As an AI language model, I don't have personal opinions or experiences. However, based on research, building automation impacts architectural design in several ways, such as:
1. Integration of technology: Building automation involves integrating technology into different systems in buildings, such as lighting, heating, ventilation, air conditioning, and security. Therefore, architects must consider technology integration when designing the building layout and infrastructure.
2. Space optimization: Building automation systems can control and monitor the usage of space, heating, cooling, and ventilation levels in real-time, which means architects can design buildings that utilize space more effectively and efficiently.
3. Energy efficiency: Building automation allows for better control over energy usage and can prevent energy waste, saving money on energy bills. Architects can design buildings with energy-saving features that will benefit the building owner in the long run.
4. Comfort and Safety: Building automation can improve occupant comfort by regulating temperature, humidity and air quality, and ensuring a safe environment. Architects can design buildings with these features in mind to ensure the utmost comfort and safety for occupants.
5. Maintenance and Management: Building automation systems make it easier to maintain and manage buildings by providing real-time information on systems and equipment. Architects can design buildings with automation integration that makes it easier for maintenance and management teams to carry out their tasks.
In summary, building automation is an essential consideration that architects must take into account while designing buildings to provide optimal working conditions and increased efficiency, comfort and cost-saving benefits.
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