Mỗi ngày một vài Scholarship :D

CRCMining Postgraduate Scholarships
CRCMining is recruiting talented engineering graduates and early career professionals to conduct commercially-viable research to tackle the technical challenges facing its mining industry members.
While undertaking your Research Masters (MPhil) or PhD, you will interact with researchers and mining personnel from multiple organisations and are likely to travel to mine sites throughout Australia and overseas.
You will also have the opportunity to be placed at one of CRCMining''s four partner universities.
Scholarships up to AUD$40,000* p.a. are available (currently tax exempt).
[*Please note that con***ions of the award may vary from university to university].
Applications are invited from high calibre, recent or soon-to-be honours graduates in Mining, Electrical, Mechanical or Mechatronics Engineering. Early career industry professionals interested in returning to higher degree studies are strongly encouraged to apply.
CRCMining offers postgraduate scholarships to students wishing to pursue research in:
Mining Engineering
Electrical Engineering
Mechanical and Mechatronics Engineering
CRCMining''s headquarters are at the University of Queensland Pinjarra Hills site in Brisbane, with research activities conducted at:
The University of Queensland (UQ) St Lucia campus
The UQ Experimental Mine Site at Indooroopilly
Pinjarra Hills, UQ Campus
University of Sydney Darlington/Camperdown campus
University of Newcastle
Curtin University of Technology, WASM Kalgoorlie
University of Arizona
The con***ions of the CRCMining Postgraduate Scholarship are as follows:
Acceptance into the University (University of Queensland, University of Sydney, etc) as a Masters or PhD candidate.
The full CRCMining scholarships are unbonded, currently tax free and start from AUD$25,000 p.a. with an increase to $26,000 after successful completion of a one-year probationary period. The stipend is payable for the duration of study subject to satisfactory performance.
For holders of an Australian Postgraduate Award (APA) or equivalent - $18,484 (APA) plus a top up of $11,516 giving a maximum scholarship of $30,000.
Industrially Experienced Graduates (with accepted post graduation industrial experience) $25,000 base + $3,000 for each year of accepted post graduation industrial experience (for a maximum of 5 years/$15,000). Maximum scholarship of $40,000 p.a.
As an indicator, a stipend will normally be payable for 2 years for a Masters degree and 3 years for a PhD. The scholarship is currently HECS exempt for Australians. Performance and the stipend is reviewed annually.
Students will be placed with a research participant and will work as part of a professional research team solving real industry problems, with access to world-class research facilities.
Opportunities are also available to conduct field research in production operations and to gain experience in many aspects of the mining industry.
Please Note: Any offer of a scholarship by the CRCMining is made subject to approval of the candidate''s enrolment as a postgraduate student by the CRCMining affiliated universities, based on sight of evidence of academic and other relevant qualifications. Candidates are therefore advised not to resign their present position or take any other action that would leave them disadvantaged should enrolment not be approved.
This applies particularly to candidates who are not Australian citizens or are not ordinarily resident in Australia, who also require a visa to enter Australia for study purposes. Please note also that persons who are not citizens or permanent residents of Australia may be required to pay international student tuition fees. Contact the University of Queensland International Education Office for more information.
Applications may be made anytime during the year. Please fill in this online application form or forward resume and relevant details with application to the address below.
Assoc Prof Dominic Howarth
Mining & Minerals Process Engineering
School of Engineering
The University of Queensland
Qld 4072 AUSTRALIA
Tel: +61 7 3365 5863/3761
Fax: +61 7 3365 5999
Email: d.howarth@crcmining.com.au
Source: http://www.crcmining.com.au/education/pg.html

invicible biết mấy học bổng cũng ngon nhỉ

Thanks INVINCIBLE MAN so much!
Mình thắc mắc là tại sao bạn lại có quá ít * như thế vì những thông tin cần thiết bạn đã đưa ra cho mọi người
Mình rất ủng hộ bạn trong việc này và mình muốn hỏi:
mình thi IELTS dc co 5.5, tốt nghiệp loại khá ngành xây dựng cầu đường, ra trường được 2 năm thì có cơ hội được học bổng Master nào ko? mình tìm trong các học bổng bạn đưa ra hình như chưa có. Xin bạn trả lời giúp mình vào e-mail: nvpgtcc@yahoo.com nhé.
Cảm ơn bạn rất nhiều

A Phd Studentship is available to pursue doctorate studies at the Department of Mechanical Engineering, Nanyang Technological University.
The objective of the project is to develop Large Eddy Simulation codes for the simulation of turbulent compressible flow. The primary application will be in predicting high speed compressible flows over cavities and its associated acoustics.
More information on graduate studies can be found at
http://www.ntu.edu.sg/mae/academic/graduate/
Admission for doctorate studies at NTU requires at least a bachelor degree with at least a second class upper honours or equivalent in Aerospace/Aeronautics or Mechanical Engineering from a recognized university.
Relevant experience in computation of high speed compressible flow is an advantage.
For international students, a GRE score of at least 1250 is required.
Applicants from India may use the Graduate Aptitude Test in Engineering [GATE] score in place of GRE. A GATE score of at least 90% is required in this case.
For candidates whose mother tongue is not English, a good TOEFL score is required.
Please email Ast/Prof Kuan Tek Seang at tskuan@ntu.edu.sg or A/Prof Murali Damodaran (mdamodaran@ntu.edu.sg) for more information.
Email applications can be sent to the same email addresses. Please include your CV, degree/GRE/GATE results where applicable and a brief write-up about your expertise.

In the department of Multi-Scale Physics of the Faculty of Applied Sciences of Delft University of Technology, research is done on reactive flows and explosions. Presently there is a vacant PhD-position on a project defined in the frame of the collaboration between the �Centrum Ondergronds Bouwen� (www.cob.nl) and Delft Cluster (www.delftcluster.nl). Involved parties are Delft University of Technology, TNO, GeoDelft and Bouwdienst
Rijkswaterstaat.

Background
The increase in the number of tunnels in The Netherlands, and the increasing intensity of the traffic through these tunnels, requires good insight in the risks associated with this traffic. An important safety aspect is the risk for the occurrence of a gas explosion in case of an accidental release of a flammable material, or a blast wave due to the failure of the pressure vessel of a truck carrying a liquid at high pressure. The present project aims at better understanding of such events, in particular the case of a boiling liquid expanding vapor explosion (BLEVE) due to failure of a vessel. The insights gained will be used in predictive models for maximal overpressure in case of an
accident and will contribute to the safe design of future road tunnels.

Research program
The research program focuses on the thermodynamic and fluid dynamic aspects of a BLEVE. Models for explosive vaporisation processes have to be formulated and solved and the dependence of BLEVE characteristics on material properties, pressure rate of change and vessel and tunnel geometry have to be studied.
Model predictions will be validated by comparison with experiments from the literature and own laserdiagnostic experiments on rapid vaporisation in a pipe and/or shock tube.
In a companion study by others at TU Delft, the mechanical aspects of tank rupture are studied. Modeling of the blast wave propagation will be done in collaboration with TNO.


Job description
We are looking for an enthusiastic PhD-student, to do modeling and experimental research on flow and heating phenomena in relation to the occurrence of a BLEVE in a tunnel-like geometry. The duration of the PhD position is 4 years.

Requirements
Masters degree in (Applied) Physics, Civil-, Mechanical-, Aerospace- or Chemical Engineering Experience in fluid mechanics
Interest in applied scientific research in a new area Well developed communicative skills Good proficiency in English (writing and speaking)
Enthusiasm and team spirit

Contact Information:
Name Prof. Dr. D. Roekaerts
Email d.j.e.m.roekaerts@tudelft.nl
Email Application Yes
Phone +31-152782470
Fax +31-152781204
URL http://www.tudelft.nl
Address TU Delft, Faculty of Applied Sciences, Department of Multi-Scale Physics, Lorentzweg, 1, 2628 CJ Delft, The Netherlands.
Được pemfc sửa chữa / chuyển vào 06:22 ngày 14/05/2006

A PhD student with experience in programming and formulating numerical methods for fluid flow, if possible meteorology, is sought for a multi-year US National Science Foundation-funded project in high order numerical methods for storm modeling (mesoscale modeling). The research will involve Discontinuous Galerkin and Spectral Element methods.
A Master''s degree in Meteorology, Engineering or Mathematics or significant equivalent experience is required. Women and Minorities are encouraged to apply.
The PhD degree may be taken in Meteorology or other applicable fields.
The successful candidate will have the opportunity to work with scientists from the University of Oklahoma, the National Severe Storms Laboratory and the National Center for Atmospheric Research. The position is located in Norman, Oklahoma.
Please send a SHORT email to Catherine.Mavriplis@noaa.gov indicating your interest and experience.
Contact Information:
Name Catherine Mavriplis
Email Catherine.Mavriplis@noaa.gov
Email Application Yes

A 2 year Research Scholarship for graduate study by research leading to Master of Engineering Degree is available with immediate effect. The proposed topic of
interest is as follows:
Computational Modeling of Aerodynamic Effects
of Control Surface Deflections on Aircraft Motion
An important issue in a manoevering aircraft is the stability and control of its motion. The aircraft aerodynamic characteristics must be estimated under various flight con***ions and for various control surface defeclection angles . Also the dynamic response of the aircraft due to control surface deflections must be known. Wind tunnel experiments to obtain such data are extremely difficult and
expensive flight tests can only bring in precise understanding of flow
characteristics of the manoevering aircraft. Computational Fluid Dynamics holds a great promise for providing the insight into this type of dynamic response.The project focuses on the use of overlapping grid technology to solve the Navier-Stokes equations and to predict the aerodynamic flow fields due to control surface deflection and extract the variation of the aerodynamic forces,
stability and control derivatives for a fixed-wing unmanned aerial vehicle
(UAV). This effort will provide the relevant aerodynamic information to an on-going activity which models the dynamic response of the UAV and will eventually be coupled to a flight dynamics module.
For more details on the scope of work, please e-mail me at mdamodaran@ntu.edu.sg.
Contact Information:
Name Dr. Murali Damodaran
Email mdamodaran@ntu.edu.sg
Email Application Yes
Phone 65-6790-5599
Fax 65-6791-1859
URL http://www.ntu.edu.sg/home/mdamodaran/
Address Dr. Murali Damodaran
School of Mechanical and Aerospace Engineering
Nanyang Technological University
50 Nanyang Avenue
Singapore 639798

The goal of this project is to develop an airspeed sensor for helicopters.
Current sensors are unreliable in the low-speed range. This is especially a problem, if the landing or take-off is to be carried out by auto-pilot.
During this project, the PhD student will design and assemble a prototype of an airspeed sensor that will overcome current limitations of the pitot tube airspeed sensor. He will then test the sensor in a wind tunnel and subsequently assist the flight tests.
The project is carried out in close cooperation with Eurocopter.
A masters degree in aerospace engineering or a closely related discipline is required. An NTU PhD studentship requires a TOEFL of 580 and a GRE of 1200.
Contact Information:
Name Asst. Prof. Jorg Schluter
Email schluter@ntu.edu.sg
Email Application Yes
Phone +65/6790 5519
URL http://www.ntu.edu.sg/mae/Admin/Divisions/aerospace/index.htm
Address School of Mechanical and Aerospace Engineering
Aerospace Division
50, Nanyang Avenue

A new network is proposed for Early Stage research Training (EST) in the European Research Area (ERA). This new multi-host initiative brings together the excellent doctoral training schools of four ERA research institutes of established international standing. The University of Leicester (U. Leicester), the Universite degli Studi Roma Tre (Uniroma3), the Politecnico di Torino (DIASP) and the Institut de Mecanique des Fluides de Toulouse (IMFT) are combining their doctoral training expertises and excellent research facilities to deliver a flexible, well-integrated, student-focussed EST programme with a novel European dimension.
The reference Web site is
http://www.imft.fr/aerotranet
AeroTraNet is an acronym of the program entitled "Unsteady aerodynamics training network in airframe components for competitive and environmentally friendly civil transport aircraft".

3 positions are opened at Toulouse, concerning :
1 - Analysis and control of self-sustained instabilities in large cavity flows using reduced order modelling.
2 - Optimal control of a cavity flow for noise reduction by application of
adjoint techniques and cross-validation with time-resolved CFD.
3 -High-accuracy numerical methods applied to resolve the near acoustic field in compressible turbulent cavity flows.
Procedure for recruitment :
please send by email to Christophe.Airiau@imft.fr :
- a cover letter where is discussed your interest for the programme
- a detailed CV
- At least two recommandation letters
It should be notice that expertise in CFD is required, control approach and
aeroacoustic knowledges are welcome, but can be learnt during the 3 years programme.
The positions concerned then numerical and theoretical works. Experimental expertise could also allow the student to work with other programme partners physicist, fluid mechanic training, applied mathematics diplomes are searched.
Name Dr Christophe Airiau
Email Christophe.Airiau@imft.fr
Email Application Yes
Phone +33 (0)561285933
URL http://www.imft.fr/aerotranet
Address IMFT
Allee du Professeur Camille Soula
31400 Toulouse
France

PhD student position in Numerical Modelling in Geodynamics at the Goethe-University Frankfurt/M, Germany. The position is related to the Research Programme "RiftLink" funded by the German Science Foundation. The RiftLink programme "Rift dynamics, uplift and climatic changes in equatorial Africa:
Inerdisciplinary research linking asthenosphere, lithosphere, biosphere and atmosphere" consists of 11 interdisciplinary projects. The open position is related to the project "Geodynamic modelling of extreme uplift in the Rwenzoris". Main emphasis will be on numerical modelling of the geodynamics of continental rifting and related magmatic processes with application to the Western segment of the East African Rift System. We seek a highly motivated student with a strong interest or background in numerical modelling in aeodynamics and the ability to interact with the other RiftLink esearch
groups. Applicants should hold a Diploma or a Master degree in geophysics, physics or related fields.
For more information contact: Prof. H. Schmeling (e-mail
schmeling@geophysik.uni-frankfurt.de, Tel +49 (0)69 798 23335). The position is for 2 + 1 years. Salary will correspond to half time of the class BATIIa of the German tariffs for public employees. Please send your complete application documents (curriculum vitae, references) to Prof. Dr. Harro Schmeling, Department of Earth Sciences, Section Geophysics, Goethe-University,
Feldbergstr. 47, D-60323 Frankfurt/M, Germany or by e-mail to
Schmeling@geophysik.uni-frankfurt.de
Contact Information:
Name Prof. H. Schmeling
Email schmeling@geophysik.uni-frankfurt.de
Email Application Yes
Phone +49 (0)69 798 23335
Address Department of Earth Sciences, Section Geophysics, Goethe-University, Feldbergstr. 47, D-60323 Frankfurt/M, Germanỷ