  A procedure is developed for using Soft Collinear Effective Theory (SCET) to
generate fully exclusive events, which can then be compared to data from
collider experiments. We show that SCET smoothly interpolates between QCD for
hard emissions, and the parton shower for soft emissions, while resumming all
large logarithms. In SCET, logarithms are resummed using the renormalization
group, instead of classical Sudakov factors, so subleading logarithms can be
resummed as well. In addition, all loop effects of QCD can be reproduced in
SCET, which allows the effective theory to incorporate next-to-leading and
higher-order effects. We also show through SCET that in the soft/collinear
limit, successive branchings factorize, a fact which is essential to parton
showers, and that the splitting functions of QCD are reproduced. Finally,
combining these results, we present a example of an algorithm that incorporates
the SCET results into an event generator which is systematically improvable.
