In the context of globalization, international engineering and trade have become the key factors to promote world economic growth and technological progress. International projects, which cover transnational infrastructure construction, large-scale project implementation and technical cooperation, not only solve the problem of uneven resource allocation, but also promote the rapid development of global technology. Through cooperation on transnational projects, countries can jointly develop new technologies and share practices, thereby improving engineering efficiency and quality.

At the same time, international trade plays a vital role in the global economy. By opening markets, promoting competition and providing resources, it enables countries to find their place in global supply chains. International trade not only helps countries to obtain the resources they need, but also expands the market size and promotes economic growth.

The relationship between international engineering and trade is also getting closer. Engineering projects often rely on international trade to obtain the necessary materials and equipment, and trade often requires engineering projects to achieve the construction and improvement of infrastructure. Such interactions drive further integration of the global economy, enabling countries to better cooperate and compete in global markets.

In general, international engineering and trade cooperation can not only bring economic benefits, but also promote technological innovation and social progress. In the future, with the continuous development of the global economy and the continuous progress of technology, the interaction between the two fields will become more close, and the impact on the global economy will be more far-reaching.

In the context of globalization, international engineering and trade have become the key factors to promote world economic growth and technological progress. International projects, which cover transnational infrastructure construction, large-scale project implementation and technical cooperation, not only solve the problem of uneven resource allocation, but also promote the rapid development of global technology. Through cooperation on transnational projects, countries can jointly develop new technologies and share practices, thereby improving engineering efficiency and quality.

At the same time, international trade plays a vital role in the global economy. By opening markets, promoting competition and providing resources, it enables countries to find their place in global supply chains. International trade not only helps countries to obtain the resources they need, but also expands the market size and promotes economic growth.

The relationship between international engineering and trade is also getting closer. Engineering projects often rely on international trade to obtain the necessary materials and equipment, and trade often requires engineering projects to achieve the construction and improvement of infrastructure. Such interactions drive further integration of the global economy, enabling countries to better cooperate and compete in global markets.

In general, international engineering and trade cooperation can not only bring economic benefits, but also promote technological innovation and social progress. In the future, with the continuous development of the global economy and the continuous progress of technology, the interaction between the two fields will become more close, and the impact on the global economy will be more far-reaching.