Vector Calculus / Differential Equations vs Engineering Mathematics RE: CIV.ENG

[Kardel]

What are the pros and cons of each path in to the 3rd year major subject : ENGR30002 Fluid Mechanics. (major subject for civil systems, through Bachelor of Science).

Is one path easier than the other etc?

Path 1: MAST20009 VECTOR CALCULUS  (semester 1 2013) and then MAST20030 DIFFERENTIAL EQUATIONS (semester 2 2013)

or

Path 2: MAST20029 ENGINEERING MATHEMATICS (semester 1 2013)

[Planck's constant]

What are the pros and cons of each path in to the 3rd year major subject : ENGR30002 Fluid Mechanics. (major subject for civil systems, through Bachelor of Science).

Is one path easier than the other etc?

Path 1: MAST20009 VECTOR CALCULUS  (semester 1 2013) and then MAST20030 DIFFERENTIAL EQUATIONS (semester 2 2013)

or

Path 2: MAST20029 ENGINEERING MATHEMATICS (semester 1 2013)

From the Handbook entries it appears that,

Vector Calculus + Differentials Equations = Engineering Mathematics.

I guess that Path 1 would be easier because you do the same content over 2 semesters. Engineering Maths covers the exact same ground, and perhaps doing Vector Calculus, Laplace & Fourier transforms and Partial Diff. equations all in one semester is stretching it a bit. Engineering Maths is quite challenging and I understand it has a high fail rate.