This invention relates to the field of
computer simulation and vocational skills assessment technology, and discloses an automatic assessment method for a
simulation system applicable to vocational qualification certification. The invention establishes a
simulation operating environment, configuring a distributed
system including multiple candidate workstations, an assessment
server, and a
simulation model. Simultaneously, a set of benchmark parameters for the current assessment is set in the assessment
server. Based on the benchmark parameter set, a fault template is randomly selected from a question
bank, and
specific test question data is dynamically generated in conjunction with the current simulation conditions. The
test question data is distributed to designated candidate workstations. The
system collects the sequence of operational events during the candidate's examination and the trajectory of the working conditions output by the simulation model in real time, thereby scoring the candidate. The scoring dimensions are based on two dimensions: the candidate's operational step matching rate and the final working condition deviation, making the candidate's final
score more objective and realistic. An assessment report is generated based on the candidate's final
score.