This study systematically examines the fundamental design elements that enhance player immersion in digital games, responding to evolving gaming demands and increasing societal pursuit of psychological fulfillment. Through comprehensive case analysis of critically acclaimed titles including Elden Ring, Black Myth: Wukong, ASTLIBRA Revision, and Half-Life: Alyx, this research employs case study analysis and literature review methodologies to investigate five core dimensions: multisensory stimulation, spatial mapping, narrative architecture, and hardware technology integration. Theoretically grounded in immersion theory, flow theory, and multimodal interaction frameworks, this study reveals how strategic implementation of coordinated sensory experiences, thoughtful spatial design, compelling narratives, and advanced hardware capabilities collectively contribute to optimal player engagement. The research demonstrates that successful immersion enhancement requires balanced integration across sensory modalities, emphasizing synergistic effects between visual fidelity, environmental audio design, and intuitive interface elements. Key findings indicate that while technological advancement provides the foundation for immersive experiences, strategic orchestration of design elements proves more critical than raw specifications. The study proposes that game development must achieve balanced multisensory integration and dynamically adjust reward mechanisms to address technological limitations and user expectations. These insights offer valuable guidance for industry practitioners and contribute to theoretical understanding of human-computer interaction in gaming contexts.
J. F. Hu (2025) studied this question.