Hybrid materials such as fiber-metal laminates (FML) can lead to significant weight reduction through load-adapted material properties. However, the simultaneous forming of the two solitary materials turns out to be challenging and is usually not considered in the structural design. The HyOpt research project is therefore investigating an optimization-based holistic approach to the design of FMLs. The aim is to develop a CAE method for the design of tailored hybrid materials using numerical optimization algorithms. Starting with the final geometry and given boundary conditions, an optimal material distribution for the FML can first be determined from the structural simulation. However, the formability of this FML is unknown, therefore the formability of the FML is considered in a subsequent routine. By selecting material proportions, thicknesses and orientation angles, optima can be achieved in terms of lightweight, mechanical properties and forming characteristics. All subroutines are merged in an individual software solution - the HyOpt App.