Critical evaluation of the lifetime energy inputs to, and outputs from,
using aluminium in its appropriate technological setting

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Write a 2000-word critical evaluation of the lifetime energy inputs to, and outputs from,
using this material in its/their appropriate technological setting. You should also consider
the environmental impact of the (likely) wastes arising from the production and use of the
material(s) including what happens at end-of-life. Social/economic and practical issues
associated with obtaining any raw/other materials for use in manufacture should also be
taken into consideration. Your evaluation should be supported by correctly-cited references
and, where possible, by numerical data for the material(s) you are considering, although we
recognise that the amount of numerical data available may be limited (and approximate).
You should use your evaluation to draw clear conclusions about the benefits and drawbacks
of the materials(s) considered.
Energy material(s) topics:

The use of aluminium alloys in automotive applications

Marking scheme:

Criterion     Looking for     Mark

Argument     A clear and logical argument that is supported by the data     20

presented and which leads to a definite set of conclusions. The

conclusions must be supported by the argument

Critical     Assessment of the limitations in the data presented     10

evaluation

Research     Clear evidence that a number of different sources have been     5

consulted including the formal technical literature as well as

internet data

Structure     A well-structured technical document divided into appropriate     5

sections including a clear introduction and a clear set of

conclusions

Presentation     Clear tables and figures that present relevant information in a     5

clear fashion (“cutting and pasting” images of published tables is

NOT acceptable). Correct referencing.

Writing quality     Clearly written English that readily conveys meaning     5

Total     50

Critical evaluation of the lifetime energy inputs to, and outputs from,
using aluminium in its appropriate technological setting

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