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Biomimicry - Eco-reengineering the Engineer

机译:仿生-工程师的生态再造

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Preparing engineers to understand and manage the many production systems and efficiency tools such as Integrated Management Systems (IMS), Just in Time (JIT) and others. TPS in the context of Lean Production and ‘Flow' was part of the toolset developed by the Toyota Corporation, which pushed them to the forefront of world automotive production. Benchmarking against best practice in the design of production systems and their associated efficiencies usually results in maintaining a competitive position in world-class engineering and design. There is however, an inspirational source of engineering and design best-practice, which is largely ignored and to which most engineers are seldom exposed, particularly in their professional training. Design in nature provides the best possible exemplars in energy efficiency, engineering design, lean production, just in time, and production and supply chain strategies. In the practice of Biomimicry (bionics), energy and design efficiencies can be achieved, which were hitherto scarcely explored. This paper discusses how design and engineering can through biomimicry (‘innovation inspired by nature'), explore a vast pool of inspirational exemplars in design and systems engineering strategies. Providing engineers with the skill-sets to become innovators in the exploration of such strategies and exemplars expose them to benchmarks, which will result in innovative approaches that will inform design efficiency and sustainable engineering solutions. Developing such a desirable skill-set will result in eco-reengineering engineers, in environmental sustainability, eco-design and biomimicry. Intervention strategies are discussed and examples explored with particular reference to biomimicry strategies.
机译:使工程师能够理解和管理许多生产系统和效率工具,例如集成管理系统(IMS),即时(JIT)等。在精益生产和“流程”的背景下,TPS是丰田公司开发的工具集的一部分,该工具集将它们推向了世界汽车生产的最前沿。在生产系统设计及其最佳效率方面对照最佳实践进行基准测试通常会导致在世界一流的工程设计中保持竞争地位。但是,这里有一个鼓舞人心的工程和设计最佳实践资源,而这在很大程度上被忽略了,大多数工程师很少接触到这些资源,尤其是在他们的专业培训中。自然界中的设计在能源效率,工程设计,及时精益生产以及生产和供应链策略方面提供了最好的示例。在仿生学(仿生学)的实践中,可以实现能源和设计效率,而这是迄今为止很少探索的。本文讨论了设计和工程技术如何通过仿生学(“自然界的创新”)如何探索设计和系统工程策略中的大量启发性范例。为工程师提供探索这些策略的创新能力的技能和范例,使他们处于基准之下,这将产生创新的方法,从而为设计效率和可持续工程解决方案提供信息。发展这种理想的技能将导致生态再造工程师,环境可持续性,生态设计和仿生。讨论了干预策略,并特别参考了仿生策略探讨了示例。

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