  A recent CMS search for the right handed gauge boson $W_R$ reports an
interesting deviation from the Standard Model. The search has been conducted in
the $eejj$ channel and has shown a 2.8$\sigma$ excess around $m_{eejj} \sim 2$
TeV. In this work, we explain the reported CMS excess with R-parity violating
supersymmetry (SUSY). We consider resonant selectron and sneutrino production,
followed by the three body decays of the neutralino and chargino via an
$\mathcal{R}-$parity violating coupling. We fit the excess for slepton masses
around 2 TeV. The scenario can further be tested in neutrinoless double beta
decay ($0\nu \beta \beta$) experiments. GERDA Phase-II will probe a significant
portion of the good-fit parameter space.
