With the rapid advancement of technology, digitalization and intelligence have become important trends in the development of various industries. The construction industry is no exception, especially in the field of membrane structure buildings. Membrane structure buildings, with their unique appearance and flexible functionality, have already been widely applied globally. However, how to further optimize the design, construction, and operation of membrane structure buildings to meet increasing demands and improve efficiency is a major challenge facing the construction industry. The development of digital and intelligent technology provides new possibilities for solving these problems.

Firstly, digital design is an important direction for the development of membrane structure buildings. By using advanced computer-aided design (CAD) software and numerical simulation technology, designers can predict and simulate the form, performance, and safety of membrane structure buildings more accurately. This not only improves design efficiency and accuracy but also identifies and resolves potential issues in the early stages, reducing later modifications and rework.

Secondly, intelligent construction refers to the automation, precision, and remote management of the construction process through the use of the Internet of Things, big data, and artificial intelligence. In the construction of membrane structure buildings, intelligent technology can be applied to automated production, installation, and commissioning. For example, automated equipment can be used for the assembly and welding of steel frames, greatly improving construction efficiency and quality. In addition, through the use of the Internet of Things technology, real-time monitoring and data collection of construction sites can be carried out to achieve remote construction guidance and problem-solving, thus improving construction safety and quality.

Thirdly, intelligent operation means the autonomous and intelligent operation and management of buildings through sensors, big data, and artificial intelligence. In membrane structure buildings, intelligent technology can be applied to energy management, environmental monitoring, and maintenance. For example, sensors can be used to monitor and adjust building temperature, humidity, lighting in real-time, realizing efficient energy utilization and comfortable environmental control. In addition, through big data technology, the use of buildings can be counted and analyzed to provide data support and optimization solutions for maintenance.

However, despite the significant potential of digital and intelligent technologies to transform membrane structure buildings, there are also challenges. For example, how to ensure the accuracy and safety of digital design; how to achieve reliable and efficient intelligent construction; how to protect data security and privacy in intelligent operations; and how to address the cost of digital and intelligent technologies are all considerations.

Looking ahead, as technology continues to advance and innovate, it is reasonable to expect that digital and intelligent development will play an increasingly important role in the future development of membrane structure buildings. Digital design and intelligent construction can significantly improve efficiency and quality; intelligent operation management can enhance user experience and maintenance efficiency. At the same time, we also need to focus on the sustainable development of digital and intelligent technology in order to minimize any negative impact on the environment and society.

In summary, the digital and intelligent development of membrane structure buildings represents an important trend in the future. Digital design and intelligent construction can improve efficiency and quality; intelligent operation management can enhance user experience and maintenance efficiency. However, we also need to address the sustainable development challenges facing digital and intelligent technologies.