Open Access

Articles

Article ID: 276

Research on the Pathways for Balancing Academics and Training for College Athletes under the Integration of Sports and Education

by Hailin Zhang

Educational Innovation Research and Exploration, Vol.2, No.1, 2026;

Abstract: Using literature review and logical analysis, this study systematically dissects the multidimensional challenges faced by college student-athletes in balancing academics and training. It explores the dilemmas and breakthrough pathways for achieving balanced development in both areas under the framework of sports-education integration. Findings reveal four primary constraints—institutional rigidity, fragmented management, resource scarcity, and cultural conflicts—that severely hinder the holistic development of college student-athletes. The study proposes a three-pronged approach to establish a “tripartite” support system for academic-training balance:implementing flexible and personalized institutional reforms, developing an integrated “academic-training” collaborative management platform, and providing precision academic support alongside scientific training safeguards. Conclusions indicate that resolving this imbalance requires coordinated reforms in institutional frameworks, management practices, and resource allocation to build a flexible support system centered on students’ holistic development.

Open Access

Articles

Article ID: 275

Artificial Intelligence in Precision Pharmacotherapy: Clinical Applications, Opportunities, and Challenges

by Duoduo Mou

Educational Innovation Research and Exploration, Vol.2, No.1, 2026;

Abstract: Artificial intelligence is emerging as a key enabler of precision pharmacotherapy by improving individualized drug selection,therapeutic monitoring, and dose optimization. Machine learning models integrate clinical, molecular, pharmacokinetic, and longitudinal data to characterize interpatient variability and anticipate therapeutic response. Clinical applications include prediction of benefit and toxicity, pharmacogenomic interpretation, therapeutic drug monitoring, and adaptive dosing. These opportunities align with priorities to reduce adverse events, enhance treatment efficiency, and personalize therapeutic trajectories. However, challenges remain in validation,generalizability, interpretability, regulation, and workflow integration. Translational progress will depend on hybrid approaches that combine pharmacological knowledge with data-driven inference, interpretable decision support, and uncertainty-aware prediction. Future development may expand closed-loop exposure control, multi omics integration, virtual physiological models, and model informed trial design. Artificial intelligence has potential to reshape individualized therapy by making response more predictable, dosing more adaptive, and clinical reasoning more anticipatory.

Open Access

Articles

Article ID: 274

Integrating Augmented Reality into University Teaching: Enhancing Cognitive Engagement and Learning Effectiveness

by Duoduo Mou

Educational Innovation Research and Exploration, Vol.2, No.1, 2026;

Abstract: Augmented reality (AR) offers new opportunities for teaching innovation in higher education by integrating visual, interactive, and situated forms of cognitive engagement. This study examines the instructional value of AR in university teaching from the perspectives of learning motivation, cognitive participation, and learning effectiveness. Drawing on recent research and classroom applications, the paper analyzes how AR enhances visualization, strengthens experiential learning, and promotes higherorder thinking. It further discusses instructional strategies for integrating AR into curriculum design, classroom interaction, and assessment. The findings indicate that AR-supported teaching can meaningfully improve students’ engagement and conceptual understanding, while simultaneously presenting challenges in technological readiness, instructional design, and faculty development. This paper contributes to ongoing discussions on educational innovation by demonstrating how AR can support pedagogical reform and improve the quality of university teaching.

Open Access

Articles

Article ID: 173

Collaborative Education Between Ideological and Political Education and Student Management in Higher Vocational Institutions

by Di Zhuang

Educational Innovation Research and Exploration, Vol.2, No.1, 2026;

The integration of ideological and political education with student management in higher vocational institutions represents a crucial strategy for implementing the fundamental task of fostering virtue and cultivating talents. This study examines the theoretical foundations, practical challenges, and innovative pathways for collaborative education between these two domains. The research identiffes that the organic synergy between ideological-political education and student management can signiffcantly enhance the quality of talent cultivation in vocational education.Furthermore, digital transformation serves as a powerful catalyst for innovation, enabling precise education and personalized services through intelligent management platforms.

Open Access

Articles

Article ID: 174

Differentiated Instruction in Junior High School Mathematics Teaching

by Han Wang

Educational Innovation Research and Exploration, Vol.2, No.1, 2026;

Junior high school mathematics is a foundational subject that lays the groundwork for students’ logical thinking and problem-solving abilities. However, the inherent differences in students’ cognitive levels, learning paces, and mathematical literacy pose signiffcant challenges to traditional “one-size-ffts-all” teaching models. Differentiated instruction, rooted in educational equity and individualized development, has emerged as a promising approach to address these challenges. This paper explores the theoretical underpinnings and core connotations of differentiated instruction, analyzes its practical implementation paths in junior high school mathematics teaching (including pre-class student grouping, in-class content and method differentiation, and after-class homework and tutoring stratiffcation), discusses its inherent advantages and practical challenges, and proposes targeted optimization strategies. The research aims to provide theoretical reference and practical guidance for improving the effectiveness of junior high school mathematics teaching and promoting the all-round development of students at different levels.

Open Access

Articles

Article ID: 175

Elementary School English Teaching: Integrating Language Development with Cognitive Growth

by Zhaoyong Guan

Educational Innovation Research and Exploration, Vol.2, No.1, 2026;

The integration of language acquisition with cognitive development in elementary school English teaching represents a crucial approach for cultivating well-rounded competencies in students. This study examines the theoretical foundations, practical challenges, and innovative strategies for effectively merging language learning with thinking skills development in primary English classrooms. The research identiffes that the organic integration of language abilities and thinking skills can signiffcantly enhance the quality of English education.Drawing on practical cases from various elementary schools and contemporary teaching materials, this paper proposes a systematic innovation framework comprising dialogic teaching, picture book pedagogy, grammatical instruction, and reading literacy development. The theme-based dialogic teaching approach emerges as an effective method for engaging students in meaningful language practice while developing their cognitive abilities.