologies to improve connectivity.
Table of Contents
TEACHING UNIT 1. IoT DEVICES
Lighting equipment (light sources, light fittings, sockets, switches, etc.)
Devices for HVAC (heating, air conditioning and ventilation) systems
Security devices (access control, people counters, smart lockers, smart parking, etc.)
Fire prevention and suppression systems. CCTV system
Telecommunications systems (data network, voice network, video, IPTV and digital signage)
TEACHING UNIT 2. CONTROLLERS
Sensors, nodes, collectors and gateways
Systems based on wSAN (Wireless Sensor and Actuator Networks)
Interconnection of networks via IP
Internet Protocol (IPv6)
Web services and applications for smart systems
TEACHING UNIT 3. FIXED AND MOBILE COMMUNICATION NETWORKS. THE EDUCATIONAL OPPORTUNITIES BEHIND 5G
Key concepts in fixed and mobile communications networks
Guided transmission media
Short-range, low-power networks
Low-power wide-area networks
What is 5G? The educational opportunities offered by 5G
TEACHING UNIT 4. HARDWARE INFRASTRUCTURE. CLOUD AND ON-PREMISES OPTIONS
Hardware infrastructure
Integration with the Building Management System (BMS)
Cloud and On-Premises Options
Integration platform. Open-source, proprietary and hybrid options
Web portals and mobile apps designed with building users in mind