EnGen Institute specializes in the science of systemic and developmental systems, such as
the architecture of organic and ecological systems, and applies this science to the development
and implementation of sustainable technology to achieve socially and environmentally beneficial
infrastructure systems.
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Systemic systems
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are ‘organic’ wherein a whole incorporates many mutually dependent parts
or ‘organs’ that have functions such as –
- metabolism, circulatory system, digestion, catabolism or
- energy production, transport, materials refinement, construction
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are necessarily complex as they address the total requirements for life-support
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Environmental sustainability
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necessarily requires -
- considering the full life-cycle of all subsystems of the system and
- recycling & regeneration of all subsystems, component & materials
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Developmental systems
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necessarily involve -
- the transformation of information to physical outcomes
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technological developmental systems transform -
- knowledge --> design --> manufacture --> deployment --> operations
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Technology Transfer
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is only completed with -
- social engagement and consent - including environmental approval
- engagement with enterprise and investment
EnGen Institute 1992-2018
I N
S T I T U
T E
TOTAL SUSTAINABILITY
GENERATIVE ENGINEERING OF ENGINEERED ENVIRONMENTS FOR LIFE SUPPORT
THEORY
Systemic Modelling is based on
Nested Cellular System Models
