Building Automation Specialist – BAS Training

Building Automation Specialist – BAS Training Program provides intensive, practical training ideal for recent technical or engineering school graduates, engineers new to the Building Automation & Control System, BMS those who need a refresher in new technologies, and facility managers, sales representatives and others who want to gain a better understanding of electrical power systems fundamentals, equipment and systems.

Building Automation Specialist – BAS Training Program was prepared by a Sustainability Specialist – Krishnaji Pawar

Krishnaji Pawar is the founder and CEO of Beyond Smart Cities. Before being named CEO in January 2020, Krishnaji held leadership roles at Beyond Smart Cities in sustainability, energy, and environmental consulting.

specialises in developing sustainable design strategies for Green Building Certification Systems (LEED, GSAS, etc.), Energy and Water Conservation, Commissioning, Environmental Impact Assessment, and Environmental Management Systems.

Building Automation Specialists (BAS), who are also sometimes referred to as Building Automation Engineers, are the individuals who are in charge of the design, installation, and provision of technical support for Building Automation Systems that are concerned with Environmental Control, Safety, and Security, as well as Communication.
This position is responsible for the system design, wiring, integration, testing, installation, and maintenance of automation systems in buildings. These systems include HVAC (Heating, Ventilation, and Air Conditioning), FAS (Fire Alarm System), ACS (Access Control System), and CCTV (Closed Circuit TV) Systems.

Automation Engineer, Building Management System Engineer, Home Automation Engineer, Diploma Engineer Trainee, KNX Programmer, HVAC Technician, and other similar jobs are examples of typical job roles or positions.

What Should You Learn? 

• Learn how to make energy systems work better and keep them safe.
• Learn the PID algorithms and the basic terms for control.
• Interoperability, IoT, and automation systems.
• Current hardware, technologies, and ways to save energy
• Functions and Programs of the Energy Management System for the BAS
• By automating buildings, we can make them more eco-friendly.
• Building automation is good for the environment.
• The best ways to manage a green building using IOT

KEY TAKEAWAYS

• Work through practical examples to demonstrate the topics and procedures covered.
• Examine the various areas of the body of knowledge—HVAC Systems—from the perspective of the AEE/BEE certification exam.
• Work through practical examples to demonstrate the topics and procedures covered.
• This training programme helps prepare attendees to take the Certified Energy Manager (CEM) exam.
• One of the most well-known certifications in the field of energy management and efficiency Get known in your field and among your peers, add value to your company, and move your career forward.

A building automation system (BAS) provides a single interface for accessing, controlling, and monitoring all connected building systems. Using networked electronic devices, you can obtain centralised control over your building’s systems with BAS technology.

In the past, manual effort was required to fine-tune HVAC, lighting, power, and access control systems. With modern building automation solutions, you can not only integrate these historically separate systems, but you can also gain visibility and control over them from a single perspective. This expedites the decision-making process and saves time.

Another important advantage of building automation is that it resolves the age-old conflict between comfort and efficiency. With vast amounts of new information, you can make informed decisions about how to reduce or eliminate energy waste most effectively.

For instance, if a room is unoccupied, the lighting can be turned off and the HVAC output can be reduced until the occupants return. App-based room controls give residents greater authority over their living spaces upon their return. The result is reduced expenses and increased comfort.

A building automation platform provides a single interface for accessing, controlling, and monitoring all connected building systems. The rise of the Internet of Things (IoT) makes connecting various building automation platforms and devices feasible and affordable, owing to advancements in cloud-based data storage and decreased sensing costs.