  We initiate the study of a three dimensional disordered supersymmetric field
theory. Specifically, we consider a $\mathcal{N}=2$ large $N$ Wess-Zumino like
model with cubic superpotential involving couplings drawn from a Gaussian
random ensemble. Taking inspiration from analyses of lower dimensional SYK like
models we demonstrate that the theory flows to a strongly coupled
superconformal fixed point in the infra-red. In particular, we obtain leading
large $N$ spectral data and operator product coefficients at the critical
point. Moreover, the analytic control accorded by the model allows us to
compare our results against those derived in the conformal bootstrap program
and demonstrate consistency with general expectations.
