COLLECTION NAME:
Graduate Thesis Collection
Record
Title:
WASD: Wearable Assistive Support Device
Creator:
Rajeshkumar Israni, Arihant
Subject:
Thesis (M.F.A.) -- Industrial Design
Subject:
Savannah College of Art and Design -- Department of Industrial Design
Rights:
Copyright is retained by the authors or artists of items in this collection, or their descendants, as stipulated by United States copyright law.
Abstract:
"This thesis examines the essential connection between human factors, especially ergonomic design, and the performance of esports athletes. It addresses the widespread neck and shoulder pain gamers experience during extended gaming sessions, even when using ergonomic chairs. This discomfort adversely affects posture, productivity, and overall gaming performance, contributing to heightened stress and anxiety. The research seeks tailored ergonomic solutions to improve esports athletes' physical and mental readiness, focusing on the common failure to maintain recommended sitting positions, which often leads to discomfort and fatigue. By analyzing the ergonomic setups of professional players, the constraints faced during league games, and insights from athletes and trainers, the study aims to promote the adoption of proper ergonomic postures for enhanced comfort and performance. The findings suggest that good ergonomics can prevent physical discomfort, reduce injury risk, and create an environment where esports athletes can concentrate better, react more quickly, and reach their peak mental performance, resulting in a more comfortable lifestyle free from pain and fatigue." --Abstract
Keywords: human factors, ergonomic design, esports athletes, neck and shoulder pain, performance, posture, tailored solutions, physical and mental readiness
Keywords: human factors, ergonomic design, esports athletes, neck and shoulder pain, performance, posture, tailored solutions, physical and mental readiness
Publisher:
Savannah, Georgia : Savannah College of Art and Design
Date:
2025-03
Format:
2 online resources: 1 PDF (Thesis, 204 pages, color illustrations) + 1 PDF (Studio component, 79 pages, color illustrations)