This study takes the concept of green building as the core idea. In the first part, BIM technology is used to analyze the energy consumption, sunshine and evacuation of the existing teaching building, Mingzhi Building. The results are used as reference. On one hand, the feasibility of the central air conditioning system and the intelligent lighting system of Mingzhi Building are verified, and the design of central air conditioning systemof Mingzhi Building is completed through applying the forward design method; and on the other hand, in order to ensure the safety of students and the normal development of teaching work, the centralized congestion points of the teaching building is analyzed by evacuation simulation data. Considering that the structure of the teaching building is not able to be changed, the only way to more effective and efficient operation and maintenance of the teaching building, is to reduce the evacuation time by optimizing the arrangement of classes in the classroom. In the second part of the study, in that new energy vehicles will become the mainstream trend in the future, the geographic and architectural information of the campus is collected in GIS + BIM through questionnaires from teachers. Based on the data, the arrangement of vehicle charging piles in the future is simulated under the condition of vehicle saturation in campus, which will meet the charging needs of staff on campus, as well as saving costs.