马斯特里赫特大学（马大）成立于1976年，是荷兰第二年轻的大学。它是荷兰13所国立研究型大学之一，为世界大学联盟成员。2016年，泰晤士报全球大学排行榜中位列88位。在最近50年成立的大学中，全球排行第4位，欧洲第一。马大的医学相关专业实力强劲，一直位列世界前100名。在2020年QS世界大学学科排名中：医学 -- 第60位，解剖与生理学 -- 第62位，神经科学 -- 第63位。
马大与国家留学基金委（CSC）有长期紧密的合作关系。截至目前，马大共有282名在读CSC博士生，其中半数以上分布在医学院（FHML）。2023年9月，马大将提供至少60个CSC资助的博士职位（鼓励国内在读博士申请联合培养），涵盖医学、工程学、法学、心理学等方向。博士就读时间一般为4年。根据CSC指南，博士生每月可获得1350欧元（该标准很可能会提高，以留学基金委最新通知为准）以及往返出国的一次性机票补贴等。此外，对于2023年入学的新生，马大将免费提供前12个月住房。
具体申请时间安排见官方网站：
https://www.maastrichtuniversity.nl/um-china-team
2023年所有博士入学项目见以下网站：
https://www.maastrichtuniversity.nl/csc-phd-project-outlines#outlines
详细项目列表如下：
编号 | 项目名称 |
1 | Heart Sounds for Heart Failure Monitoring Enabled by Digital Health |
2 | Repairing obesity - DNA repair deficiency as key player in the development of obesity and the subsequent cancer risk |
3 | A biomimetic organ-on-chip model for vascular calcification |
4 | Cell-bacteria interactions through extracellular vesicles: molecular messages for successful biomaterial implant design |
5 | Computational modeling of cAMP signaling |
6 | Development and application of computer-based methods to facilitate drug discovery and drug design for the treatment of inflammatory responses |
7 | Development of therapeutic nanoparticles to combat muscle disease |
8 | Fatty liver and diabetes; causes and consequences |
9 | Infrapatellar tissue phenotyping: Predictor of regenerative capacity in cartilage defect patients? |
10 | Lipofuscein as marker or player in accelerated cerebrovascular ageing in epilepsy? |
11 | Resolving metabolic regulators in vascular disease at the single cell level |
12 | The developmental anatomy of the human fetal heart |
13 | The developmental anatomy of the mesenteries in human embryos and fetuses |
14 | The forming of the neck at the interface between head and trunk |
15 | The relevance and mechanisms of sticky platelet syndrome |
16 | The role of lifestyle and the kynurenine pathway in cardio-metabolic disease in The Maastricht Study |
17 | Uncovering mechanisms behind stem cell mediated in vivo regeneration using multifunctional nanoprobes |
18 | Visuoperceptual variables to measure oropharyngeal dysphagia in total laryngectomy patients |
19 | Antiquities, Fossil, and Wildlife Crime in China: Causes, Contexts, and Policy responses |
20 | Automatizing Law |
21 | Competition and Consumer Law in a Changing Society |
22 | Criminal Law, Criminal Procedure and Criminology |
23 | Criminal Law, Criminal Procedure and Legal Psychology - The embedding of the right of silence in the Chinese criminal procedure |
24 | Emerging Powers and Regional Approaches in Public International Law |
25 | Environmental Policy & Law: Tackling Challenges in the Anthropocene Era |
26 | International Economic Law (Intellectual Property) |
27 | Personalizing Privacy in Smart Home Environments |
28 | Transitional justice |
29 | Do brain-body rhythms shape individual timing capacities? |
30 | A data science and game theoretic approach towards a sustainable healthy future |
31 | Computational systems biology versus human aging: Targeting cellular aging and senescence through metabolic modeling |
32 | Control, Optimization, Learning and Smart Robotic Hardware for Safe and Fast Human-Robot Interaction |
33 | Data-driven and adaptive decomposition of multi-variate signals |
34 | Detecting misinformation techniques on social media |
35 | Developing explainable data integration of omics and imaging data in cardiovascular diseases |
36 | Explainable and Reliable Transfer Learning |
37 | Federated Learning using Privileged Information |
38 | Human Behaviour Understanding using advanced visual information processing |
39 | Mechanisms and role of axon-myelin structural plasticity in learning and information processing |
40 | Modeling the Metabolic Diversity of the Brain’s Glial Cells |
41 | Ordering of training data for accurate, fast, and robust deep learning |
42 | Research on isocyanate and phosgene free synthesis of biodegradable collagen-inspired poly(ester urethanes) containing amino acids as bioactive component and its mechanism in promoting the regeneration of abdominal wall defect |
43 | Resolving metabolic regulators in vascular disease at the single cell level |
44 | Variance reduced zero-order methods for hyperparameter tuning in deep neural networks and mathematical imaging |
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https://blog.sciencenet.cn/blog-694204-1357103.html
上一篇：
荷兰马斯特里赫特大学Frits Prinzen教授招收国家留学基金委（CSC）博士生下一篇：
（无英语要求）荷兰大学招博士生：心血管方向，2023年秋季入学
