A Multidisciplinary Framework for Applied Science Innovation in Engineering Systems

Abstract

Engineering systems in the contemporary technological landscape are characterized by high levels of complexity, uncertainty, and interdependence across multiple domains. Traditional single-discipline approaches are increasingly inadequate for addressing these challenges. This paper proposes a multidisciplinary framework for applied science innovation in engineering systems that integrates principles from applied sciences, engineering design, systems thinking, human factors, and innovation management. The framework emphasizes collaborative knowledge integration, multidisciplinary design optimization, real-time information integration, and human-centered system development across the entire system lifecycle. By combining scientific rigor with practical engineering methodologies, the proposed framework enhances system performance, innovation capacity, and sustainability. The study contributes to both academic research and engineering practice by offering a structured approach to managing complexity and fostering innovation in modern engineering systems.