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Elements and Performance Criteria

  1. Investigate appropriate technology for permaculture systems
  2. Research appropriate technology for permaculture systems
  3. Evaluate appropriate technology for permaculture systems
  4. Select appropriate technology for permaculture systems
  5. Communicate appropriate technology for permaculture systems

Range Statement


Performance Evidence

The candidate must be assessed on their ability to integrate and apply the performance requirements of this unit in a workplace setting. Performance must be demonstrated consistently over time and in a suitable range of contexts.

The candidate must provide evidence that they can:

investigate appropriate technologies for permaculture systems

evaluate permaculture systems capabilities in relation to the use of new technologies

evaluate suitability of new technology solutions to the permaculture application

communicate information and options


Knowledge Evidence

The candidate must demonstrate knowledge of:

permaculture principles and ethics

appropriate technologies, such as:

technologies involving solar, wind, wood, biomass and water driven equipment for generating power, performing pumping duties, heating hot water and biochar production

alternative and resource conserving technologies such as rainwater collection, waste water treatment, composting toilets, cooking stoves, cob ovens, space heating and cooling, household appliances, pedal-powered appliances, enterprise plant and equipment

building technology such as natural and resource conserving building materials and techniques including passive solar deign strategies and features

tools and implements employed in gardening and farming operations such as electric fencing, hand vs. power tools, shredders, mulching machines and use of animal power

lifestyle choices and behavioural adjustments to conserve energy and resources to meet sustainability objectives

smaller scale and lower cost solutions such as maintaining and riding a bicycle, using a refillable pen, using a razor with replaceable blades and substituting other non-disposable items where disposables are normally used

low energy devices

ingenuity applied to complex problems to develop simple solutions such as solar powered street lighting

criteria for determining appropriateness of energy and resource conservation technologies

principles of passive solar design, embodied energy and carbon emission reduction

innovations in energy and resource conservation technologies

role of appropriate technology in energy descent planning and greenhouse gas emission reduction

types of appropriate technology systems commonly available and applied to the design of energy and resource conscious houses, farms, offices and community projects

the benefits from combining a number of different appropriate technologies and the limitations of each different technology

design of systems integrating appropriate technologies