The role of rational allocation of mechanical equipment in highway engineering
Optimize staffing. In order to realize the scientific management of mechanical equipment, many highway projects adopt the system of "fixed post, fixed person and fixed machine", and each employee is responsible for the mechanical equipment he operates.
1. Optimize staffing. In order to realize the scientific management of mechanical equipment, many highway projects adopt the system of "fixed post, fixed person and fixed machine", and each employee is responsible for the mechanical equipment he operates. Under such a management system, the configuration of mechanical equipment can be determined according to the amount of construction work, and the structure and posts of construction personnel can be further optimized and improved to reduce the phenomenon of staff redundancy, thus realizing the streamlining of the construction team and further improving production efficiency.
2. Effectively reduce the project cost. Mechanical equipment from the procurement to the use of the process, need to spend a lot of money, in the construction process, once the mechanical equipment damage, it needs to be repaired in a timely manner, if the damage is serious, should also be timely purchase of new machinery and equipment. If the scientific configuration and management of mechanical equipment can be realized, the loss of mechanical equipment can be effectively reduced, the operating efficiency of mechanical equipment can be improved, thereby reducing unnecessary expenses and effectively reducing the project cost.
3. Ensure construction safety. Mechanical equipment is very sophisticated, complex instruments, in the operation of mechanical equipment, if the improper operation, not only will endanger the smooth progress of highway engineering, but also cause large-scale casualties, resulting in safety accidents, not only for the construction unit The economic benefits have a heavy blow, but also affect the social reputation of the construction unit and the construction unit.