  We report a novel approach for preparing a Bose-Einstein condensate (BEC) of
$^{87}$Rb atoms using electro-pneumatically driven transfer of atoms into a
Quadrupole-Ioffe magnetic trap (QUIC Trap). More than 5$\times$$10^{8}$ atoms
from a Magneto-optical trap are loaded into a spherical quadrupole trap and
then these atoms are transferred into an Ioffe trap by moving the Ioffe coil
towards the center of the quadrupole coil, thereby, changing the distance
between quadrupole trap center and the Ioffe coil. The transfer efficiency is
more than 80 \%. This approach is different from a conventional approach of
loading the atoms into a QUIC trap wherein the spherical quadrupole trap is
transformed into a QUIC trap by changing the currents in the quadrupole and the
Ioffe coils. The phase space density is then increased by forced rf evaporative
cooling to achieve the Bose-Einstein condensation having more than $10^{5}$
atoms.
