Delivery of the SDGs to fruition will call for the competencies and skills of engineers which entails incorporating engineering disciplines and practices with the concept of sustainable design principles developing a new and holistic approach to design that are compliant with the SDGs.In a nut shell, these Sustainable Design Principles incorporate Low-impact materials, Innovation, Energy efficiency, Design for reuse and recycling, ecological impact evaluation for any resource utilized, sustainable design standards and renewable resource.An essential SDG challenge will be to engineer infrastructure with comprehensive access to green sources of energy, clean water and sanitation in a manner that is well planned, managed and maintained to satisfy basic needs for all.
Furthermore, engineering solutions for urban infrastructure centred on sustainable design principles will be central to determining the quality of life for a rapidly growing urban population and the health of the planet as a whole.Be that as it may, beyond the core scheme design, the projects we as Engineers deliver must accomplish more to have a full impact.
Designs ought to be done with a view, for the present, yet in addition for the future as well. This ambition is urgent, as this will guarantee that plans are solid and versatile for tomorrow’s climate, society, innovation and assets, supporting the long term nature of the SDGs. If schemes are designed to the general’ design codes of today, then these designs will only cover for a fraction of the upcoming trends, however not all. At the focal point, planning and designing a future ready, resilient and sustainable society, innovative thinking and an approach which aligns sustainability and corporate social responsibility activities with the SDGs, will guarantee Engineers’ commitment and consistence with the SDG’s. THE 17 SUSTAINABLE DEVELOPMENT GOALS, SDGs169 targets encompassed within the 17 SDGs is a long and ambitious list. At the simplest level, technology, innovation, industrialisation, sound delivery of infrastructure, access to affordable energy, safe water and sanitation can be identified as essential to support delivery of the other targets and goals. These elements represent the core of what engineers do, so just in this by itself, engineers bolster the conveyance of the SDGs.The particular objectives identified with the elimination of hunger and long-term global food security call for an exceptional focus on the sector of engineering research. Investigating and exploring new and sustainable sources of food, innovative farming practices, processing and preservation technologies. Advancing the acknowledgment of Goals 2, 3 and 9The emerging and rapidly developing field of healthcare engineering offers numerous invigorating, expansive and multi-criteria challenges combining the potential of some of the most progressive engineering and technological breakthroughs. Promoting the realisation of Goals 3 and 9 In tackling climate change, the goal is to decouple growth from its environmental footprint and seek engineering solutions that help redesign engineering processes. This about enduring and sorting out systems to make practises resilient to climate change, and enacting radical change to dispense with such eventualities. This entails engineering the motion away from linear consumption and production patterns and creating proactive approaches to manage increasing waste. Practises that include extensive use of renewable energy, energy efficiency and advanced cleaner fossil-fuel technology, as well as recycling, water harvesting, water efficiency and wastewater treatment. Promoting the realisation of Goals 6, 7, 11, 13, 14 and 15.Engineers will need to leverage the existing and widely deployed information sharing technologies and future improvements .These open information data infrastructures are an engineering opportunity to create public accessible data, promoting knowledge sharing and supporting innovation. Such viable, effective and impartial information sharing frameworks will deliver a motivating force for fostering innovation for the present and succeeding generations. Promoting the realisation of Goal 9 and 17These referenced engineering challenges highlight an urgent need for a significant augmentation in engineering capacities in every region of the country through direct engagement with younger generations, and specifically ladies who are altogether under-represented in a dominant part of engineering disciplines. Ensuring full and effective participation and equal opportunities for leadership at all levels.In addition, these challenges clearly necessitate the inclusion of the underlying principles of sustainable development and the related fundamental standards of practical advancement at the core of engineering education. Goal 4, 5 and 17There’s an enormous work to be done to adapt our existing infrastructure to the very substantial climate challenges ahead of us. The solution is conforming to the 17 SDGs as this not only forms part of our duties as Engineers with respect to the community, nation and the world as a whole but it will guarantee the achievement of the goals.