We are looking for a highly motivated individual for a 3-year fixed-term 
Research 
Associate position on the Leverhulme Trust funded project “a mathematical 
approach to taming optical turbulence” in the area of optical turbulence. The 
research associate will support the project by enhancing our theoretical 
understanding of the transition to turbulence in optical systems such as 
optical 
fibres and fibre lasers using methods related to hydrodynamical stability and 
turbulence. 

Successful applicants should have a PhD in Mathematics, Physics, or a related 
area; a good track record of publications in international journals; excellent 
written and oral communication skills; experience in areas of fluid dynamics 
and/or nonlinear optics; and be comfortable with scientific computing.

The research associate will be part of the Mathematics Department in the 
College 
of Engineering and Physical Sciences at Aston University. The appointment will 
support our existing strengths within the department in statistical pattern 
processing, machine learning, statistical physics, and dynamical modelling of 
complex systems. 

Informal inquiries should be directed to Dr Jason Laurie, j.laurie@aston.ac.uk.

(The closure date has been extended. Until 31.5. or further notice ouy may still send your application - as one singe pdf file with all documents, mark sheets, etc. enclosed - to Mrs Schurz Schurz <teresa.schurz@mailbox.tu-dresden.de>)


TU Dresden in Germany and the Danish Company FLSmidth host the 
European Industrial Doctorate Program FlotSim concerned with 
modeling of the vaious phenomena that play a role in flotation. 
Flotation is a process which is at the heart of many industrial applications, 
among which the extraction of rare materials needed by the electronic industry.

The doctoral program involves 5 positions for PhD candidates 
as so called Early Stage Researchers (ESR).

One of these projects (ESR2) is concerned with with DNS of such flows 
using a modern, high-level code developed at the 
Institute of Fluid Mechanics, TU Dresden.
This code is to be enhanced by further models, which involves some code
development, and to be applied to three-phase flows with liquid, bubbles and particles. The final goal is to consider  
small particles and large particles almost of the size of the bubbles, so that this constitutes a four-phase flow. Results will be used to develop models 
for small-scale processes in the apparatus that can subsequently be employed 
in simulations using statistical models. 

A requirement for ESR2 is strong interest turbulent flows, discretization and coding.

The other ESR positions are concerned with RANS (ESR4) and creation 
of a process model (ESR5), as well as more experimental work.

A particularly feature of the positions in FlotSim is the close collaboration
within the team of 5 PhD students and with the group of senior researchers 
from different disciplines, as well as stays in the industrial environment.

Further information is available here
https://www.verw.tu-dresden.de/StellAus/download.asp?file=04-2021%5CEckert_WIMI_eng_010321_w154.pdf
Please use the coordinates given THEREIN for application.
Please do not forget to join your mark sheets for Bachelor, Master, etc.

For specific questions concerning ESR2 you may contact Jochen.Froehlich@tu-dresden.de

There is an open position for a Ph.D student in Heat and Mass Transfer Control 
Lab at Gyeongsang National University. Heat and Mass Transfer Control Lab 
welcomes highly motivated students with sound understanding of fundamentals, 
interests in both numerical simulations and experiments, and passions in the 
interdisciplinary research of environmental/energy systems mainly focused on 
micro/nano scale heat and mass transfer. 

1. Applicant should have M.S. degree in Mechanical Engineering, Chemical 
Engineering, or related fields. Research experience in the field of heat and 
mass transfer is obviously positive, but not necessary.  

2. Applicant should have an English language certificate (issued after May 12, 
2019) with TOEFL(PBT 530, CBT 197, iBT 71), IELTS 5.5, CEFR B2, TEPS 600(New 
TEPS 327) or higher results.
※ Note: English language requirement is waived for an applicant from the 
following countries where English is used as the native or an official language 
(Ref. Department of Foreign Affairs in Korea: www.mofat.go.kr): New Zealand, 
Singapore, India, Philippines, Australia, United States of America, Jamaica, 
United Kingdom, Ireland, Canada, etc.

3. Applicant who has published at least one first-authored article in Q1/Q2-
level SCI(E) journal will certainly be preferred.

4. The exact salary will be determined later (at least 1,400,000 KRW per month).

5. Interested students should send the followings to prof. Duckjong Kim 
(dkim@gnu.ac.kr). 
- Curriculum Vitae (with publication list)
- English language certificate (issued after May 12, 2019)
- Academic Transcripts

The BMW Group and the Basque Center for Applied Mathematics (BCAM) collaborate in an industrial PhD on "Computational Fluid Dynamics and Machine Learning". This PhD is fully funded by the German group.

The supervisors of the PhD thesis are Prof. Marco Ellero, leader of the CFD Modelling and Simulation group at BCAM, Dr. Roberto Santana (Intelligent Systems Group, UPV/EHU) and Dr. Babak Gholami in BMW. The PhD will take place in Munich (Germany) with regular visits to BCAM in Bilbao (Spain), a way to ensure close collaboration.

This industrial PhD is part of the “Artificial Intelligence and CFD Data Simulation Model” initiative which aims to develop data structures and simulation models for AI and physics-informed data that are applicable to multiple engineering disciplines and can ultimately be integrated into day-to-day BMW projects.

Applicants are expected to have a degree in engineering, physics or applied mathematics. Candidates with a very strong scientific background in data science (machine learning), fluid dynamics and simulation are strongly encouraged to apply.

For more information about the offer you can visit the following link: 

https://jobs.bmwgroup.com/job/M%C3%BCnchen-PhD-AI-Simulation-Model-and-Data-%28fmx%29-BY-80809/646550801 

or contact Dr. Gholami (Babak.Gholami@bmw.de) or Prof. M. Ellero (mellero@bcamath.org).

Important: formal applications accepted only through the BMW link above.

Three postdoctoral positions are available in our group in the areas of 
turbulence research

Research areas: foundamental turbulence research, CFD method in multiphase 
turbulent flow

Required: Experience in foundamental research of turbulence theories or high-
fidelity CFD (DNS/LES) methods

Highly desirable: Code development experience

Candidates should email their CV to yangzx@imech.ac.cn with Subject: Postdoc-
Imech-2021.  Candidates should also attach the abstract of their doctoral 
dissertation and abstracts of at most two relevant papers that they have 
authored recently.  

Start Date: Flexible.
Duration: 1-4 years.  
Salary: 200,000 CNY/yr or higher, based on your work experience and performance 

International applicants are welcome to apply but preference will be given to 
applicants who can speak Chinese. 

For more information contact: Professor Zixuan Yang (yangzx@imech.ac.cn)

NUMECA, a worldwide company developing simulation software for fluid flows, 
multiphysics and optimization, widely used by engineers and designers in a 
large range of fluid engineering applications, from aerospace, power 
generation and energy to race cars and ships, is extending its workforce and 
is looking for qualified new colleagues. 
NUMECA has its headquarters in Brussels (Belgium), and subsidiaries in 
different countries in Europe, USA and Asia. 

By joining NUMECA you will collaborate with experts in the world of 
simulation. Our teams are fully committed to develop and implement creative 
solutions. We believe that quality, rigor and innovation are the keys to 
success. 
With a team of highly skilled and motivated co-workers, NUMECA offers a 
stimulating, young and multicultural environment with career growth 
opportunities and internal mobility.

Are you fascinated by excellence and innovation? Do you want new challenges?
Join our technical team and contribute to the development of our CFD 
simulations.


* Main Responsibilities:

As a Senior Product Engineer Manager Turbomachinery, Power and Combustion, 
your main responsibilities will be:
- Manage the team of product engineers who perform the pre-sales 
(benchmarking, evaluation) and post-sales (technical support, training) 
activities, the quality testing of new developments and the technical 
writing of the documentation. 
- Perform product demos and presentations to customers and prospects and 
promote our solutions at fairs and conferences.
- Monitor the market and develop competitive analyses to define the product 
vision in strong interactions with stakeholders.
- Prioritize, plan and validate the implementation of new features and 
products in the roadmap.
- Communicate customers and market requirements to our development teams.
Plan, monitor and report the progress of the development sprints.
- Is a strong contributor to best practices and internal knowledge.

To be able to assume this role, the minimum qualifications are:

- A Master degree in Fluid Mechanics is a prerequisite with master thesis or 
similar internship in CFD, or equivalent experience;
- 5+ years of experience in computational fluid dynamics, preferably in the 
field of turbomachinery;
- Proven experience of team and product management
- Fluency in English is a prerequisite for the role. 

The additional qualifications are:

- Prior experience with a commercial CFD solution;
- Python scripting skills is a plus;
- Dutch and French are a plus.

You should be highly motivated and dynamic, have good communication and 
analytical skills, be a stress-resistant problem solver, be a team player 
able to meet the highest quality standards, and ideally have a passion for 
programming.

Please apply via our website: 
https://www.numeca.com/recruitment/vacancy/00043.

Aalto University is a community of bold thinkers where science and art meet 
technology and business. We are committed to identifying and solving grand 
societal challenges and building an innovative future. Aalto University has 
six schools with nearly 11 000 students and nearly 400 professors. Our 
campuses are located in Espoo and Helsinki, Finland. 

The work will be completed at the Department of Mechanical Engineering in 
the Energy Conversion research group. The research work will be completed as 
part of a multidisciplinary team focusing on Large-Eddy Simulation (LES) of 
turbulent flows with applications in heat transfer, combustion, multiphase 
flow, and energy storage.

The project involves the following topic for an industrial PhD student / 
post-doc
1)	LES of compressible flows related to mixture formation and 
combustion concepts in internal combustion engines. The simulations will be 
mostly performed with the OpenFOAM open source software. The work involves 
non-reacting simulations on spray jets in engine geometries as well as some 
reacting simulations.

Requirements
The applicant should have a good CFD track-record with additional background 
knowledge in some of the following topics:
- Numerical methods in physics and mathematics
- Matlab, Python, and other programming languages

The applicant for the position of an Industrial doctoral Candidate must have 
a Master’s degree and must fulfill the requirements for doctoral students at 
the Aalto University School of Engineering.

Employment
The expected duration of doctoral studies is four years, but a contract is 
at first made for one year, and the extension depends on candidate’s 
advancement in her/his studies and research. The post-doctoral positions are 
targeted for a period of 2 years. The salary is according to the salary 
system of Aalto University.

How to apply
Please, submit the applications online through the link provided below no 
later than May 28th 2021 including
1.	Motivation letter explaining also which of the topics you apply for
2.	CV
3.	Certified copies of the completed degrees certificates and official 
transcripts of records, and their translations, if the originals are not in 
Finnish, Swedish or English
4.	Proof of proficiency in Finnish, Swedish or English if the applicant 
is not a native speaker of them
5.	Copy of Master or PhD thesis, and 2 most important publications (Max 
file size 10 Mb).

Further information
For additional information on funding and contents of work, please contact 
D.Sc.(Tech.) Ossi Kaario. In questions regarding the recruitment process, 
contact the HR-coordinator Anna-Maija Harju. E-mails: 
firstname.lastname@aalto.fi.

Pusan National University is one of South Korea’s topmost national 
universities which offers a variety of courses in the field of Engineering, 
Law, Finance and Global studies, etc.
Large scale computational thermo-fluid dynamics laboratory at Pusan National 
University & Rolls-Royce and Pusan National University Technology Centre 
(RRUTC) in Thermal Management & LG University Future Research Center (UFRC) 
in Thermal System Design are looking for aspirants students (Holds a 
bachelor/master degree in Mechanical Engineering) for master and doctoral 
degree courses who are willing to take up new cutting edge research 
challenges. 
Large-scale computational thermo-fluid dynamics laboratory, Rolls-Royce PNU 
UTC, and LG UFRC are lab and research centers under the School of Mechanical 
Engineering dedicated to a wide range of research activities both academic 
and industrial. The lab and centers mainly focus on the following research 
areas:
	Computational Fluid Dynamics
	Multi-phase flow
	Molecular dynamics (MD)
	Direct Numerical Solution (DNS)
	Hybrid simulation
	Thermal Management
	Advanced heat exchanger design 
	Topology optimization
	Heat pipes
	Immersed Boundary Method
Required profile:
	For M.S.: Bachelor degree in Mechanical Engineering 
        For Ph.D.: Masters degree in Mechanical Engineering 
	Excellent Programming and analytical skills.
	Ability to work simultaneously on multiple projects.
Recruitment Process
The students will be selected based on the resume screening and/or 
Telephonic/video conference interviews.
Commencement of course
March 2022 
How to apply
The interested students can send their resumes to sudhanshup007@pusan.ac.kr 
and shp@pusan.ac.kr no later than 11th May 2021 (Tuesday).