Abstract: 【Purpose/significance】In the context of construction project, knowledge transfer is seen as the core factor of achieving proj⁃ ect objective. Through the way of intelligent technology enabling in project management, full life-cycle knowledge transfer and feed⁃ back optimization can be realized, and the multi-agent knowledge transfer amongst project participating units can be strengthened, which can provide references for promoting project management efficiency in the new era【. Method/process】Knowledge transfer moti⁃ vation, principal parts and cycle are specified, thereby a theoretical model of knowledge transfer in project context being constructed. On this basis, the paths of full life cycle knowledge transfer and multi-agent knowledge transfer in condition of intelligent technology enabling are researched, which can contribute a new idea of upgrading traditional project knowledge transfer.【Result/conclusion】In condition of intelligent technology enabling, construction project management can achieve an all-elements coordination, thereby a loss⁃ less knowledge transfer through full lifecycle being realized, and the multi-agent knowledge transfer efficiency being promoted, which can create better advantages facing much more complicated and comprehensive projects【. Innovation/limitation】In this paper, the over⁃ all path framework of knowledge transfer of engineering projects under intelligent technology empowerment is innovatively put forward, thereby macro and micro mechanism of intelligent technology empowerment are deconstructed. The limitation is that no actual case data is introduced to carry out empirical research, which can be further supplemented in the future.