The iron containing superconducting system FeSexTe1-x has a similar phase diagram to the cuprate superconductors, in that a non-superconducting antiferromagnetic parent compound is chemically doped, suppressing the magnetism and inducing superconductivity. However, unlike the insulating parent compounds of the cuprates, the magnetic state within this system is metallic. In order to investigate the similarity of this system to the cuprates and iron arsenide systems, and whether the spin fluctuations could be responsible for the superconductivity, we propose to investigate the spin waves in the antiferromagnetic parent compound FeTe up to high energy. Within this investigation we hope to measure the exchange couplings, anisotropies, and whether the magnetism is of itinerant or local character.