📌 用水管理 Water Usage Management 建置水資源基礎資料盤點機制，整合校園建築與設施之用水數據，推動節水設備改善計畫，如更換省水馬桶、水龍頭與灑水系統等，以有效減少日常耗水量。
Establishing baseline water inventory mechanisms, integrating water consumption data across campus buildings, and promoting water-saving hardware retrofits (e.g., dual-flush toilets, water-efficient faucets, and smart irrigation) to reduce daily consumption.

📌 水資源利用 Water Resource Utilization 完成校園主要建築與設施之雨水回收系統建置，並擴大中水系統用於灌溉、清潔與沖廁用途。
Completing rainwater harvesting systems across key campus buildings, and expanding reclaimed water systems for landscape irrigation, campus cleaning, and toilet flushing.

📌 韌性藍帶校園 Resilient Blue-Green Campus 依循氣候變遷調適策略，發展具多功能性的韌性藍帶空間（如調節池、生態濕地、透水綠帶等），兼具防洪、蓄水與生態教育功能。
Developing multifunctional resilient blue-green infrastructure (detention ponds, ecological wetlands, permeable green belts) aligned with climate adaptation strategies to serve flood mitigation, water retention, and eco-education.

📌 碳排管理 Emissions Control 完成溫室氣體盤查範疇一、二、三之資料蒐集與分析，並取得相關認證。已於 2025 年完成範疇三（供應鏈與間接排放）之 ISO 14064-1：2018 國際標準外部查驗認證。聚焦於降低空調系統之耗能，並同步推動智慧校園節能監控系統建置，提升能源使用效率與碳排控制能力。
Completed Scope 1, 2, and 3 GHG inventory data collection, achieving ISO 14064-1:2018 third-party verification for Scope 3 in 2025. Focusing on HVAC energy reduction and deploying smart campus monitoring systems to optimize energy efficiency and carbon management.

📌 森林固碳 Forest Carbon Sequestration 擴增校園綠地與林地面積，強化生態結構，提升碳吸存功能。推動林地管理計畫，進行林相更新與病蟲害防治，確保林地健康與永續性。建立校園樹木碳吸存量資料庫，系統化紀錄各樹種吸碳能力，作為固碳效益評估之依據。
Expanding campus green spaces and woodland areas to enhance carbon sequestration. Executing woodland management plans, forest stand renewal, and pest control. Establishing a campus tree carbon storage database to systematically evaluate sequestration benefits.

📌 淨零碳排 Net-Zero Emissions 訂定明確路徑與行動方案，目標於 2050 年實現範疇一與範疇二溫室氣體排放量的「淨零排放」。持續導入再生能源、提升建築能效與落實循環經濟理念，邁向淨零校園之願景。
Formulating clear pathways and action plans to achieve Net-Zero GHG emissions for Scope 1 & 2 by 2050. Continuously introducing renewable energy, improving building energy performance, and implementing circular economy principles.

📌 電力節約 Power Conservation 透過汰換老舊高耗能設備、建置用電監控系統與落實節能行為，使校園整體用電量與電費逐年下降，成效顯著。強化建築能效設計與營運效率，提升建築物能源使用表現。
Replacing outdated high-energy equipment, establishing power monitoring systems, and promoting energy-saving behaviors to consistently reduce campus electricity consumption and costs. Enhancing building energy efficiency design and operational performance.

📌 再生能源 Renewable Energy 因應校園能源使用現況與未來發展需求，積極推動智慧能源管理與再生能源建置，強化校園能源韌性、提升用電效率，並逐步提高能源自主管理能力。
Promoting smart energy management and renewable energy installations based on campus energy demands, strengthening energy resilience, power efficiency, and energy self-sufficiency.

📌 智慧電網 Smart Grid 持續精進校園用電管理與節能措施，逐步掌握各棟建築及重要設施之用電情形，並結合現有設備與管理作為，提升用電管理效率與能源使用效益，朝節能減碳與永續校園目標穩健推進。
Continuously refining campus power management and conservation measures, monitoring building-level power dynamics, and integrating IoT infrastructure to advance toward a sustainable smart campus.