About the Project
Position Description:
Are you passionate about cutting-edge research on smart water supply infrastructure? Do you have an interest in pipeline defect detection, condition assessment and smart water technology development? Join us in exploring the limitless potential of using signal processing and machine learning technologies to shape the future of our water supply network.
Advancements in technology have opened new doors for innovative research in pipeline hydraulic engineering. At the University of Canterbury, we are offering a fully funded 3-year Ph.D. position for candidates eager to contribute to the evolution of pipeline defect detection technology and smart water supply infrastructure. This opportunity allows you to pursue your Ph.D. degree while making a real impact in the field of smart infrastructure development.
Eligibility
• Bachelor’s or master’s degree in science or engineering
Benefits
• Full scholarship and tuition fees coverage for 3 years
• Top-notch experimental facilities
• World-leading supervisory team
• International travel opportunities
• Industrial cooperation opportunities
Starting Date
• Second half of 2024
What We Are Looking For:
· Background in Hydraulic Engineering, Acoustics, Civil Engineering, Mechanical Engineering, or related field.
· Experience in signal processing or machine learning is an advantage.
· Experience in laboratory or field experiment is an advantage.
· Proficiency in programming skills (e.g., Python/MATLAB).
· Meeting English proficiency requirement of the University of Canterbury.
Supervisor: Dr. Derek Li
Dr. Derek Li is a senior lecturer in hydraulic engineering at the Department of Civil and Natural Resources Engineering, University of Canterbury (UC). He earned his Ph.D. in acoustic engineering at the Harbin Engineering University, China. Before joining UC, he served as a postdoctoral research fellow at the Hong Kong University of Science and Technology, supervised by Professor Ross Murch.
Dr. Li’s interdisciplinary research interest involves pipeline hydraulics, acoustic signal processing, inverse scattering, and smart water technology. He focuses on applying advanced signal processing and machine learning technology to achieve accurate, efficient, and non-intrusive defect detection in water pipeline systems. In 2022, his research on detecting air entrainment in water pipelines has been awarded the Karl Emil Hilgard Hydraulic Prize, the most prestigious international award in the field of hydraulics. In 2023, Dr. Li was awarded the Royal Society Marsden Fund Fast-start Grant, which incorporates the Internet of Things (IoTs) technologies to achieve smart water supply network.
For additional information on Dr. Derek Li’s research and accomplishments, please visit his website at:
https://profiles.canterbury.ac.nz/Derek-Li
Application Procedures:
To apply for this position, please submit the following documents to Dr. Derek Li via derek.li@canterbury.ac.nz:
· A cover letter indicating your research interests.
· A well-crafted curriculum vitae.
· Undergraduate transcripts and postgraduate transcripts (if available).
· Publications and thesis (if available).
Shortlisted candidates will proceed to the interview stage.
About the University of Canterbury:
Established in 1873, UC is one of New Zealand’s oldest and most esteemed institutions of higher education. Situated in Christchurch, the largest and most beautiful garden city on the South Island, UC is renowned for its unwavering commitment to academic excellence and ground-breaking research contributions. UC achieved impressive recognition, being ranked among the Top 80 universities globally for Global Impact by Times Higher Education (THE) World University Rankings. Additionally, the university’s Civil Engineering program was placed within the Top 10 in the world by Academic Ranking of World Universities and Top 100 in the world by QS World University Rankings.
The campus offers an inspiring learning environment that fosters growth and innovation. UC’s distinguished faculty provides students with transformative educational experiences and cutting-edge research opportunities. Christchurch, known for its warm and welcoming community, provides an enriching student life experience. Students can explore the city’s thriving arts and culture scene, enjoy outdoor activities, and access New Zealand’s pristine landscapes. Join UC and immerse yourself in a world-class academic journey, shaped by both intellectual growth and a vibrant lifestyle.
