Doctor of Philosophy / Master of Philosophy (Department of Mathematics)
Study Mode Full-time / Part-time
Tuition Fee HK$42,100/year / HK$84,200/year
Cut Off Date 15 Apr 2024
Year of Entry 2024 September
Tuition FeeHK$42,100/year (UGC-funded)
HK$84,200/year (Full-time Self-funded)
HK$42,100/year (Part-time Self-funded)
Doctor of Philosophy, Master of Philosophy
Hong Kong PhD Fellowship Scheme
We invite candidates from all cultural and ethnic backgrounds, with evidence of academic excellence, research ability and potential, and good communication, interpersonal and leadership abilities to apply for full-time PhD study under the Hong Kong PhD Fellowship Scheme (HKPFS). HKPFS is established by the Hong Kong Research Grants Council (RGC) with an aim to attract the best and brightest students from all over the world to pursue their PhD studies in Hong Kong. Applicants for admission to our PhD programmes via HKPFS will concurrently be considered for our regular research postgraduate programmes.
To learn more about the details, please click here.
Important Application Dates for Academic Year 2024/25
|Regular Research Postgraduate Programmes||Hong Kong PhD Fellowship Scheme|
|Application Start Date||1 September 2023||1 September 2023|
|Regular Round Deadline||1 December 2023||1 December 2023|
|Clearing Round Deadline||15 April 2024||-|
Since the admission offers are highly competitive and subject to quota availability, applicants are strongly advised to familiarise themselves with the application details at the following links and make applications as early as possible.
|Regular Research Postgraduate Programmes||https://gs.hkbu.edu.hk/admission/research-postgraduate-programmes/application|
|Hong Kong PhD Fellowship Scheme||https://gs.hkbu.edu.hk/admission/hong-kong-phd-fellowship-scheme/application|
Image Processing; Inverse Problems; Compressive sensing; Inverse scattering and Super-resolution; Data Analysis; and Applications in computational photography; medical imaging and astronomical imaging
Nonlinear programming; Variational inequalities; Complementarity problems; Large-scale convex problems; Neurodynamic optimisation; Nonconvex optimisation; and Graph Theory
Algebraic Combinatorics; Combinatorial Hopf Algebra; Applied probability; Stochastic geometry; Random processes; Big data; Biostatistics and bioinformatics; clinical trial design; statistical genomics; Finance; Credit risk modeling; Financial econometrics; Financial risk management; High-dimensional data analysis; Regression; Spatial statistics; Resampling techniques; and Survival analysis; Statistical learning; Data science
Finite element methods; Spectral methods; Meshless methods; Domain decomposition methods; Grid generation; Parallel computing; Numerical partial differential equations; Numerical simulations and Matematerials