Designing Industrial Systems with Human Factors Engineering
Keywords:
Human factors, Ergonomics, Manufacturing, Service industries, Industrial design.Abstract
Human Factors Engineering (HFE) represents a pivotal discipline that bridges the gap between technological innovation and human interaction within industrial systems. This review explores the profound significance of integrating HFE principles in designing industrial systems, elucidating its impact, methodologies, challenges, and future prospects. The evolution of HFE has underscored the indispensable role of understanding human cognition, behaviours, and limitations in shaping the design and optimization of industrial systems. Its multidisciplinary approach draws from psychology, ergonomics, engineering, and design to create systems that align seamlessly with human needs and capabilities. The integration of HFE principles in industrial systems design significantly impacts efficiency, safety, and overall performance. By prioritizing usercentric design, HFE minimizes errors, enhances productivity, and fosters a safer working environment. Methodologies within HFE, such as task analysis, user testing, and usability assessments, provide actionable insights for refining designs and optimizing user experiences. Challenges in HFE implementation, including balancing conflicting requirements and adapting to evolving technologies, prompt the need for continuous adaptation and interdisciplinary collaboration. Future prospects for HFE encompass embracing emerging technologies, inclusive design practices, and ethical considerations to shape industrial systems that prioritize user well-being and adaptability.
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