Teaching Plan:9-10周，理论教学 11-14周，实践前准备 15周或16周周末，前往上海东航研发中心实践

Leader of Teaching Group:Meiyin Zhu

Members of Teaching Group:Yue Teng, Li Xue, Yue Quan, Yandong Yi, Zheng Xing

Course Introduction:The intricate scale of the aviation industry dictates that operations research and optimization in aviation operations are inherently complex systems science problems. This field requires not only a precise understanding of the fundamental principles of aviation operations but also proficiency in using simulation optimization tools. Through this course, students will comprehend the basic principles of aviation operations, familiarize themselves with aviation operation processes and standards, ma

Venue:Beihang Hangzhou Campus

Schedule:Fall / Weeks 9–16

Testing Method:Regular assignments and attendance (40%) + Practical report (60%)

Target Students:Master Students, PhD Students, International Students

Discipline:Transportation Engineering

Teacher:Meiyin Zhu, Yue Teng, Li Xue, Yue Quan, Yandong Yi, Zheng Xing

Class classroom:Teaching Building No.1, Room 4006

School Year:2025-2026

Semester:Autumn Term

Course number:D571062004

Credits:1.0

Course Type:Postgraduate Course:

Top-Quality Courses or Not:no

Maximum Number of Students:6

Required Class Hours:16.0

Courses and reference books:[1] Chen Zhihuai, Gu Runping, Liu Junjie. Aircraft Performance Engineering [M]. Ordnance Industry Press, 2006. [2] Liu Xinglu, Xiong Wangqi, Zang Yongsun, Duan Hongda, Zeng Wenjia, Chen Weijian. Common Models, Algorithms, and Practical Cases in Operations Optimization: Implementation with Python and Java Programming Languages [M]. Tsinghua University Press, 2022. [3] Dai Fuqing. Flight Procedure Design [M]. Tsinghua University Press & Beijing Jiaotong University Press, 2019. [4] Fu Donglai. Labuladong's Cheatsheet for Algorithms [M]. Electronics Industry Press, 2021.