The rapid integration of generative artificial intelligence (GenAI) into higher education has precipitated a critical tension between the pursuit of efficiency and the imperative for deep, transformative learning. While GenAI offers unprecedented speed in knowledge processing, it raises concerns that efficiency-driven motivations may erode the cognitive struggle essential for intellectual growth. This study investigates how Human-GenAI pedagogical partnerships influence transformative learning through the dual cognitive pathways of vigilance and offloading, moderated by efficiency orientation. Employing a rigorous mixed-methods design across three cultural contexts (China, Europe, and the United States, N = 912), we combine structural equation modeling, importance–performance map analysis (IPMA), fuzzy-set qualitative comparative analysis (fsQCA), and semi-structured interviews to unpack these complex dynamics. The findings reveal a counterintuitive paradox: pedagogical partnerships simultaneously activate cognitive vigilance (critical evaluation) and cognitive offloading (strategic delegation). Contrary to traditional assumptions that delegation diminishes learning depth, our results indicate that strategic cognitive offloading—when exceeding specific thresholds—liberates mental resources for higher-order reflection, thereby enhancing transformative learning experiences. Furthermore, efficiency orientation acts not as a barrier but as an amplifier, strengthening both vigilance and offloading behaviors through mechanisms of pragmatic risk management. These findings reconceptualize student-AI dynamics from a zero-sum resource competition to a synergistic collaboration, offering a nuanced framework for educators to integrate GenAI in ways that preserve human agency and foster quality education in the digital age.
Wang et al. (Tue,) studied this question.