Exeter University wishes to recruit a Research Software Engineer to support the 
numerical modelling and algorithm development work of the GW4 "Centre for 
Advanced Architectures" and Exeter University Applied Mathematics group. The GW4 
"Centre for Advanced Architectures" runs the “Isambard" High Performance 
Computing facility. Isambard provides multiple advanced computing architectures 
in order to enable evaluation and comparison of scientific applications across a 
diverse range of hardware platforms. You will contribute to work on novel 
algorithms and porting/optimisation of the OpenFOAM computational fluid dynamics 
software. You will also provide research software engineering support to users of 
the Isambard facility and the Exeter University Applied Mathematics group. For 
more details please see the job advert web page 

http://jobs.exeter.ac.uk/hrpr_webrecruitment/wrd/run/ETREC107GF.open?
VACANCY_ID=966217Mwgg&WVID=3817591jNg&LANG=USA

JOB TITLE: Project Test Engineer – MDX 

LOCATION: Pune, India

Siemens Industry Software Computational Dynamics India Private Limited 
(Formerly known as CD-adapco India Private Limited) is seeking to hire a 
Quality Assurance Engineer as a part of sustained worldwide growth. This is an 
exciting opportunity to contribute during the entire software life cycle of our 
leading CAE/CFD tool STAR-CCM+. You will be a key member of the team while 
working independently to prepare test plans and test cases, review testing 
checklists and validate the solutions delivered by development. Your 
uncompromising attention to detail will be required to run, monitor and triage 
regression tests on a regular basis, while your knowledge and experience will 
help to improve test coverage, tools and processes.

The Quality Assurance Engineer will document all problems, work to resolve them 
and report progress on problem resolution to management. The QA Engineer must 
communicate proactively and effectively with local and global team members, 
team leads, project managers, software developers, and management on issues.

Siemens Industry Software Computational Dynamics India Private Limited offers a 
competitive benefit package and a professional working environment. We are a 
world-leading supplier of CAE/CFD solutions to the global engineering community.

Responsibilities

o Research new product functionality. 

o Develop and document test plans and procedures to verify that our software 
products and releases meet the established functionality and performance goals. 

o Implementation of Software Testing strategies including the execution of 
System, Integration, and Unit testing to fulfil the quality requirements on our 
products. 

o Test the products and document and communicate the results of that testing. 

o Detailed reporting of software defects, communication of risks to leads and 
follow-up with stakeholders to ensure prompt resolution of issues. 

o Develop automated testing procedures and programs to enhance certification 
efforts. 

o Contribute to strategic directions for the entire Quality Assurance 
organization. 

o Collaboratively contribute to plans for overall quality improvement, and 
obtain signoff from all stakeholders as required. 

o Effectively work with a globally dispersed team. 

o Participate effectively in cross-functional teams. 

o Work with other development areas to improve fault prevention higher up the 
development stream. 

o Participate in testing projects as the representative of Quality Assurance.

Skills

● Master’s degree in Applied Mathematics, Engineering field or Physical 
Sciences.

● Experience in the CFD / CAE industry.

● Expertise in any commercial CFD tools e.g.: STAR-CD/STAR-CCM+/Ansys/ Open 
Foam/Heeds/Optimate.

● Experience in the design exploration and knowledge about optimization 
methodologies and algorithms.

● A good understanding on DOE.

● Good theoretical understanding of fluid flow and heat transfer processes.

● Knowledge of engineering processes in industry.

● Ability to conduct literature research independently.

● General experience in preparing, and executing simulations in CFD software.

● Demonstrated knowledge of Quality theories and practices.

● Comfortable working in a matrix environment.

● Demonstrated proficiency of written and spoken English.

● Strong communication skills.

● Experience working in Agile and Waterfall SDLC environments.

● Programming knowledge (knowledge/experience with JAVA, C++, Scripting 
languages).

● Experience in managing a multi-platform (Windows / Linux) test environment 
and working in HPC will be an additional advantage.

● Enjoys networking with peers in the industry to share best practices.

● Self-motivated individual with a strong work ethic and a desire of continuous 
learning.

● Ability to apply advanced level technical skills cooperatively in a 
challenging, fast-paced environment on a team with experienced professionals.

● Flexibility to work in different domain areas when business demands.

● In addition to the technical knowledge required for this position, applicants 
should be creative and highly motivated.


Experience

● Minimum 1-2 years of hands on experience in any CFD tool / Optimization tool.

● 2+ years Quality Assurance and /or Testing experience will be an additional 
advantage

JOB TITLE: Project Test Engineer – STAR-ICE 

LOCATION: Pune, India

Siemens Industry Software Computational Dynamics India Private Limited 
(Formerly known as CD-adapco India Private Limited) is seeking to hire a 
Quality Assurance Engineer as a part of sustained worldwide growth. This is an 
exciting opportunity to contribute during the entire software life cycle of our 
leading CAE/CFD tool STAR-CCM+. You will be a key member of the team while 
working independently to prepare test plans and test cases, review testing 
checklists and validate the solutions delivered by development. Your 
uncompromising attention to detail will be required to run, monitor and triage 
regression tests on a regular basis, while your knowledge and experience will 
help to improve test coverage, tools and processes.

The Quality Assurance Engineer will document all problems, work to resolve them 
and report progress on problem resolution to management. The QA Engineer must 
communicate proactively and effectively with local and global team members, 
team leads, project managers, software developers, and management on issues.

Siemens Industry Software Computational Dynamics India Private Limited offers a 
competitive benefit package and a professional working environment. We are a 
world-leading supplier of CAE/CFD solutions to the global engineering community.

Responsibilities

o Research new product functionality. 

o Develop and document test plans and procedures to verify that our software 
products and releases meet the established functionality and performance goals. 

o Implementation of Software Testing strategies including the execution of 
System, Integration, and Unit testing to fulfil the quality requirements on our 
products. 

o Test the products and document and communicate the results of that testing. 

o Detailed reporting of software defects, communication of risks to leads and 
follow-up with stakeholders to ensure prompt resolution of issues. 

o Develop automated testing procedures and programs to enhance certification 
efforts. 

o Contribute to strategic directions for the entire Quality Assurance 
organization. 

o Collaboratively contribute to plans for overall quality improvement, and 
obtain signoff from all stakeholders as required. 

o Effectively work with a globally dispersed team. 

o Participate effectively in cross-functional teams. 

o Work with other development areas to improve fault prevention higher up the 
development stream. 

o Participate in testing projects as the representative of Quality Assurance.

Skills

● Master’s degree in Applied Mathematics, Engineering field or Physical 
Sciences.

● Experience in the CFD / CAE industry.

● Expertise in any commercial CFD tools e.g.: STAR-CD/STAR-CCM+/Ansys/ Open 
Foam/STAR-CD.

● Experience in Internal combustion engine would be added advantage.

● Good theoretical understanding of fluid flow and heat transfer processes.

● Knowledge of engineering processes in industry.

● Ability to conduct literature research independently.

● General experience in preparing, and executing simulations in CFD software.

● Demonstrated knowledge of Quality theories and practices.

● Comfortable working a matrix environment.

● Demonstrated proficiency of written and spoken English.

● Strong communication skills.

● Experience working in Agile and Waterfall SDLC environments.

● Programming knowledge (knowledge/experience with JAVA, C++, Scripting 
languages).

● Experience in managing a multi-platform (Windows / Linux) test environment.

● Enjoys networking with peers in the industry to share best practices.

● Self-motivated individual with a strong work ethic and a desire of continuous 
learning.

● Ability to apply advanced level technical skills cooperatively in a 
challenging, fast-paced environment on a team with experienced professionals.

● Flexibility to work in different domain areas when business demands.

● In addition to the technical knowledge required for this position, applicants 
should be creative and highly motivated.

Experience

● Minimum 1-2 years of hands on experience in any CFD tool.

● 2+ years Quality Assurance and /or Testing experience will be an additional 
advantage.

JOB TITLE: Project Test Engineer – Multi Phase

LOCATION: Bangalore, India

Siemens Industry Software Computational Dynamics India Private Limited 
(Formerly known as CD-adapco India Private Limited) is seeking to hire a 
Quality Assurance Engineer as a part of sustained worldwide growth. This is 
an exciting opportunity to contribute during the entire software life cycle 
of our leading CAE/CFD tool STAR-CCM+. You will be a key member of the team 
while working independently to prepare test plans and test cases, review 
testing checklists and validate the solutions delivered by development. Your 
uncompromising attention to detail will be required to run, monitor and 
triage regression tests on a regular basis, while your knowledge and 
experience will help to improve test coverage, tools and processes. 

The Quality Assurance Engineer will document all problems, work to resolve 
them and report progress on problem resolution to management. The QA 
Engineer must communicate proactively and effectively with local and global 
team members, team leads, project managers, software developers, and 
management on issues. 

Siemens Industry Software Computational Dynamics India Private Limited 
offers a competitive benefit package and a professional working environment. 
We are a world-leading supplier of CAE/CFD solutions to the global 
engineering community. 

Responsibilities 

o Research new product functionality.

o Develop and document test plans and procedures to verify that our software 
products and releases meet the established functionality and performance 
goals. 

o Implementation of Software Testing strategies including the execution of 
System, Integration, and Unit testing to fulfil the quality requirements on 
our products. 

o Test the products and document and communicate the results of that 
testing. 

o Detailed reporting of software defects, communication of risks to leads 
and follow-up with stakeholders to ensure prompt resolution of issues. 

o Develop automated testing procedures and programs to enhance certification 
efforts. 

o Contribute to strategic directions for the entire Quality Assurance 
organization. 

o Collaboratively contribute to plans for overall quality improvement, and 
obtain signoff from all stakeholders as required. 

o Effectively work with a globally dispersed team. o Participate effectively 
in cross-functional teams. 

o Work with other development areas to improve fault prevention higher up 
the development stream. 

o Participate in testing projects as the representative of Quality 
Assurance.

Skills

● Master’s degree in Applied Mathematics, Engineering field or Physical 
Sciences.

● Experience in the CFD / CAE industry.

● Expertise in any commercial CFD tools e.g.: STAR-CD/STAR-CCM+/Ansys/ Open 
Foam.

● Knowledge of theories of multiphase CFD.

● Experience in simulation and analysis of multiphase flow applications, for 
example Eulerian, Lagrangian, VOF, DEM methodologies.

● A good understanding of multiphase flow processes in oil and gas, chemical 
process, marine, nuclear and related industries.

● Good theoretical understanding of fluid flow and heat transfer processes.

● Theoretical knowledge of numerical simulations.

● Knowledge of engineering processes in industry.

● Ability to conduct literature research independently.

● General experience in preparing, and executing simulations in CFD 
software.

● Demonstrated knowledge of Quality theories and practices.

● Comfortable working a matrix environment.

● Demonstrated proficiency of written and spoken English.

● Strong communication skills.

● Experience working in Agile and Waterfall SDLC environments.

● Programming knowledge (knowledge/experience with JAVA, C++, Scripting 
languages).

● Experience in managing a multi-platform (Windows / Linux) test 
environment.

● Enjoys networking with peers in the industry to share best practices.

● Self-motivated individual with a strong work ethic and a desire of 
continuous learning.

● Ability to apply advanced level technical skills cooperatively in a 
challenging, fast-paced environment on a team with experienced 
professionals.

● Flexibility to work in different domain areas when business demands.

● In addition to the technical knowledge required for this position, 
applicants should be creative and highly motivated. Experience

● Minimum 1-2 years of hands on experience in any CFD tool.

● 2+ years Quality Assurance and /or Testing experience will be an 
additional advantage.

Applications are invited for a Post-Doctoral Research Fellow to work on fire 
modelling using FireFOAM, the LES based fire simulation solver within the frame 
of open source CFD code OpenFOAM. 

Your will undertake research to improve the fire modelling capability within 
Warwick FIRE by consolidating various sub-models in fire simulations developed 
by previous researchers into the latest release of FireFOAM code and conduct 
original research to improve some of the sub-models within FireFOAM. This could in
include those for soot formation and oxidation as well as the existing tr
treatment for coupled simulations of pool fire mass burning rate and fire de
development.

You should hold a PhD (or be expecting the imminent award of one) in 
mechanical, chemical engineering or a related discipline. Experience in CFD 
modelling of premixed turbulent combustion will be essential. Initially, this 
is a fixed-term appointment which will run until 31 January 2020, but it is li
likely that your contract can be extended by moving to other projects within Wa
Warwick FIRE.   Further information about ongoing research activities at the ho
host group Warwick FIRE can be found at http://www2.warwick.ac.uk/warwickfire. Ap
Applications should be submitted through the formal advertisement at the fo
following link: 
https://atsv7.wcn.co.uk/search_engine/jobs.cgi?o
owner=5062452&ownertype=fair&jcode=1765408&vt_template=1457&adminview=1

Type of positions: Phd studentship.

Research area:  Experimental and/or computational and/or theoretical fluid mechanics 
related to turbulent flows, droplet/particle interaction with turbulence, microphysics of 
turbulent atmospheric cloud, atmospheric turbulence.

Brief introduction: Fluid turbulence is often quoted as the last unsolved problem in classical 
physics, a statement usually associated with R.P. Feynman (Nobel prize in Physics). 
Turbulent flows and interaction between turbulence and particle/droplets is at the heart of 
many processes in nature such as in the atmosphere (clouds, pollutants motion, weather-
climate feedback etc.) and many engineering processes such as inside combustion 
engines, chemical and food processing, aircraft flights etc. However fundamental 
understanding of these subject is challenging and represents the forefront of scientific 
inquiry, owing to the non-linear and complex nature of these problems. Our lab aims at 
better understanding turbulence and particle-turbulence interaction (with emphasis in 
either atmospheric or engineering processes) using cutting-edge experimental and/or 
computational methods and theoretical considerations. 
Sample projects: observing droplet/particle motion and collisions in turbulence chamber 
via cutting-edge experiments or numerical simulation (e.g. using the Tianhe-2 
supercomputer); numerical simulation and fundamental analysis of turbulent flows, with or 
without particles; designing new experimental tools or techniques to observe 
particle/droplet dynamics in atmospheric clouds; designing and/or conducting wind-tunnel 
experiments to observe pollution dispersion turbulent environments (or via simulation) etc. 
Exact project to be designed based on interest/ability of candidates. 

About the institution: Sun Yat-Sen University is among the top-ten universities in China and 
is included in the ambitious national initiative by the Chinese Government to create a rank 
of “first class” universities by international standard. The position will be at the School of 
Atmospheric Science in the beautiful coastal Zhuhai campus. The School is a focal point of 
the current phase of development of SYSU and thus continuously receives generous 
investments. The city of Zhuhai, next to Macau and Hong Kong, is a top tourist destination 
in China thanks to its coastline and “balanced” development.

About the research advisor: Ewe-Wei Saw, Thousand-Young Talent professor at the School 
of Atmospheric Science, Sun Yat-Sen University (Zhuhai), obtained his Phd. in Physics from 
Michigan Tech. University (USA). He previously worked at research institutes such as 
Cornell University (USA), Max Planck Institute in Germany and Commission of Atomic 
Energy (CEA), Observatoire de La Cote d’Azur in France. Dr. Saw research interest pertains 
to Fluid Dynamics of Turbulent Flows, Droplet/particle Dynamics in turbulent flows and 
Cloud Microphysics. He has published research articles in well respected scientific journals 
such as Nature-communications, Physical Review Letters, BAMS etc. Dr. Saw is a fluent 
speaker in English and Mandarin (non-technical) and have a flexible working style 
influenced by European/American characteristics.

Requirements:

- Chinese language proficiency is required for foreign students (HSK 4 certificate, score at 
least 180 points). For more details:
http://iso.sysu.edu.cn/wp-content/themes/sysu-pc/html/en/application-informations-
graduate.html
http://iso.sysu.edu.cn/en/
Or call +86-020-84110819
*Please pass these tests OR make sure that you are confident that you could satisfy these 
proficiency tests before applying (in this case you must present a convincing case in the 
email, otherwise you will not be considered). 

- Candidate’s background: Mechanics/mechanical engineering, Physics, Atmospheric 
science, Computational Science/engineering, or related field. Candidate with strong 
background in programming (Python, Fortran etc.) and/or experimental or engineering work 
are encouraged to apply. For computationally inclined applicants, prior experience with 
numerical simulations (DNS, LES, lattice Boltzmann) of turbulence and/or parallel 
computation would be helpful. 

- Successful candidates should be a proactive, responsible person with keen interest in 
scientific research and/or academic success. Candidates should have decent 
communication and writing skills in English. 

Remunerations:
(Age limitation may apply to all programs.)

- Standard national remuneration for graduate students (full tuition, salary, subsidized 
hostel) + additional allowance. (typically this is sufficient by "Chinese standards" but will 
not be competitive when compared to standards in some advanced countries. However, 
student with esteemed background could be qualify for extra allowance)

Contacts: For enquiries and to apply, please used the website's tool or email (in English or 
Mandarin) to ewsaw3##gmail[dot]com (change ## to @, [dot] to "."). For application of 
research fellow and postdoc, please submit a short cover letter (describe background, 
interest etc.) and a CV (specify current age and citizenship).

Deadline: continuously hiring...

Job requirements:
1. Experienced in developing solver, familiar with more than one CFD tool.
2. Programming capabilities: such as Fortran, C++, shell
3. knowledge in CFD algorithm：
Familiar with the finite volume method; knowledge in a compressible and non-
compressible solution algorithm;
4. Knowledge in two-phase flow model：

Understanding euler-lagrangian method and euler-euler method to deal with two-
phase flow;
you are either know 
A) liquid-gas two-phase flow models such as homogeneous model, drift flow model, 
two-fluid model, VOF, Level Set, etc or 
B) gas-solid two-phase flow model DEM, DPM, etc.
5. CET 6 or equivalent, master degree or above in mathematics, fluid mechanics, 
engineering mechanics, energy and power engineering or nuclear science;
6. Capable of complex geometry, 3d modeling and grid processing
7. Professional background in nuclear power, aerospace, petroleum and 
petrochemicals is preferred

Job responsibilities:
1. Conducted literature research at domestic and abroad according to customer 
demands, and assisted in providing solutions
2. Write technical documents and user manuals and answer customers' technical 
questions.
3. Develop demanded functions on the basis of the existing software platform to 
meet certain accuracy and efficiency; Maintenance of existing software code.

Salary
Monthly salary: 12,000-20,000 yuan

Welfare treatment
Five social insurance and one housing fund, performance bonus, year-end welfare, 
housing subsidy, transportation subsidy, communications subsidy

Contact
Miss Yin, HR and Administration Assistant
Phone: 021-65650975
E-mail: ran.yin@simpop.cn
E-mail Subject: name + job application
Address: Room 1503, Building 2, Fudan Science And Technology Park, NO. 335 
GuoDing Road, YangPu District, Shanghai

CFD研发工程师（多相流）
任职要求：
1，有过CFD求解器编写经验，熟悉一种以上主流CFD工具软件。
,2. 程序语言基础：如Fortran、C++、shell
3. CFD算法基础：
熟悉有限体积法；掌握一种可压、不可压求解算法；
4. 两相流模型：
了解欧拉-拉格朗日法与欧拉-欧拉法处理两相流问题；
了解a)气液两相流模型至少两种（均相模型、漂移流模型、双流体、VOF、Level Set等）；
b)或者气固两相流模型DEM、DPM等。
5. 大学英语六级或相当水平，数学、流体力学、工程力学、能动工程或核科学等相关专业
硕士及以上学历；
6. 具备复杂几何三维建模及网格处理能力优先
7. 有核电、航空航天、石油石化等专业背景的优先

岗位职责：
1. 根据客户需求进行国内外文献调研，并协助提供解决方案
2. 撰写技术文档以及用户手册，解答客户相关技术问题。
3. 在现有软件平台的基础上开发所需功能，满足一定的精度和效率；现有版本软件代码维
护。

薪资待遇
月薪：12000-20000元

福利待遇
五险一金、绩效奖金、年底双薪、住房补贴、交通补贴、通信补贴

联系方式
人事行政助理 印小姐
联系电话：021-65650975
邮箱：ran.yin@simpop.cn
邮件主题：姓名+应聘岗位
地址：上海市杨浦区国定路335号复旦科技园2号楼1503室


公司简介
上海积鼎信息科技有限公司具有专业的流体力学技术实力，是中国化工学会过程模拟及仿真
专业委员会的成员单位，同时得到中国计量测试学会多相流测试技术专业委员会、上海市颗
粒学会的大力支持。目前已和西安交通大学、哈尔滨工程大学、中国石油大学(北京)、中国
地质大学、四川大学化学工程学院等成立软件技术中心，以促进多相流模拟仿真技术在国内
科研领域的推广和应用。

公司拥有多名从事CFD研究的博士与硕士及国内知名专家顾问，团队具有丰富的CFD商业软件
的应用经验，以及多相流算法研究和程序开发经验，上海积鼎信息科技有限公司已承担过多
项CFD咨询服务项目，为单位提供相关多相流、相变换热、复杂湍流等问题的CFD解决方案，
并为多家企业客户提供高级培训、项目领航、咨询开发等工作。

目前，公司已为许多高校、科研机构提供技术支持与产品服务，如上海航天技术研究院第
805研究所、上海航天控制工程研究所、上海卫星工程研究所、中国石油气举技术中心、中
海油研究总院、中国石油化工股份有限公司石油化工科学研究院、国家电投中央研究院、中
国航空工业集团公司金城南京机电液压工程研究中心、航空工业太原航空仪表有限公司、中
国工程物理研究院、沪东重机有限公司、中国航空工业集团公司雷华电子技术研究所、中国
航空无线电电子研究所、中航（苏州）雷达与电子技术有限公司、四川九洲电器集团有限责
任公司、中国科学院工程热物理研究所、中国科学院应用物理研究所、中国科学院山西煤炭
化学研究所、中国人民解放军第二炮兵装备研究院、广东省标准化研究院、中国科学院技术
物理研究所、清华大学、复旦大学、上海交通大学等。

上海积鼎信息科技有限公司致力于为客户提供一站式多相流解决方案，运营专业多相流平
台：多相流在线论坛www.cmfd.com.cn、多相流在线公众号duoxlzxhh。

主要产品：
瑞士Ascomp 专业的多相流仿真分析软件TransAT，瑞士MSE公司多相流速度浓度测试仪
Labasys系列；瑞士PS Prozesstechnik GmbH公司的颗粒及气泡真实形状及粒径分布测试仪
XPT系列等。

经营项目：
核工、石油化工、军工、航天航空、船舶、电子等领域的项目咨询、软件开发、软件及测试
设备等产品销售、技术培训等服务。

合作伙伴：
上海积鼎公司已经与瑞士PSI、美国西南研究院、瑞士ASCOMP公司、瑞士MSE Meili公司、瑞
士Prozesstechnik GmbH公司等单位取得合作，共同为国内客户提供软硬件产品、项目咨
询、技术培训等服务。

行业资质：
2018年1月通过ISO9001质量认证体系认证
2018年2月通过中核集团合格供应商认证

Type of positions: research fellow type I & II (特聘研究员/特聘副研究员), postdoctoral fellow 
(博士后)，Phd studentship.

Research area:  Experimental and/or computational and/or theoretical fluid mechanics 
related to turbulent flows, droplet/particle interaction with turbulence, microphysics of 
turbulent atmospheric cloud, atmospheric turbulence.

Brief introduction: Fluid turbulence is often quoted as the last unsolved problem in classical 
physics, a statement usually associated with R.P. Feynman (Nobel prize in Physics). 
Turbulent flows and interaction between turbulence and particle/droplets is at the heart of 
many processes in nature such as in the atmosphere (clouds, pollutants motion, weather-
climate feedback etc.) and many engineering processes such as inside combustion 
engines, chemical and food processing, aircraft flights etc. However fundamental 
understanding of these subject is challenging and represents the forefront of scientific 
inquiry, owing to the non-linear and complex nature of these problems. Our lab aims at 
better understanding turbulence and particle-turbulence interaction (with emphasis in 
either atmospheric or engineering processes) using cutting-edge experimental and/or 
computational methods and theoretical considerations. 
Sample projects: observing droplet/particle motion and collisions in turbulence chamber 
via cutting-edge experiments or numerical simulation (e.g. using the Tianhe-2 
supercomputer); numerical simulation and fundamental analysis of turbulent flows, with or 
without particles; designing new experimental tools or techniques to observe 
particle/droplet dynamics in atmospheric clouds; designing and/or conducting wind-tunnel 
experiments to observe pollution dispersion turbulent environments (or via simulation) etc. 
Exact project to be designed based on interest/ability of candidates. 

About the institution: Sun Yat-Sen University is among the top-ten universities in China and 
is included in the ambitious national initiative by the Chinese Government to create a rank 
of “first class” universities by international standard. The position will be at the School of 
Atmospheric Science in the beautiful coastal Zhuhai campus. The School is a focal point of 
the current phase of development of SYSU and thus continuously receives generous 
investments. The city of Zhuhai, next to Macau and Hong Kong, is a top tourist destination 
in China thanks to its coastline and “balanced” development.

About the research advisor: Ewe-Wei Saw, Thousand-Young Talent professor at the School 
of Atmospheric Science, Sun Yat-Sen University (Zhuhai), obtained his Phd. in Physics from 
Michigan Tech. University (USA). He previously worked at research institutes such as 
Cornell University (USA), Max Planck Institute in Germany and Commission of Atomic 
Energy (CEA), Observatoire de La Cote d’Azur in France. Dr. Saw research interest pertains 
to Fluid Dynamics of Turbulent Flows, Droplet/particle Dynamics in turbulent flows and 
Cloud Microphysics. He has published research articles in well respected scientific journals 
such as Nature-communications, Physical Review Letters, BAMS etc. Dr. Saw is a fluent 
speaker in English and Mandarin (non-technical) and have a flexible working style 
influenced by European/American characteristics.

Requirements:

- Candidate’s background: Mechanics/mechanical engineering, Physics, Atmospheric 
science, Computational Science/engineering, or related field. Candidate with strong 
background in programming (Python, Fortran etc.) and/or experimental or engineering work 
are encouraged to apply. Candidates without closely relevant background but could 
demonstrate strong interest or strong academic background/potential will also be duly 
considered. Doctoral degree is required for application of research/postdoc fellow. For 
computationally inclined applicants, prior experience with numerical simulations (DNS, LES, 
lattice Boltzmann) of turbulence and/or parallel computation would be helpful. Currently 
candidates with at least partial interest in experimental work is preferred.

- Successful candidates should be a proactive, responsible person with keen interest in 
scientific research and/or academic success. Candidates should have decent 
communication and writing skills in English. Knowledge of Mandarin might be helpful.

Remunerations:
(Age limitation may apply to all programs.)

Research fellow type I: Competitive annual salary RMB 220-260,000+, social 
security coverage^. 3 years contract with possibility of extension or promotion to associate 
professor. Details: http://www.sysu.edu.cn/2012/en/jobs/jobs05/index.htm .

Research fellow type II: Competitive annual salary RMB 160-200,000**+, social 
security coverage^. 3 years contract with possibility of extension or promotion to associate 
professor. Details: http://www.sysu.edu.cn/2012/en/jobs/jobs05/index.htm .

Postdoctoral fellow: competitive annual income (up to about RMB 340,000 for holder of 
PhD from top-200 university worldwide [THE ranking] obtained within the last 2 years ***); 
otherwise about RMB 240,000 + housing/food subsidy +**, with possibilities to apply for 
various governmental incentive programs), social security coverage^. 3 years contract with 
possibility of extension or promotion to higher positions (fellows or beyond). Transitional 
housing will be provided.

***Applicant with prestigious background but come short of satisfying these requirements 
may still qualify for other (intermediate) salary boost package. 

**Additional bonus  (possibly up to ~50K/year starting 2nd year, depending on performance 
and funding situation).  

^Coverage system changes based on nationality.

Research assistant: please enquire.

Contacts: For enquiries and to apply, please used the website's tool or email (in English or 
Mandarin) to ewsaw3##gmail[dot]com (change ## to @, [dot] to "."). For application of 
research fellow and postdoc, please submit a short cover letter (describe background, 
interest etc.) and a CV (specify current age and citizenship).

Deadline: continuously hiring...

Type of positions: research fellow type I & II (特聘研究员/特聘副研究员), postdoctoral fellow 
(博士后)，Phd studentship.

Research area:  Experimental and/or computational and/or theoretical fluid mechanics 
related to turbulent flows, droplet/particle interaction with turbulence, microphysics of 
turbulent atmospheric cloud, atmospheric turbulence.

Brief introduction: Fluid turbulence is often quoted as the last unsolved problem in classical 
physics, a statement usually associated with R.P. Feynman (Nobel prize in Physics). 
Turbulent flows and interaction between turbulence and particle/droplets is at the heart of 
many processes in nature such as in the atmosphere (clouds, pollutants motion, weather-
climate feedback etc.) and many engineering processes such as inside combustion 
engines, chemical and food processing, aircraft flights etc. However fundamental 
understanding of these subject is challenging and represents the forefront of scientific 
inquiry, owing to the non-linear and complex nature of these problems. Our lab aims at 
better understanding turbulence and particle-turbulence interaction (with emphasis in 
either atmospheric or engineering processes) using cutting-edge experimental and/or 
computational methods and theoretical considerations. 
Sample projects: observing droplet/particle motion and collisions in turbulence chamber 
via cutting-edge experiments or numerical simulation (e.g. using the Tianhe-2 
supercomputer); numerical simulation and fundamental analysis of turbulent flows, with or 
without particles; designing new experimental tools or techniques to observe 
particle/droplet dynamics in atmospheric clouds; designing and/or conducting wind-tunnel 
experiments to observe pollution dispersion turbulent environments (or via simulation) etc. 
Exact project to be designed based on interest/ability of candidates. 

About the institution: Sun Yat-Sen University is among the top-ten universities in China and 
is included in the ambitious national initiative by the Chinese Government to create a rank 
of “first class” universities by international standard. The position will be at the School of 
Atmospheric Science in the beautiful coastal Zhuhai campus. The School is a focal point of 
the current phase of development of SYSU and thus continuously receives generous 
investments. The city of Zhuhai, next to Macau and Hong Kong, is a top tourist destination 
in China thanks to its coastline and “balanced” development.

About the research advisor: Ewe-Wei Saw, Thousand-Young Talent professor at the School 
of Atmospheric Science, Sun Yat-Sen University (Zhuhai), obtained his Phd. in Physics from 
Michigan Tech. University (USA). He previously worked at research institutes such as 
Cornell University (USA), Max Planck Institute in Germany and Commission of Atomic 
Energy (CEA), Observatoire de La Cote d’Azur in France. Dr. Saw research interest pertains 
to Fluid Dynamics of Turbulent Flows, Droplet/particle Dynamics in turbulent flows and 
Cloud Microphysics. He has published research articles in well respected scientific journals 
such as Nature-communications, Physical Review Letters, BAMS etc. Dr. Saw is a fluent 
speaker in English and Mandarin (non-technical) and have a flexible working style 
influenced by European/American characteristics.

Requirements:

- Candidate’s background: Mechanics/mechanical engineering, Physics, Atmospheric 
science, Computational Science/engineering, or related field. Candidate with strong 
background in programming (Python, Fortran etc.) and/or experimental or engineering work 
are encouraged to apply. Candidates without closely relevant background but could 
demonstrate strong interest or strong academic background/potential will also be duly 
considered. Doctoral degree is required for application of research/postdoc fellow. For 
computationally inclined applicants, prior experience with numerical simulations (DNS, LES, 
lattice Boltzmann) of turbulence and/or parallel computation would be helpful. Currently 
candidates with at least partial interest in experimental work is preferred.

- Successful candidates should be a proactive, responsible person with keen interest in 
scientific research and/or academic success. Candidates should have decent 
communication and writing skills in English. Knowledge of Mandarin might be helpful.

Remunerations:
(Age limitation may apply to all programs.)

Research fellow type I: Competitive annual salary RMB 220-260,000+, social 
security coverage^. 3 years contract with possibility of extension or promotion to associate 
professor. Details: http://www.sysu.edu.cn/2012/en/jobs/jobs05/index.htm .

Research fellow type II: Competitive annual salary RMB 160-200,000**+, social 
security coverage^. 3 years contract with possibility of extension or promotion to associate 
professor. Details: http://www.sysu.edu.cn/2012/en/jobs/jobs05/index.htm .

Postdoctoral fellow: competitive annual income (up to about RMB 340,000 for holder of 
PhD from top-200 university worldwide [THE ranking] obtained within the last 2 years ***); 
otherwise about RMB 240,000 + housing/food subsidy +**, with possibilities to apply for 
various governmental incentive programs), social security coverage^. 3 years contract with 
possibility of extension or promotion to higher positions (fellows or beyond). Transitional 
housing will be provided.

***Applicant with prestigious background but come short of satisfying these requirements 
may still qualify for other (intermediate) salary boost package. 

**Additional bonus  (possibly up to ~50K/year starting 2nd year, depending on performance 
and funding situation).  

^Coverage system changes based on nationality.

Research assistant: please enquire.

Contacts: For enquiries and to apply, please used the website's tool or email (in English or 
Mandarin) to ewsaw3##gmail[dot]com (change ## to @, [dot] to "."). For application of 
research fellow and postdoc, please submit a short cover letter (describe background, 
interest etc.) and a CV (specify current age and citizenship).

Deadline: continuously hiring...

A CFD Engineer with Experience in Ansys CFX for fire analysis in Buildings, Car
Park or related fields. 

Experience in using Ansys CFX for fire simulation is a must.