海外全奖博士招生信息汇总·第122期：ETH、澳门大学、德国科隆大学和马普所合作项目学
前言
本文转自我于海德堡大学读博期间（2017年）创办的【@DIY飞跃计划】公众号。【DIY飞跃计划】每周都会整理汇总海外博士招生和奖学金介绍，旗下【五亿海外奖学金】每天发布，欢迎持续关注~
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目录 Catalogue
1. ETH苏黎世联邦理工学院招全奖博士生
2. 澳门大学招全奖博士
3. 美国纽约州立大学招全奖博士
4. 德国科隆大学、马普所合作项目招收全奖博士生
01
ETH苏黎世联邦理工学院招收全奖博士
职位信息
PhD in land use decision modeling
截止日期：9月15日
1 Project background
The Chair of Planning of Landscape and Urban Systems (PLUS) at ETH Zürich is offering a PhD in land use decision modeling.
The position will be embedded in the EU research program Horizon Europe on “Joined-up land use strategies tackling climate change and biodiversity – MOSAIC”.
MOSAIC has the ambition to gain a thorough understanding of the motivations and drivers behind complex land use decisions to transform land use in the coming decades in line with European sustainability objectives.
Urgent and concerted action can stop and reverse unsustainable land use and the over-exploitation of land resources.
This will however require rapid, simultaneous and coordinated action by a diversity of land use decision makers.
MOSAIC aims
(1) to gain a comprehensive understanding of the motivations and drivers behind land use decisions (e.g. cultural factors, social identities, cognitive frameworks, market prices, legal frameworks, etc.), including their relative importance and interactions, within and between relevant governance levels, ranging from individual land managers to supra-national organisations,
(2) to gain a thorough understanding of the awareness of key land use decision makers about climate change, biodiversity loss and renewable energy challenges, and their willingness to address these challenges,
(3) to characterise future land use patterns based on spatial, social and economic models that integrate key insights into the motivations and drivers behind land use related decisions and the result of these decisions in causing displacement effects, i.e. indirect land use changes in other parts of the world.
(4) to support policy design and implementation for climate change, renewable energy and biodiversity, by means of innovative cost-effective instruments and approaches co-created in policy labs contributing to and elaborating on MOSAIC’s research results in a transdisciplinary way, and
(5) to develop an interactive digital learning environment, embedded within a digital toolbox comprising proven technologies and approaches consistent with long-term European sustainability goals and strategies to support land use decision processes at governance levels ranging from local to supra-national scales.
Interdisciplinary research linked to state-of-the-art land use modelling will be core to this project, and will be embedded in a transdisciplinary research approach based on policy labs.
2 Job description
We are looking for candidates interested in land use decision modeling using an agent-based model.
The project will be embedded in a policy lab in the Canton of Graubünden, Switzerland, to investigate ecosystem services’ tradeoffs related to land use change in Swiss mountainous areas, experiencing fast climate change.
In particular, we are looking for candidates with:
a background (completed or soon to complete master's degree) in Environmental Science or Environmental Engineering, Geography, or a related field.
a deep understanding of landscape and social-ecological systems
highly skilled in GIS and modeling
experience with programming (e.g. in R or Python)
proficiency in English (written and oral).
interest in land use change in mountain areas
knowledge of agent-based modeling, such as CRAFTY, is an advantage
The PhD is planned for a period of 4 years. It will require setting up an agent-based model and conducting a large survey on motivation and drivers behind land use decisions to feed the agent-based model.
3 Your profile
The Chair focuses on understanding how the interactions and/or actions of humans shape landscapes at various temporal and spatial scales, using different land-use decision models in forecasting and backcasting modes.
We link quantitative and qualitative methods to understand how to steer social-ecological systems towards sustainability.
Our research is always conducted in close cooperation with stakeholders to overcome the gap between knowledge and action.
4 职位信息网址
https://jobs.ethz.ch/job/view/JOPG_ethz_RawInEU0vwOKNZzfVR
02
澳门大学招收全奖博士
职位信息
澳门大学毛晓雯招收2024级肝癌研究方向博士生
1 简介
毛晓雯，澳门大学中华医药研究院，中药质量研究国家重点实验室（澳门大学）助理教授/博导/独立PI。2009年本科毕业于上海交通大学临床专业，2013年博士毕业于香港大学医学院，博士毕业之后任香港大学博士后研究员，香港大学研究助理教授。
近年来以第一或通讯作者在Journal of Extracellular Vesicles, Cancer Research, Advanced Science等刊物发表10余篇研究论文。主持国家自然科学基金，香港医疗卫生基金（HMRF），大学教育资助委员会优配研究金（UGC General Research Fund）。
2 研究方向
肿瘤学、分子生物学、细胞生物学等，主要围绕肝癌发生发展的一些基本科学问题探索有效的治疗药物和方案。
3 待遇
现招收博士研究生，待遇：澳门大学博士奖学金：每月澳门币20,000元的津贴，期限最长为4年。
以及为期不超过4年的会议或研究相关旅行津贴，每年最高澳门币10,000元。澳门大学博士助学金：每月澳门币 12,500元的起始津贴。详细内容参考澳门大学官网
4 申请者要求
(拥有以下背景优先考虑)：
1、以第一作者在学术期刊发表过多篇论文；
2、勤奋、踏实、具有较强烈的学习探索欲望和自我驱动力;
3、有良好生物医学研究背景;
4、有肝癌或肝病研究相关经验；
5、雅思6.0及以上（接受同等TOFEL绩）。
欢迎不同学科背景（医学，生物，药学等），专业基础知识扎实或擅长一至两项以上研究方向的同学申请。
5 联系方式
请准备个人简历和其他能证明相关工作能力文件的电子版，申请时请注明：毛晓雯课题组博士研究生申请+姓名，联系邮件susanmao@um.edu.mo。
对合适的应聘者，我们将尽快联系安排进一步面试。
03
美国纽约州立大学招收全奖博士
职位信息
纽约州立大学水牛城分校电子工程系招收2024 Fall/Spring 博士生（通信方向）
Spring2024我们系的申请截至时间是2023年8月31日
1 简介
我(张睿)于2017年本科毕业于北京大学信息科学技术学院，2022年博士毕业于美国佐治亚理工学院。目前在美国业界从事6G研究工作，将于2023年9月加入纽约州立大学布法罗分校电子工程系(University atBuffalo,Electrical Engineering Department)任职Tenure TrackAssistant Professor。
如果想深入了解我之前的研究，
这是我的个人主页: https://ruizhang1121.github.io/
这是我的谷歌学术主页: https://scholar.google.com/citations?hl=en&user=PsHPG68AAAAJ
目前在业界还有若干通信感知─体化的专利正在发表。
2 研究方向
主要为光与无线通信融合，通信与感知融合，通信算法设计和系统架构设计等等。
3 申请者要求
目前我有若干博士生名额。对学生的基本要求:对通信领域的研究有兴趣,有探索精神并且有一定的数学物理基础。
加分项:有一定的通信原理背景，通信系统实验经历，信号处理基础。
4 联系方式
如果你申请我们系的博士生并且有意向加入我的研究组，可以在Research statement上面提我的名字并且欢迎将你的简历发至我的邮箱rzhang45@buffalo.edu，我们可以基于双方available的时间进一步讨论。
关于给我发的邮件，请注意以下几项。
1)邮件Title要突出主题，不然我更有可能在大量邮件里miss掉。
2)请附上本科成绩单和硕士成绩单（如果有读硕士)。
3)为什么要读通信?
4)附上CV,如果有研究经历请写出你的研究经历。
04
科隆大学、马普所合作项目招收全奖博士
职位信息
The new Collaborative Research Center 1601 is a joint venture of the I. Physics Institute (University of Cologne), the Regional Computing Centre Cologne, the Argelander Institute for Astronomy (University of Bonn), the Max Planck Institute for Radio Astronomy (Bonn) and the Forschungszentrum Jülich.
截止日期：8月15日
入学时间 2023年10月
1 Job description
Our research on the “Habitats of Massive Stars across Cosmic Time” combines four methodological pillars:
observational astronomy, instrumentation, laboratory astrophysics, and computational astrophysics. With the start of CRC 1601 on October 1st 2023, we offer
24 PhD positions in Astrophysics (m/f/d)
in the different methodological pillars to highly motivated and talented students.
We provide a cutting-edge research environment, a unique international research collaboration, and state-of-the-art technologies. The list of PhD projects can be found below.
in the different methodological pillars to highly motivated and talented students. We provide a cutting-edge research environment, a unique international research collaboration, and state-of-the-art technologies.
2 Your profile
You have a degree (MSc. or equivalent) in physics / astrophysics / astronomy / computer science or comparable.
You are highly motivated to work in an vibrant, multicultural collaboration.
You are fluent in English (written and spoken).
You can think analytically and work independently, systematically and constructively.
Experience in writing research papers or scientific grant proposals is a plus.
3 Apply
Applications must be submitted as a single pdf-file containing a cover letter, CV, publication list, a statement on research interests (max. 2 pages).
The cover letter of your application must include the reference numbers of up to 3 PhD projects from this website.
Please also name 2 contact persons (including their email) who have committed to write a letter of recommendation.
By sending your application you give your consent to forward your documents to the project leaders of the CRC 1601.
Please submit your application until 15.8.2023 to:
sfb1601-application@ph1.uni-koeln.de
We are committed to equal opportunities and diversity.
Women are especially encouraged to apply. We strongly support balancing work and family life.
We also welcome applications from people with special needs.
4 Position
Project A1 “Physics and chemistry in star-forming regions with low metallicity”
Project A2 “Characterisation of Galactic high-feedback habitats”
Project A3 “A high-resolution view of massive stars in peculiar habitats”
Project A5 “Massive star formation and cluster evolution”
Project A6 “Tracing star formation through observations of UV chemistry”
Project B1: “Conditions in dense clumps as a cluster forming reservoir in different environments – astrochemical simulations”
Project B2: “Studying stellar feedback in the Milky Way and Magellanic Clouds”
Project B3: “Molecular gas spectroscopy across nearby galaxies“
Project B4: “Magnetic fields on galactic scale – simulations“
Project B5: “Supernova and neutron star driven feedback under the microscope“
Project B6: “Stellar habitats in different environments”
Project B7: “Superconductor Insulator Superconductor (SIS) mixer development“
Project C2 “The dust-obscured cosmic star formation history beyond the Herschel confusion limit”
Project C3 “Tomography of cosmic reionization and large-scale structure of the Universe at redshifts 3-8”
Project C7: “The development of a broadband spectroscopy camera (around 0.3 THz) for the CCAT-observatory”
5 职位信息网址
https://sfb1601.astro.uni-koeln.de/phd-positions/
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