海外全奖博士招生信息汇总·第118期：LSE英国伦敦政治经济学院、澳门大学等
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~
如果小伙伴们时间有限，有海外读博、申请全奖需求，也可以联系客服进行咨询，【DIY飞跃计划】提供多个国家全奖PhD申请服务~
目录 Catalogue
1. LSE英国伦敦政治经济学院招全奖博士生/RA
2. 澳门大学招全奖博士
3. 美国俄克拉荷马州立大学招全奖博士/访问学者
4. 瑞典皇家理工学院招收全奖博士生
01
LSE英国伦敦政治经济学院招全奖博士生/RA
职位信息
Assessing inequality in the Criminal Justice System using novel causal inference methods and Bayesian spatial models
截止日期：2023年7月27日
1 Project
About the project:
The Lammy Review showed evidence of discrimination in the Criminal Justice System. The aim of this project is to use causal inference methods to corroborate these findings by quantifying the impact of discrimination in sentencing using Data First: Criminal Justice System Linked Datasets.
The proposed aims of this studentship are to understand:
whether and how early life course events such as education and being in care are impacted by systematic discrimination;
how early experiences impact involvement with the Criminal Justice system later in life and whether discrimination continues to play a part;
whether there are regional differences (e.g. London vs the rest of England).
The following methods could be used:
longitudinal mediation analysis to determine the impact of being in care and educational attainment on later outcomes such as violence and arrest and how discrimination confounds these relationships;
proximal causal inference to determine the impact of discrimination on the pathway between life events in relation to violence and involvement with the Criminal Justice System;
Bayesian Spatial analysis to address spatial/regional differences in discrimination.
We are looking for someone who:
has some experience in data analysis, and is interested in analysing 'big data'
is interested in understanding how life events can lead to individuals being involved in the criminal justice system and what part discrimination plays in this process
is interested in causal inference broadly and can see themselves developing methods in statistical causality
2 Funding
The ADR Studentship is tenable for three years and will cover full fees at the UK home rate (for international students, LSE will cover the difference between UK Home rate and overseas fees) and provide an annual stipend (which for 2022 entry was £19,668) for three years, commencing in 2023.
A fourth-year stipend will also be provided by LSE which will match the UKRI rate at that time.
3 Entry requirements
Applicants should have completed (or be on track to complete) a taught MSc in Statistics, Mathematics or a related discipline (e.g. economics, etc.) or equivalent, plus an undergraduate degree of good standing.
There is also an English language requirement for all applicants for whom English is not their first language.
International students may consult the graduate prospectus for details of equivalent qualifications.
4 职位信息网址
https://www.lse.ac.uk/statistics/prospective-students/phd-mphil/adr-uk-phd-studentship-2023
02
澳门大学招全奖博士
职位信息
澳门大学机电工程系招收2024博士生（智能系统及自动控制）
1 简介
澳门大学（Universidade de Macau / University of Macau），简称澳大/UM，是澳门最优秀的唯一综合性公立大学。2014年8月，澳大正式迁入投资逾百亿的澳门大学横琴新校区（占地约1.09平方公里，隶属于澳门特别行政区管辖），进入飞速发展时期。
澳大于2022年《泰晤士高等教育世界大学排名》中，位列前201-250位，亚洲大学排名33。十大学科领域：工程学、计算器科学、化学、材料科学、药理学与毒理学、临床医学、精神病学／心理学、生物学与生物化学、社会科学总论、农业科学进入基本科学指针数据库（ESI）前1%之列。2023QS排名254。
（详细信息：https://www.um.edu.mo/zh-hant/about-um/international-reputation/）
2 招聘条件
我们欢迎具有自动化，控制理论与工程、数学、智能科学与技术、计算机科学或其他相关学数理科背景的双一流高校本科/硕士毕业生加盟我们的团队！
我们将为获选者提供极具竞争力的奖学金和优厚待遇！
申请链接：
https://grs.um.edu.mo/index.php/prospective-students/doctoral-degrees-programmes/
澳大濠江博士生奖学金和澳大博士生助学金 所有申请澳门大学博士学位课程的同学，均可同时申请以下全额奖学金：
2.1 澳大濠江博士生奖学金 具著名学府的本科或硕士学位的申请人均可申请（公认世界大学排名前300的大学或985/211/双一流大学优先）。 申请人必须报读澳门大学开办之全日制博士学位课程。 申请人须于网上系统提交博士学位课程申请时直接提交奖学金申请。 奖学金的发放由本校遴选委员会决定。 获颁此奖学金之博士研究生获每月澳门币2万元的津贴，及每学年澳门币1万元的会议及研究活动交通津贴，为期四年。 详细信息：https://grs.um.edu.mo/index.php/um-macao-phd-scholarship/?lang=zh-hant 2.2 澳大博士生助学金 博士生助学金的资助来自大学经费或导师的科研经费。获得博士生助学金之学生可获每月澳门币12,500元（最高可达澳门币14,000元）的津贴，为期四年。 详细信息：https://grs.um.edu.mo/index.php/phd-assistantship/?lang=zh-hant
其他说明
3.1 英语要求 倘申请人所获学士/硕士学位之教学语言不是英语，申请人必须提交以下任何一种英语能力证明: 托福(TOEFL)书面考试 550 分/网上考试80分或以上或， 雅思考试(IELTS)总成绩 6.0 分或以上，且各单项成绩不低于5.5分或， 国家大学英语考试6级(CET6)成绩，不低于430。 备注：托福及雅思考试之成绩于考试日起两年内有效。
3.2 住宿 双人间带独卫：约1765澳门币/月；单人间带独卫：约2300澳门币/月。 在收到入学通知后，可自行申请住宿。详情请参照以下网址：https://grs.um.edu.mo/index.php/accommodation/?lang=zh-hant 备注：可以确保修读一年级且在澳门地区没有住所的博士研究生住宿。
3.3 学费 所有录取学生均需要自行缴纳学费，每学期约澳门币18750元。学费金额详见：https://grs.um.edu.mo/index.php/current-students/tuition-fee/?lang=zh-hant 3.4 申请方式 请查阅官网说明：https://grs.um.edu.mo/index.php
3 项目导师
Jinrong Liu https://www.fst.um.edu.mo/personal/jasonliu/
4 联系方式
刘老师 e-mail: jasonliu at um.edu.mo
03
俄克拉荷马州立大学招全奖博士/访问学者
职位信息
美国俄克拉荷马州立大学电气与计算机工程学院张莹博士招收2024春/秋季入学全奖博士研究生和访问学者
研究方向为
1)高比例可再生资源渗透下的配电系统运行优化控制，
2)数据挖掘与人工智能在物理信息系统的应用，以及
3)基于电力系统的综合能源与智能交通的交叉研究。
1 简介
张莹博士于2014年和2017年在山东大学获得电气工程学士和硕士学位，2020年在美国南卫理公会大学获得电气工程博士学位。她将于2024春季入职美国俄克拉荷马州立大学电气与计算机工程学院担任终身轨助理教授。
在加入OSU之前，她是美国能源部布鲁克黑文国家实验室交叉科学部门的博士后研究员、美国蒙塔娜州立大学助理教授、和康奈尔大学受邀访问学者。她的研究兴趣包括高比例可再生能源渗透下的基于优化，数据挖掘，以及人工智能的电力系统态势感知与调控。
她获得过教育部国家奖学金，2017年山东大学优秀硕士毕业论文(复杂输电线路故障定位研究),美国南卫理公会大学E.Terman Award for Graduate Students 和 Moody Doctoral Dissertation Fellowship，以及2023年IEEE PES杰出博士毕业论文奖(模型与数据驱动的配电系统态势感知监控研究，为2020-2022期间毕业的博士研究生设立，全球遴选四名)。
她在电气工程领域多个期刊(IEEE Transactions on Smart Grid,IEEE Transactions on Power Systems,和IEEE Transactions onPower Delivery等)发表学术著作二十余篇和多项国内外发明专利,包括一篇ESI全球前1%高被引论文。张莹博士为200余篇期刊/会议论文担任专家审稿人和Applied Sciences担任客座主编。她是IEEE配电系统状态估计工作组，IEEE女性数据科学家协会，IEEE电气能源学会女工程师协会，IEEE PES Distribution Systems Analysis
Subcommittee，以及IEEE Young Professional成员。
2 招聘条件
具备电气工程和计算机工程相关背景和研究自驱力，GPA>3.0
有一定的数学基础，熟练掌握至少—门编程语言和优化软件:
Matlab/Simulink,Python等
在1)电力系统建模、仿真、运行、分析或2)应用优化、机器学习、深度学习解决工程问题有过往研究经验
优先考虑:
将要或者已经获得电气工程及其自动化及相关专业硕士学位·已经发表SCI/EI 收录的期刊论文
3 联系方式
有意者请发送简历和代表论文至邮箱imyingzhang@ieee.org并标明邮件主题: PhD Student Candidate。
04
瑞典皇家理工学院招收全奖博士生
职位信息
Doctoral student position - Microalgae in Human Nutrition and Health
1 Project background
Micronutrient deficiency represents one of the biggest global nutritional problems. For instance, iron deficiency is the most common global nutritional deficiency, affecting more than 2 billion people, among which more than half are anaemic. Iron-deficiency anaemia (IDA) is a global health problem that causes impaired cognitive development and growth in children, decreased work productivity and increased maternal morbidity and mortality during pregnancy. It is particularly common in low- and middle-income countries due to low-iron diets and primarily affects women and children.
Dietary interventions are currently considered to be the best strategy to overcome IDA. For instance, red meat and fish contain high amounts of highly bioavailable heme iron. However, these foods are relatively expensive and not or poorly consumed by vegetarians and vegans. Plant-based food is getting increasing attention in recent years due to its expected nutritional value and better sustainability. However, iron absorption from plant-based food is generally not high due to overall low (bioavailable) iron content and commonly present iron uptake inhibitors. Novel food formulations or sources with high contents of bioavailable iron are urgently needed to fight the global challenges presented by IDA.
Microalgae are small unicellular microorganisms that could be produced under photoautotrophic, heterotrophic, or mixotrophic modes that are getting high attention as more sustainable novel food globally. Microalgae could contain hundred times more iron compared to beef, a commonly accepted iron-rich food. Microalgae could be an important mineral feedstock for human nutrition and health that is not well explored, yet.
2 Job description
As a doctoral student, you will be responsible for research working towards exploring how to produce bioavailable iron in microalgae during bioprocessing, labelling iron using stable isotopes in photobioreactors, and investigating the bioaccessibility and bioavailability of microalgae-derived iron using simulation of gastrointestinal food digestion and human cells.
Your tasks will include:
Summarize the existing knowledge on micronutrients from microalgae and other novel foods for human nutrition and health
Explore and design bioprocess procedure to produce microalgae with highly bioavailable iron
Characterize and analyse the mineral compositions of different microalgae biomass
Validate laboratory methods to label minerals in microalgae cells
Assess the bioaccessibility of minerals in microalgae
Generate human intestinal epithelial cells for iron absorption analysis
Compare bioaccessibility and bioavailability of iron from different microalgae and conventional animal- and plant-based foods
Identify related molecular machineries relevant for iron absorption
Support teaching activities and co-supervise MSc and BSc students
Act at the interface between science and technology when supervising students and collaborating with partners from academia and industry
Support grant applications for the team and support related activities from Singapore-ETH Centre, ETH World Food System Center WFSC, and ETH for Development ETH4D competence center
3 Your profile
A MSc (or equivalent) in Nutrition and Health, Biotechnology, Bioprocessing, Cell or Molecular Biology, Food Science and Technology (or similar)
A strong passion for nutrition and health, sustainability, and novel food
Expertise and interest in working with biological systems (e.g. microalgae and human cells, experience in working on microalgae and (or) nutrition assessment will get priority)
Experience and strong interest in nutrition assessment using in vitro models (gastrointestinal food digestion and human cells)
Ability to work in a dynamic, international, and interdisciplinary team
Ability to collaborate with different teams and national and international partners
Interest in working independently and supervising students
Strong verbal and written communication skills in English
Scientific curiosity and motivation to perform scientifically rigorous experimental work
4 职位信息网址
https://jobs.ethz.ch/job/view/JOPG_ethz_hxGulV5BOQ7Z0huEn5
硕士、博士申请交流群
关注本公众号
后台回复
“硕士申请” 或 “博士申请”
加入【欧洲】【英国】【德国】【北欧】【北美】【亚洲】【CSC】等硕士、博士申请交流群
· The End ·
