Professor：Dr. Xiaowei Luke Zhu
Email：xz3@pdx.edu    
Website：https://www.pdx.edu/profile/xiaowei-luke-zhu 

About Portland State University (PSU):
Established in 1946, Portland State University (PSU) is a beacon of educational 
excellence in Portland, Oregon, USA. As the largest and most culturally diverse 
institution in the Oregon university system, PSU is uniquely situated in an 
urban center, offering a rich, vibrant academic experience. Currently, the 
university boasts a dynamic student body of approximately 27,000, including over 
2,000 international students. In the prestigious 2020-2021 QS World University 
Rankings, PSU is ranked 110th in the United States, reflecting its commitment to 
academic excellence and innovation.

About Portland, Oregon:
Known as the "City of Roses," Portland is the most populous city in Oregon and 
the 19th most populous metropolitan area in the United States. It is the second 
largest city in the Pacific Northwest, following Seattle. Renowned for its 
pleasant climate and high per capita income, Portland has consistently been 
rated as one of the most livable cities in the United States.

Faculty Profile - Dr. Zhu:
Xiaowei "Luke" Zhu serves as an Assistant Professor in the Department of 
Mechanical and Materials Engineering at Portland State University. He earned his 
Ph.D. in Mechanical Engineering from The University of Texas at Dallas. Prior to 
his appointment at PSU starting, Dr. Zhu worked as a postdoctoral fellowship at 
both Johns Hopkins University and Princeton University. His research primarily 
focuses on computational fluid dynamics, particularly in turbulence modeling, 
urban turbulence, and wind energy. 

PhD Recruitment - Research on Urban Environmental Turbulence:
We are excited to announce the recruitment of a PhD candidate to explore the 
application of turbulence in urban environments. This includes atmospheric 
turbulence, heat islands, and pollutant diffusion. The Urban Environment Lab at 
PSU utilizes advanced numerical simulations to tackle the complexities of modern 
urban environments. Our research delves into fluid dynamics, heat transfer, and 
air pollution within cities, aiming to enhance our understanding of human-
environment interactions and contribute to the development of sustainable urban 
designs.

Admissions Requirements:
(1)Master degree;
(2)Engilish Proficiency proof (TOEFL or IELTS)
TOEFL: IBT minimum overall score of 80 with minimum subscores of 18 in reading 
and writing.	
IELTS: 6.5 overall scores with minimum sub-scores of 6.5 in reading and writing
(3)Ideal candidates should possess a passion for scientific research, a strong 
drive, and enthusiasm for problem-solving. 

We welcome applicants from related science and engineering fields, particularly 
those with a background in mechanical engineering, physics, thermal 
energy/fluids, atmospheric sciences, or environmental studies. Priority will be 
given to candidates with expertise in fluid mechanics, heat transfer, and 
programming. 

Interested individuals should submit 
(1) cover letter, 
(2) CV, 
(3) Transcripts for both undergraduate and master study,
(4) TOEFL or IELTS,
to my email address. For fully consideration, please make sure the 4 documents 
are attached.

Recruitment Period:
Enrollment is open for Fall 2025. We offer a comprehensive scholarship package, 
including tuition assistance and a living stipend.