  Exchange bias-like effect observed in the intermetallic compound TbFeAl,
which displays a magnetic phase transition at $T^h_c \approx$ 198~K and a
second one at $T^l_c \approx$ 154~K, is reported. {\em Jump}-like features are
observed in the isothermal magnetization, $M (H)$, at 2~K which disappear above
8~K. The field-cooled magnetization isotherms below 10~K show loop-shifts that
are reminiscent of exchange bias, also supported by {\em training effect}.
Significant coercive field, $H_c \approx$ 1.5~T at 2~K is observed in TbFeAl
which, after an initial increase, shows subsequent decrease with temperature.
The exchange bias field, $H_{eb}$, shows a slight increase and subsequent
leveling off with temperature. It is argued that the inherent crystallographic
disorder among Fe and Al and the high magnetocrystalline anisotropy related to
Tb$^{3+}$ lead to the exchange bias effect. TbFeAl is recently reported to show
magnetocaloric effect and the present discovery of exchange bias makes this
compound a multifunctional one. The result obtained on TbFeAl generalizes the
observation of exchange bias in crystallographically disordered materials and
gives impetus for the search for materials with {\em exchange bias induced by
atomic disorder.}
