Abstract: Electronic education systems generally includes a central computer, a display unit, and various student terminals connected to the central computer by a data transmission network. The network transmits data to and from the central computer for analysis, the data includes students' task and their response. Such a system is relatively expensive, and is not portable. This invention provides an electronic education system for evaluating responses from a group of students to a set of multiple choice questions. Each of the questions having a maximum of x choices. The system includes at least one IR transmission device for transmitting a plurality of IR signals to a console, which includes a processor for analyzing the responses, a memory for storing the multiple choice questions and corresponding answers, output means for outputting data to a display device, and receiving means for receiving the IR signals.