Robert Stefko – författare

The second volume of this comprehensive set shifts the focus toward innovations and human-centric solutions within the engineering landscape. It explores how technological advancements can be ethically harnessed to address complex social and environmental challenges, fostering long-term economic resilience. This work underscores the significance of human-centric design in creating systems that are not only efficient but also inclusive and ecologically responsible.Covering topics such as agricultural and civil engineering for societal impact including works on animal and plant production within circular agriculture and . It presents how agricultural and civil engineering can—through precision technologies, circular models, and social solutions—realistically improve quality of life, food security, and economic inclusiveness. Humans aspects as the central element of engineering and organizational systems are described with the introduction of advanced technologies. It is also emphasized that the future of aviation, logistics, and supply chains will be determined by the synergy of low emissions, autonomous technologies, green financing, and resilience to climate and geopolitical shocks.

This first volume presents a rigorous exploration of the latest advancements in engineering, specifically focusing on the foundational role of digital transformation in a connected world. It investigates how emerging technologies ranging from intelligent network architectures to advanced digital systems serve as the catalyst for modern industrial evolution. The collection delves into the transformative power of environmental innovation, examining the technical frameworks necessary to navigate global disruptions and economic uncertainty. Focusing on digital transformation, Artificial Intelligence, and smart systems in engineering presents the most advanced integrations of digital technologies with engineering and management processes. A significant part of the work concerned the transformation of the banking and finance sector – both in the context of the role of digital banks in improving service quality and financial inclusion, and the impact of the digital transformation of banks on their financial performance compared to traditional banks. Another important part presents sustainable systems and environmental innovation,  focusing on a multidimensional approach to sustainable development—from consumer perceptions and pro-environmental behaviors, through ESG management in industry, to specific engineering and policy solutions. Extended engineering and technical approach is visible in the section based on the implementation of new materials and mechanical processes for sustainable engineering, as well as skillful quality management and the open and digital innovations.