We propose to study two single crystals with nominal compositions Fe1.07Te and Fe1.18Te using the MAPS spectrometer. The amount of interstitial Fe controls the material¿s structure and magnetism; superconductivity sets in this system when Se or S are substituted in for Te. We would like to study the high-energy excitations in these crystals to complement our low-energy (< 12 meV) neutron data. We will initially use an incident energy of 100 meV and gradually increase the incident energy to track the energy dependence of the excitations up to 200 meV. We will initially align the two samples in the (H0L) scattering plane and direct L along ki to map out the (HK0) dependence with energy. This experiment will hopefully allow us to make a direct comparison to other itinerant systems and also to understand the antiferromagnetic ground state from which superconductivity arises.