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Engineering: issues, challenges and opportunities for development ...

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ENGINEERING: ISSUES CHALLENGES AND OPPORTUNITIES FOR DEVELOPMENTFigure 1: Maslow’s hierarchy of needshostage, impeding progress toward the ultimate goal: optimizingconditions <strong>for</strong> sustained human <strong>development</strong> over anextended period of time.Self-actualizationEsteemLove/belongingSafetyPhysiologicalmorality,creativity,spontaneity, problemsolving, lack of prejudice,acceptance of factsself-esteem, confidence,achievement, respect of others,respect by othersfriendship, family, sexual intimacysecurity of: body, employment, resources,morality, the family, health, propertybreathing, food, water, sex, sleep, homeostasis, excretionIn the past there has been considerable focus on sustainability.Sustainability can be considered as a utopia, a world where thehuman race <strong>and</strong> the environment are in balance. Sustainable<strong>development</strong> is then the process whereby we try <strong>and</strong> get tothis balance point. But this has not been reached to date <strong>and</strong>instead, the world is suffering from poor environmental health,a shortage of resources <strong>and</strong> the sickness of biosystems.Rather than focus on the abstraction ‘sustainability’, weshould shift our attention to securing a happier, more securefuture <strong>for</strong> people. The end needs to become the future successof human society in households, neighbourhoods, communities<strong>and</strong> nations. We must become clearer that from theperspectives of rationality <strong>and</strong> morality, the elements of sustainability:economics, environmental stewardship, <strong>and</strong> civilsociety, can never be considered as legitimate ends in themselves.They are always means towards a preferred future thatcreates greater opportunity <strong>for</strong> more people over a longerperiod of time. Sustainability is both a physical reality <strong>and</strong> apolitical choice.In a resource-constrained world – our world – a unified designapproach is the most rational pathway to long-term valuecreation. Taken seriously, a unified approach requires us toaddress <strong>issues</strong> in depth, in breadth, at their intersections, <strong>and</strong>over time. Behavioural psychologists, sociologists, physicists,anthropologists, economists, <strong>and</strong> public health officials allneed to be engaged in a broader definition of the design <strong>and</strong>engineering.Within this framework, ‘unified design’ becomes the mostrobust way to seize <strong>opportunities</strong>. It also prevents any singleinterest from capturing the idea of design <strong>and</strong> holding itThe challenge <strong>for</strong> the engineering profession is to moveupstream; to recognize the role that engineers should playin planning projects, timescale <strong>issues</strong> <strong>and</strong> budgets. Engineersneed to be seen as more than just technologists. It needs to berecognized that the engineering profession can excel at deliveringintegrated solutions.Sir Ove Arup said that, ‘<strong>Engineering</strong> problems are underdefined,there are many solutions, good, bad <strong>and</strong> indifferent.The art is to arrive at a good solution. This is a creative activity,involving imagination, intuition <strong>and</strong> deliberate choice.’ Engineersneed to be involved in that creative activity.How can engineers help to close the infrastructure gap?Closing the infrastructure gap represents an enormous opportunityto support the <strong>development</strong> of a sustainable builtenvironment that supports individuals <strong>and</strong> communities toreach their full potential. Realizing this opportunity requiresthat the actors involved in the design <strong>and</strong> delivery of infrastructureservices underst<strong>and</strong> how these services will be bothsustainable <strong>and</strong> pro-poor in the local context. It necessitatesan underst<strong>and</strong>ing of the complex inter-relationships betweensustainable <strong>development</strong>, poverty alleviation <strong>and</strong> infrastructureservice provision, as well as appropriate mechanisms <strong>for</strong>engaging local community stakeholders in the design <strong>and</strong>delivery process.The role of engineering in contributing to achieving the MDGscan be considered by:■■■■underst<strong>and</strong>ing the issue/opportunity;agreeing that the issue/opportunity should be addressed<strong>and</strong> is a priority;knowing what to do about the issue/opportunity <strong>and</strong> howit relates to other <strong>issues</strong>/ <strong>opportunities</strong>; <strong>and</strong>choosing to do what we know how to do today <strong>and</strong> improvingon that tomorrow.The most well known needs-based approach is probablyMaslow’s hierarchy of needs, which is often depicted as a pyramidconsisting of five levels. The higher needs in this hierarchyonly come into focus when the lower needs in the pyramidare satisfied. Deficiency needs must be met first. Once theseare met, seeking to satisfy growth needs drives personalgrowth. Once an individual has moved upwards to the nextlevel, needs in the lower level will no longer be prioritized. Ifa lower set of needs is no longer being met, the individual will252

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