AI-Driven Stewardship: Automating Identification of Prescription Errors

The rapid convergence of scientific disciplines and technological
domains has redefined the landscape of modern research and
innovation. Frontiers in Integrated Science and Technological
Innovation is conceived as a comprehensive volume that captures
this multidisciplinary evolution, bringing together diverse yet
interconnected studies spanning materials science, mechanical
engineering, energy systems, healthcare, social sciences, and
environmental sustainability.
This book opens with an exploration of advanced materials,
highlighting recent developments in polyester composites with a
focus on their mechanical and tribological behavior. Such studies
underline the growing importance of engineered materials in
enhancing durability and performance across industrial
applications. Complementing this, investigations into perovskite
nanoparticles and D-Phenylglycinium derivatives provide deep
insights into structural, morphological, optical, and nonlinear optical
properties, emphasizing their potential in next-generation
optoelectronic devices.
The volume also bridges technology with societal dimensions. The
analysis of multi-generational workforce dynamics in Chennai city
offers a timely perspective on organizational behavior, workplace
diversity, and the challenges faced by young professionals in a
rapidly evolving economic environment. This inclusion reinforces the
idea that technological progress must be understood alongside
human and social factors. Healthcare advancements form another critical pillar of this
collection. The discussion on recent strategies for managing Chronic
Obstructive Pulmonary Disease (COPD) reflects the integration of
medical research with technological interventions, aiming to
improve patient outcomes and quality of life. Such contributions
demonstrate the vital role of interdisciplinary approaches in
addressing complex health challenges.
Engineering innovation is further showcased through studies on
surface engineering and coating technologies for tool steels, as well
as
automotive safety systems like rear collision warning
mechanisms. The structural integrity analysis of electric vehicle
battery enclosures under impact conditions underscores the
urgency of developing safe and reliable solutions in the transition
toward sustainable mobility.
Energy and environmental sustainability are central themes woven
throughout the book. Reviews on vegetable oil-based fuels and
biofuels highlight alternative energy pathways for reducing
emissions in compression ignition engines. These discussions are
complemented by a broader examination of sustainability and
environmental chemistry, focusing on principles, processes, and
remediation strategies essential for addressing global ecological
concerns.
Collectively, the chapters in this volume reflect a unifying vision: that
innovation thrives at the intersection of disciplines. By integrating
theoretical
insights,
experimental research, and applied
technologies, this book aims to serve as a valuable resource for
researchers, academicians, and industry professionals seeking to navigate and contribute to the evolving frontiers of science and
technology.