  Most extensions of the Standard Model lepton sector predict large lepton
flavor violating rates. Given the promising experimental perspectives for
lepton flavor violation in the next few years, this generic expectation might
offer a powerful indirect probe to look for new physics. In this review we will
cover several aspects of lepton flavor violation in supersymmetric models
beyond the Minimal Supersymmetric Standard Model. In particular, we will
concentrate on three different scenarios: high-scale and low-scale seesaw
models as well as models with R-parity violation. We will see that in some
cases the LFV phenomenology can have characteristic features for specific
scenarios, implying that dedicated studies must be performed in order to
correctly understand the phenomenology in non-minimal supersymmetric models.
