[en] The even-even Te isotopes are known to exhibit collective vibrational behaviour at low spin. The structure becomes more complex at higher spin due to the mixing of quadrupole excitations and the evolution of quasiparticle states. M. Grinberg et al. has performed model calculations within the framework of the quasiparticle phonon model (QPM) for Te isotopes with A = 114-130 to explain the collective vibrational quadrupole bands on top of two-particle excitations. In the present work, we have performed shell model calculation for the low-lying states of ¹¹⁴Te by using ANTOINE code, and deduced the transition probability of expected collective states built on the quasiparticle excitations