Just like any civil engineering sub-branches, green engineering, or sustainable engineering should be based on principles that encourage sustainable growth. Engineering creates an interface between the design (i.e., the clue on how to supply a sustainable alternative to a technical difficulty) and implementation and production. In the event of engineering development, engineering stage is connected to virtually every level of technology readiness spectrum. Sustainable engineering principles ought to be considered and implemented early to ensure that technology advancement and scale-up follow the environmentally benign route. It will be tough to turn back to redesign and redo items from later phases! In that sense, the renewable engineering fundamentals should be taken into consideration in decision making for both research and industrial projects as well as in policy making and decisions concerning funding of technological research.
There have been multiple efforts by industrial and academic institutions to invent sustainable engineering principles. All of them fall inside the triangle with Environmental, Social, and Economic aspect as cornerstones of the niche. The overarching goal is to generate a balanced alternative to any technology issue. When an engineering job benefits these three aspects but ignores the others, we have a lopsided system that creates tension, instability, and new problems in the long term.
Here are some of the facets of sustainable methods in technology:
- Considers the entire system in which the item or process will be used
- Considers both specialized and non invasive issues synergistically
- Strives to address the problem for the indefinite future
- Considers the global context
- Acknowledges the need to interact the specialists in other disciplines about the problem
Some of these principles addresses social, environmental, or economic concern. But some others, which are on the sidelines, have connections to two engineering fields and tackle both social and economical, or both environmental and economic issues in some percentage. Those principles placed in the center of the field combine all three elements of sustainability to a particular degree and consequently their implementation could benefit all societal, environmental, and financial analysts. We shouldn’t think about this collection of principles put in stone. Many organizations and sources build on the existing documents and supply their own visions. I invite you to reflect on these aspects and supply your comments for which makes it more complete and much more concrete to our future consideration.
These fundamentals can be seen as tips for a specific technology project. Engineering companies in Australia that specialises in sustainability efforts take a look at a particular instance where the technology solution managed to tackle the need and benefit sustainability, not sacrificing one to another.
The fundamentals of sustainability direct the sustainable layout , the practice of thinking. This stage determines how things are supposed to be created and how they will work over their whole lifecycle. Further down the funnel, the sustainable technology phase deals with specialized implementation of ideas. Sometimes it isn’t a simple process, and some aspects of design might be compromised or changed. When eventually the design and technology paths practically converge, we may have a technology created. Technology provides processes and products. Only then the advantages of new ideas for development and new technology advancements become accessible to society. Here we can identify the part of technology as some type of portal through which the established fundamentals of sustainable design and engineering can affect people’s lifestyle. Because of people’s strong dependence on multiple technology, those has become the factors which can facilitate change in society and can even become tools of misuse and initiation of global tendencies. Sustainability practices in engineering should be carried out with caution, just like any other fields that relates to science, technology and/or has the capacity for destruction.