Technology-Driven Ergonomic Solutions for Multipurpose Workstation Optimization

This study explores technology-driven ergonomic solutions for enhancing multipurpose workstations, grounded on the Technology Acceptance Model (TAM) as the theoretical framework. The growing integration of technology in workplaces and the demand for flexible workstation designs highlight the need for setups that are both ergonomic and adaptable to digital tools. The research investigates user responses to ergonomic innovations incorporated into workstation prototypes and evaluates their impact on comfort, efficiency, and productivity. Using a descriptive study design, data were gathered from participants exposed to technology-enhanced workstation models. Findings revealed that users generally perceived the workstation as functional, adaptable, and effective in reducing strain. These positive responses were consistent across different age groups and professions, underscoring the versatility of the design. Participants highlighted its ability to support diverse tasks, accommodate varying physical needs, and seamlessly integrate with digital workspaces. Descriptive statistical analysis further emphasized recurring positive patterns, suggesting that ergonomic and technological elements significantly influence workplace improvements. The study thus provides empirical evidence that the convergence of ergonomics and technology enhances work efficiency and user well-being. Beyond immediate outcomes, the results contribute to organizational decision-making, design innovation, and workplace training. The research extends existing knowledge on workplace ergonomics and technology adoption by offering practical insights into how employees engage with adaptive, multifunctional setups. Ultimately, it underscores the significance of technology-driven ergonomic solutions in creating sustainable, worker-centered, and future-ready environments that meet the evolving demands of the contemporary workforce.