SrCuTe2O6 is a quantum magnet featuring spin-1/2 ions that are coupled into a highly frustrated 3D network resulting from a combination of interactions giving equilateral triangles, hyperkagome lattice and uniform chains. Among three interactions, the chain interaction is dominant making it a 1D Heisenberg antiferromagnet which, ideally does not order. However, the presence of significant frustrated interchain coupling could give rise to LRO that reflects the underlying physics arising from frustration. Recent bulk property measurements have revealed a series of magnetic phases in an external magnetic field. However, the magnetic structure has not been solved. Therefore we wish to investigate magnetic properties of this systems using neutron diffraction.