This course provides students with a comprehensive understanding of chemical defense equipment and battlefield information systems within modern military operations. The first section introduces the structure and application of chemical defense equipment fitting systems, covering equipment detection, personal protective evaluation, operational workflow design, and mission-based applications. Students learn essential protection strategies related to chemical, biological, radiological, and nuclear (CBRN) threats. The second part focuses on the concept of physiological battle decision-support systems, including physiological load monitoring, wearable sensor data interpretation, combat performance prediction, and decision-support modeling. These concepts equip students with the ability to apply data-driven tools to enhance safety and mission efficiency in high-risk environments. The final section explores future battlefield information system integration, such as cross-platform data synchronization, real-time monitoring, AI-assisted recognition, and battlefield visualization technologies, and discusses their impact on command, logistics, and tactical planning. Overall, the course highlights interdisciplinary integration, applied technology, and practical implementation, enabling students to understand both current trends and future directions of military technology.

Implemented by Department of Exercise and Health Sciences
Date: 2025/09/22