Pulsating assembly line is a new aircraft assembly organization mode

which can effectively shorten the aircraft assembly cycle and improve the assembly quality and efficiency. At the same time

the task modularization division of aircraft nose system integration is in line with the idea of modular design of pulsating assembly line

which has the basic conditions of pulsating assembly. In order to improve the integration efficiency of aircraft nose system

this paper takes a certain type of aircraft nose system as the research object

analyzes the specific assembly process of modular delivery

divides stations and determines pulse takt time based on assembly sequence constraints

and optimizes it with the ECRS (Eliminate–combine–rearrange–simplify) analysis method. Based on the system layout design (SLP) method

the specific idea of workshop layout design of head pulsation assembly line is put forward. Finally

the load balanced station setting and reasonable logistics workshop layout scheme are given

which provide support for civil aircraft to further carry out the research on pulsating assembly lines of various nose systems.