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The complexity of atmospheric corrosion, further compounded by the effects of climate change, makes existing models inappropriate for corrosion prediction. The commonly used kinetic model and dose-response functions are restricted in their capacity to represent the non-linear behaviour of corrosion phenomena. The application of artificial intelligence (AI)-driven machine learning algorithms to corrosion data can better represent the corrosion mechanism by considering the dynamic behaviour due to changing climatic conditions. Effective use of materials, coating systems and maintenance strategies can then be made with such a corrosivity model. Accurate corrosion prediction will help to improve climate change resilience of the social, economic and energy infrastructure in line with the UN Sustainable Development Goals (SDGs) 7 (Affordable and Clean Energy), 9 (Industry, Innovation and Infrastructure) and 13 (Climate Action). This chapter discusses atmospheric corrosion prediction in relation to the SDGs and the influence of AI in overcoming the challenges.

Purpose: Discarded electronic products have become one of the major and dangerous waste streams in the world, which is growing at a fast rate and has become a serious topic of concern. ‘E-waste’ has become a substantial waste stream in recent decades due to rapid technological advancements, consumerism, economic development, urbanisation and obsolescence, resulting in shorter product lifecycles. As a result, in recent years, the management and control of electronic waste have been a cause of concern, as it has a detrimental impact on the environment and the humans who deal with it.

Methodology: This doctrinal-analytical paper aims to analyse legislation enacted for the prevention and reuse of e-waste in India and the implementation of the International Convention regarding e-waste, along with the threat e-waste poses against the Sustainable Development goals set by the United Nations to protect the future.

Findings: One option for dealing with the hazard posed by informal ‘electronic waste’ disposal is to enact punishing restrictions that have a deterrent effect on society. As a result, various environmental rules and standards dealing with e-waste have been implemented in India, directly or indirectly. Because punitive measures in ecological laws dealing with electronic trash have not stopped environmental damage, such enactments have failed. By identifying the source of e-waste (polluters), accountability can be charged to them, which will lead to deterrence; moreover, adapting to a more ecologically efficient e-waste management method will also help reduce e-waste hazards.

Quantum computer design is a registration that utilises quantum-mechanical wonder, like superposition and entrapment, used to arrange the assets of a quantum computer. A deliberate layered system can be planned to handle the difficulties, which emerge during the advancement of a quantum figuring. The plan usefulness is isolated into layers where the subsystems are planned in such a manner with the goal that it can investigate the issues freely and measures better between the layers bringing about a superior arrangement. Right now, all adaptable quantum figuring innovations are recommendations and critical advances in assembling necessities needed to carry them to the real world. By and by, a few recommendations have less cumbersome innovative obstacles before them than others. Even though its applications are somewhat limited in the construction industry, steps have been taken towards its implementation across the industry as well as other industries.

Purpose: Progression is an unpreventable reality of presence, and banking is no exclusion. Cash transformers and moneylenders from times gone past are great agents today. Cash held in trust became store taking, and money advancing became credit making; over an extended time, banks transformed into a need, and the occupation of banks, transformed into a critical piece of monetary reality. Banks’ turn of events and headway has been mind-boggling, with the latest frenzy being intuitive media banking. The chapter additionally framed the amazing open doors and dangers for banks because of the presentation of innovations and how banks are making the most of the open doors and endeavouring to cure the risks. The financial area in India is a lifesaver for the country. Indian banks could become the fifth most prominent on earth by 2020 and the third most prominent by 2025.

Methodology: This study has given auxiliary information. Furthermore, it’s gathered from the holding bank of India concerning utilisation by various banks. Which utilised graphic review including mean mode middle.

Finding: After the review, we find that sight, sound, and green banking have become fantastic assets for the baking area. During COVID-19, the utilisation of mixed media expanded in contrast to a year ago.

Significance: The review featured sight and sound and green banking sealed spine in COVID -19 and is utilised expanded after this pandemic.

The ongoing anthropological transformation urges the rethinking of education, underlining the inadequacy of our schools and universities in dealing with hypercomplexity, that is, with the global extension of all political, social, and cultural processes and with their indeterminacy, interdependence, and interconnection. The idea that educational processes are questions of a purely technical/technological nature, solely a problem of skills and know-how, is the “great mistake” of the hypertechnological society, based on the illusion of being able to measure and quantify everything, to eliminate error and unpredictability, and to achieve total control and rationality. It is necessary to rethink education radically because the extraordinary scientific discoveries and the dynamics of the new technologies have completely overturned the complex interaction between biological and cultural evolution, doing away with the borders between the natural and the artificial. Emergence and emergency themselves are structural features of complex systems (living, social, and human systems), rendered hypercomplex through today’s acceleration and virality, regarding not only education and socialization but also the representations and perceptions of all systemic processes. The merging of fields of knowledge and an epistemology of error become essential for the analysis and interpretation of this hypercomplexity and the unpredictability that distinguishes it.