Abstract：
UNASSIGNED: The increasing prevalence of work-related musculoskeletal disorders (WRMSDs) necessitates a reevaluation of physiotherapy department design. Optimizing these spaces is crucial as they serve as primary settings for preventing and managing WRMSDs, highlighting the need for a forward-thinking approach.
UNASSIGNED: This study aims to outline a vision for future research by identifying key strategies to prevent WRMSDs and enhance operational efficiency in physiotherapy departments.
UNASSIGNED: Ergonomics, workplace safety, and physiotherapy practices formed the basis for this paper in identifying the current challenges and opportunities in departmental design. Expert insights and feedback from healthcare practitioners aiding in the formulation of innovative solutions and recommendations for future research endeavors.
UNASSIGNED: Integration of ergonomic principles, advanced technologies, interdisciplinary collaboration, and proactive safety measures into physiotherapy department design improve working environments for physiotherapists.
UNASSIGNED: Envisioning the future of physiotherapy department design offers promising avenues for improving patient care outcomes and supporting therapist well-being.
UNASSIGNED: This study aims to outline a vision for future research by identifying key strategies to prevent WRMSDs and enhance operational efficiency in physiotherapy departments.
UNASSIGNED: Ergonomics, workplace safety, and physiotherapy practices formed the basis for this paper in identifying the current challenges and opportunities in departmental design. Expert insights and feedback from healthcare practitioners aiding in the formulation of innovative solutions and recommendations for future research endeavors.
UNASSIGNED: Integration of ergonomic principles, advanced technologies, interdisciplinary collaboration, and proactive safety measures into physiotherapy department design improve working environments for physiotherapists.
UNASSIGNED: Envisioning the future of physiotherapy department design offers promising avenues for improving patient care outcomes and supporting therapist well-being.
摘要：
■与工作相关的肌肉骨骼疾病（WRMSD）的患病率越来越高，因此有必要对物理治疗部门的设计进行重新评估。优化这些空间至关重要，因为它们是预防和管理WRMSD的主要设置，强调需要一种前瞻性的方法。
■本研究旨在通过确定预防WRMSD和提高物理治疗部门运营效率的关键策略，勾勒出未来研究的愿景。
■人体工程学，工作场所安全,和物理治疗实践构成了本文确定当前部门设计中的挑战和机遇的基础。专家的见解和来自医疗保健从业人员的反馈，帮助制定创新的解决方案和建议，为未来的研究工作。
■人体工程学原理的集成，先进技术,跨学科合作,并将积极的安全措施纳入物理治疗部门的设计，以改善物理治疗师的工作环境。
■展望物理治疗部门设计的未来，为改善患者护理结果和支持治疗师的福祉提供了有希望的途径。
■本研究旨在通过确定预防WRMSD和提高物理治疗部门运营效率的关键策略，勾勒出未来研究的愿景。
■人体工程学，工作场所安全,和物理治疗实践构成了本文确定当前部门设计中的挑战和机遇的基础。专家的见解和来自医疗保健从业人员的反馈，帮助制定创新的解决方案和建议，为未来的研究工作。
■人体工程学原理的集成，先进技术,跨学科合作,并将积极的安全措施纳入物理治疗部门的设计，以改善物理治疗师的工作环境。
■展望物理治疗部门设计的未来，为改善患者护理结果和支持治疗师的福祉提供了有希望的途径。
