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[交流] 瑞典皇家理工学院KTH-CSC 博士及访问学者职位招聘机械工程或力学专业

瑞典皇家理工学院（kth） division of neuronic engineering  kth-csc合作博士生及访问学者招聘机械工程或力学专业

主要研究方向：头部损伤生物力学；头部有限元仿真；头部保护系统设计

课题组网站：https://www.kth.se/mth/neuronik

要求：机械、力学或相关研究背景

full phd： 48 个月
访问学者： 3-12 个月

full phd待遇：

level1 （博士第一年） : 23,000 sek/month; level2 （博士第一年） : 23,500 sek/month;
level3 （博士第一年） : 25,000 sek/month; level4 （博士第一年） : 26,000 sek/month

报名方式
1.递交网上申请表: https://www.kth.se/form/5d5e43eaeafec722452a4298
2.邮件递交所需申请资料，无需递交纸质申请材料（以下信息以官网为准）：
• 签署的申请表
• CV
• 本科及研究生的学位证明
• 语言证明
• 已发表刊物的题目列表
• 成绩单（含本科）

KTH-CSC 项目流程及重要时间节点

• 2020.10.26-2021.1.10 学生/学者递交申请
• 2021.1.11-2021.2.22 指导员对申请进行评估，并将回复表发送至国际关系办公室
• 2021.2.23-2021.3.5 国际关系办公室将合格候选人名单发送至各个学校进行最终审查
• 2021.3.12 国际关系办公室将官方邀请函发送给合格的候选人

感兴趣的同学可以联系xiaogai li, email xiaogai@kth.se, assoc. prof. at kth
                              svein kleiven, email sveink@kth.se, prof. at kth。

title of project
mechanisms of head and neck injuries towards improved head protection systems

short description of the project

traumatic brain injury (tbis) is a worldwide problem not only lead to substantial financial burden but also long-lasting consequences for the victims and close relatives. a better understanding of injury mechanisms is a necessary step towards developing novel and effective head protection    systems to reduce the risks of brain injuries. despite extensive research on adults, the injury biomechanics for children are less studied. today,
head protection for children are mostly scaled from adults. but children’s heads cannot be taken as scaled small adults head due to nonlinear growth both in material property and geometrical. further, different ages of children may injure differently. thus, a better understanding of the age-dependent head injury mechanisms are needed towards developing effective head protection systems (e.g., helmets) specifically for children,       further, to optimize for different-ages of children. besides, with more e-bikes and escooters emerging as new commuting tools, there is an urgent need to understand the mechanisms of tbis in case of falls, as well as to develop targeted head protection systems.

this project will be divided into two major parts: 1. use advanced human body models (hbms) and head models of different details of children to study the age-dependent head injury mechanisms; 2. develop & optimize novel head protection systems for different ages of children, as well as for e-bikers and e-scooters. the research will be carried out at division of neuronic engineering at kth in collaboration with mips ab ╟ an
innovative head protection system company. the division has a long tradition of performing multidisciplinary researches focusing on developing new and effective technology innovations for head and neck injury prevention as well as clinical treatment using advanced human head models.  since its  establishment, several spin-off companies have been founded from the research conducted at the division, e.g., mips ab, impact          neuronic ab, repair technologies sweden ab, bioservo technologies. the group also maintains thematically diverse international research          collaborations and  national industrial partners.

we are seeking a highly motivated and ambitious ph.d. student for the above-outlined research project. the candidate is expected to have a solid background in solid mechanics. experience in finite element (fe) modeling and computer programming is desirable, but not mandatory. the       successful candidate will gain substantial experience in injury biomechanics, finite element modeling, and innovative product design. The             candidate will also be given solid technical support and supervision.

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