FEPG can generate finite element programs based on the given PDE and algorithm, thus so FEM researchers can easily obtain the results for various numerical examples they need, so as to verify the correctness of the algorithm and the mathematical model they proposed.

FEPG can rapidly and easily generate the finite element programs for a particular problem in various engineering and  science fields. This enables engineers using FEM concentrate on the modeling work in their specific fields rather than time-consuming coding work. The final computational results for the project can be reported together with the source code generated by FEPG.

FEPG can generate finite element source code based on the given PDE and algorithm expressions. Users only need to input these expressions in order to obtain complete FE source code. It is well suitable for teaching and training course purpose, not only in helping students and engineers understand finite element concepts, but also in training them how to write a finite element 

computation programs through by reading the generated code. FEPG has no field and discipline restrictions. Using FEPG, Tutors teachers can easily incorporate the for arrange student practice in solving finite element problems in their specific areas.

FEPG can easily generate different FE source code for a particular problem in different fields. It will  free software developers from tedious coding work. FEPG can also easily incorporate the generated FE source code with other softwares if necessary. So it can tremendously save the time and cost of developing a specific-purpose FE program but with better performance.