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瑞士联邦SNSF Ambizione项目招收全奖博士生，Empa+ETHZ
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SNF Ambizione 项目将于9月份开始，现公开招聘全奖博士生，项目四年。 新颖的研究课题?+广阔的成长空间 超一流的联邦师资：EMPA + ETHZ 超一流的科研团队：EMPA NABEL + ETHZ Atmospheric Physics Lab 超一流的工资水平：～5.5w CHF (50万/年） 超安心的科研环境：别人吐槽的杂活你都没有 ?开门弟子：只要你勤奋，刻苦，志在科研 欢迎双向选择，相互成就[握手] 感谢扩散[Salute] 瑞士联邦Ambizione项目招收全奖博士生--新兴塑料污染物的大气云物理过程研究 SNF Ambizione fully funded?PhD Position on the atmospheric science of emerging plastic aerosol particles We offer an opportunity to join an exciting project within the Laboratory for Air Pollution / Environmental Technology at Empa, in collaboration with ETH Zurich.?The?four-year project?(https://data.snf.ch/grants/grant/233121), funded by the Swiss National Science Foundation (SNSF), will investigate the in-cloud scavenging processes of plastic aerosol particles through laboratory experiments that mimic their cloud ice formation processes.?Your research will contribute to the fundamental understanding of the lifetime and wet deposition of plastic pollutions in the atmosphere, and to what extent, their cloud interaction abilities can regulate their life cycle and environmental impacts. Project background:?Micro- and nano-sized plastic particles (MPs and NPs, collectively called MNPs) are an emerging global concern because of their detrimental effects on the environment, ecosystems, and human health. This highlights an urgent need to track their footprints in the atmosphere which plays a key role in their lifetime in the environment. This PhD project aims to examine the atmospheric aging and in-cloud scavenging processes of micro- and nano-sized plastic particles through laboratory studies. Your tasks/Job description:?You will be based at Empa?(Ueberlandstrasse 129,?8600 Dübendorf)?to characterize the physio-chemical properties of plastic particles and will use ice nucleation instruments at ETH Zurich to simulate cloud ice formation processes. ·Prepare MP and NP aerosol samples of atmospheric relevance ·Mimic atmospheric aging processes relevant for MNPs ·Characterize the physiochemical properties of MNPs ·Test the ice formation ability of MNPs ·Complete a PhD thesis at ETHZ Your profile:?We are looking for a highly motivated, committed, and talented candidate. ·The successful candidate should hold an MSc (or equivalent) in chemistry, physics, engineering, atmospheric/environmental sciences, or a related field. ·Previous experience with one or more of the following topics is preferred: analytical techniques for aerosol properties, micro- or nano-plastics, online or offline ice nucleation experiments. ·A good knowledge of programming languages such as Python, Origin, MATLAB or IGOR is expected. ·Excellent English skills, both in verbal and written communication, are required for the project. Our offer:?We live in a culture of inclusion and respect. Empa offers outstanding infrastructure, career support, networking opportunities, and competitive salaries. Empa also provides excellent infrastructure and plenty of possibilities for personal and professional development.This fully funded four-year PhD position?is expected to start inSeptember 2026, when Dr. Kunfeng Gao will move his main workload to Empa. The successful candidate will benefit from joint supervision?and have access to?research resources and infrastructure?of both?Empa and ETH Zurich. We look forward to receiving your online application with the following documents: ·1-page motivation letter stating research experiences and interests ·CV ·academic transcripts ·certificates and diplomas ·two references (with contact details) Please submit these exclusively via our?job portal?(https://apply.refline.ch/673276/2175/pub/1/index.html). Applications by e-mail and by post will not be considered. For further information about the position, please contact:?Dr.?Kunfeng Gao?(https://usys.ethz.ch/en/people/p ... sMzIwMTk3MjIy.html), Scientist and Principal Investigator, or?Dr.?Christoph Hüglin?(https://www.empa.ch/web/s503/ambient-air-pollution), the team leader at Empa. 发自小木虫手机客户端 |
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