A method for derivation and abstraction of test models for validation of industrial designs using guided simulation is described. The method employs automatic abstractions for the test model which reduce its complexity while preserving the class of errors that can be detected by a transition tour. A method for design validation comprising generating a state-based test model of the design, abstracting said test model by retiming and latch removal; and applying validation technique on the abstracted test model. First, the number of internal (non-peripheral) latches in a design is minimized via retiming using a method of Maximal Peripheral Retiming (MPR). According to the MPR method, internal latches are retimed to the periphery of the circuit. Subsequently, all latches that can be retimed to the periphery are automatically abstracted in the test model. The validation technique may comprise of model checking, invariant checking or guided simulation using test sequences generated from the abstracted test model.