Dr. Jiang is an Associate Professor (Tenured) at Lancaster University Management School (LUMS), UK, and Transport DTU, Denmark. Prior to this, he worked at Oxford University. He received his Ph.D. from the University of Hong Kong and specializes in applying operations research techniques to analysis, modelling, and optimising transportation systems. He is a world top author in Transit Assignment on Web of Science and has published more than 50 papers in leading international journals.

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His work has been funded by the European Union, Independent Research Fund Denmark, Otto Mønsted Foundation, the Technical University of Denmark, EuroTech Alliance, the Royal Society of the United Kingdom, the National Natural Science Foundation and the Ministry of Education of China. Notably, he is the recipient of the DFF-Research Project 1 from Independent Research Fund Denmark (11% success rate, 2.87 million DKK).

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Information for CSC Scholarship

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CSC students/scholars will be considered subject to a mutually agreed research plan. Previous CSC scholars have achieved remarkable success, including securing multiple General Program Projects funded by the NSFC in China and receiving recognition through the prestigious Talents Programs.​ We have consistently contributed to the field with high-quality publications in esteemed journals such as Transportation Research Part A/E/C, the European Journal of Operational Research, and Nature Partner Journals. These accomplishments are complemented by the cultivation of long-lasting and trustworthy friendships.

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Please contact me as early as possible due to the limited quota. 

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Information for University Scholarship

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The overall IELTS score is at least 6.5 with a minimum 6 in each element. The overall score for TOEFL is at least 94, with a minimum of 19 in reading, 19 in listening, 19 in speaking and 22 in writing. 

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Please contact me as early as possible to prepare a research proposal due to the competitive selection process. 

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​Research Interests

• Public transport planning and operation

• Multimodal urban mobility and logistic

• Static/dynamic transit/traffic assignment

• Infrastructure resilience and vulnerability

• Multiobjective optimization and metaheuristic

• Airport planning and operations

• Bilevel programming