  Energy levels, wavelengths, magnetic-dipole and electric-quadrupole
transition rates between the low-lying states are evaluated for W$^{51+}$ to
W$^{54+}$ ions with $3d^n$ (n = 2 to 5) electronic configurations using an
approach combining configuration interaction with linearized coupled-cluster
single-double method. The QED corrections are directly incorporated into the
calculations and their effect is studied in detail. Uncertainties of the
calculations are discussed. This first study of such highly charged ions with
the present method opens the way for future applications allowing an accurate
prediction of properties for a very wide range of highly charged ions aimed at
providing precision benchmarks for various applications.
