·There are often failures along the way and it is important
to learn from them.
·“All this accumulated experience, success and
failure , is brought together into a standard.”
·Standards are made to critique features of the designs,
the construction methods and the use of safety testing of the product.
·Standards govern the design and construction of
nearly everything that carries any safety implications.
·Standards don’t just apply to products but also
places for example building sites.
·Standards are one way that engineers ensure their knowledge
about a particular product.
·No one knows everything, engineers rely on previous
failures to solve problems.
·Standards are good practice and ensure products are
safe and fit for purpose.
·Authorities hold responsibility for making sure standards
are kept up to date.
·Standards are there to protect the client from bad
engineering.
·Not all standards are enforced some are simply codes
of practice – These set guidelines rather than legal requirements.
·All major engineering countries have their own engineering
standard authority’s.
·Patents provide a means to protect new designs and
allow the inventor to profit from the work.
·There are both national and international
organisations for managing patents.
Scientific
Methods.
·“Much of what engineers understand derives from science, engineering is
often thought of simply as the ‘appliance of science’.”
·Scientific models, despite limitations are extremely
helpful to engineers and allow them to understand the way in which forces interact
and behave in the real world.
3.1 notes continued post activities.
3.1 notes.
Standards and patents.
Scientific Methods.