  In this paper, we investigate the transport coefficients, specifically the
bulk ($\zeta $) and shear ($\eta$) viscosity coefficients of hot QCD matter at
finite temperature and vanishing chemical potential. For gluonic plasma, we
consider the Gribov's prescription for the gluon propagator, which has been
proven to be effective in exploring the non-perturbative region. For a system
of quark-gluon plasma (QGP), we adopt the quasiparticle prescription for quarks
along with the Gribov's prescription for gluons. We determine the Gribov
parameter and quasi-quark mass by utilizing lattice QCD data for the
equation-of-state of pure glue and QGP, respectively. Our primary objective is
to examine the influence of quasi-quarks on the transport coefficients of QGP.
In the end, we observed a significant decrease in the scaled transport
coefficients with temperature across the entire relevant temperature range ($ 1
\le T/T_c \le 3 $).
