Finite element analysis (FEA) is the most popular technique for presenting the behavior of physical systems in "virtual reality". At present time it is commonly realized as a technology of the physically based modeling rather than the numerical finite element method carrying the name and comprising the mathematical kernel of the technology. The distinguishing feature of education in FEA lies in its interdisciplinary nature. Computational grids are offering essential profits and opportunities in teaching, research, as well as, performing practical computations and by integrating FE applications into the design and development of real engineering objects and systems. The advance in unification of educational course materials, visualized examples, easy access to up-to date software systems and libraries can be regarded as several expected goals of the above mentioned prospective efforts. This work presents the basic ideas of structure and implementation of educational tools of FEA into computational grid environments.