P1 Solve construction problems using
trigonometry techniques
P2 Solve construction problems using
algebraic techniques
P3 Apply statistical methods, including
the calculation of the mean and
standard deviation to produce accurate
and appropriate solutions to
construction engineering problems
P4 Calculate probabilities with both
binomially distributed and normally
distributed random variables
P5 Use differential calculus techniques
to solve functions which incorporate:
ax n , sine ax, cosine ax, log e x, e ax , and
methods including function of a
function
P6 Use integral calculus techniques to
determine indefinite and definite
integrals of functions involving ax n ,
sine ax, cosine ax, 1/x, and e ax .
P7 Apply dimensional analysis to solve
problems
P8 Generalise answers from a
contextualised arithmetic progression
problems





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