Empathy-Driven Ergonomic Design in Autonomous Aerial Rescue Systems for Smart Health Applications
Year: 2025
Type: article
Abstract: Empathy-driven design emphasizes the significance of comprehending and prioritizing the needs, preferences, and emotions of users during the engineering and development process. By employing human-centered approaches, engineers can create products that not only function effectively but also enhance user experience and satisfaction. In the context of Autonomous Aerial Rescue Vehicles (AARVs), this approach becomes particularly crucial, as the vehicle's design must accommodate a diverse group of users, including medical personnel, patients, and rescue teams in high-pressure, emergency situations. The incorporation of ergonomics is fundamental to ensuring that both patients and medical staff experience comfort and safety during transit. For patients, this entails designing vehicles that minimize physical strain, accommodate various body types, and ensure stability during flight. Medical personnel must also have access to essential medical tools and equipment without being impeded by confined or awkward spaces, as they need to operate efficiently during emergencies. Alongside ergonomics, psychological dynamics play an equally significant role. In stressful, high-stakes situations, the design of the AARV must consider the psychological comfort of patients and crew, aiming to mitigate anxiety and stress. This could include features such as calming lighting, noise reduction, and optimized seating for patient stability. This paper examines how empathy-driven design can foster these considerations, providing practical guidelines to ensure that AARVs are not only operationally effective but also user-friendly and adaptable to the needs of both patients and medical teams, ultimately enhancing their acceptance and effectiveness in real-world emergencies.
Authors: Abhishek M. Bangre, Kanwaljit Khas, Rupesh Surwade, Mohammad Arif Kamal
Institutions: Lovely Professional University, Aligarh Muslim University
Language: English
Topic: Ergonomics and Human Factors
Subfield: Biomedical Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: diamond
OpenAlex ID: W4414620764
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