The mechanical properties of composite hydrogels were assessed through compressive modulus and stress-strain measurements in both pre-swelling and post-swelling conditions This increased stiffness in MFG hydrogels is likely due to a denser, more tightly crosslinked network. Conversely, MPG and mixed microparticle compositions exhibit lower stress responses, suggesting a softer network structure. All hydrogels display nonlinear stress-strain behavior, indicating a combination of elastic and plastic deformation before failure.