Guided by the current "Double Reduction" policy, the big data-driven precision teaching platform emerges as an innovative educational tool designed to leverage advanced big data analytics in real time—enabling continuous monitoring and analysis of students' learning habits, progress, and outcomes.

A zero-carbon smart park refers to a development model that systematically integrates advanced technologies such as 5G, IoT, artificial intelligence, and digital twins throughout the park’s planning, construction, management, and operations. It embodies the principles of "carbon neutrality" and "digitalization," driving the park to maximize the use of renewable energy and implement energy-saving and carbon-reduction measures. Ultimately, the goal is to achieve a self-balanced carbon cycle within the park—where internal emissions are offset by natural or engineered carbon-absorption processes—while fostering deep integration among production, ecology, and daily life.

In an era of the knowledge economy, characterized by intensifying market competition and rapid technological advancements, competition among businesses has increasingly shifted to a battle for talent. Yet, companies face challenges such as slow employee growth, significant skill disparities, and a shortage of versatile, multi-skilled professionals. These issues—along with difficulties in digital transformation, the lack of standardized performance evaluation systems, and ongoing hurdles in nurturing and retaining top talent—have become major obstacles hindering organizations from achieving high-quality talent development.