Master Scholarships in Algebra, Geometry and Number Theory ALGANT, Europe

The ALGANT Master course is open to all interested students in Europe and elsewhere. The European Uni0n supports the course by financing about a ten scholarships for students outside the European Uni0n, and five for European students. Other sources of funding are also available and tuition fees are kept at a very reasonable level.

Students interested in applying have to complete the application. Below is a list of the documents that will be required in addition to the application form. Note in particular the English language proficiency requirement, since most courses will be in English.

Admission criteria
The ideal candidate must possess an academic degree from a program in mathematics lasting a minimum of three years (Bachelor). A thorough proficiency in English is required. In fact, every student of the ALGANT master will be offered the possibility to follow his entire curriculum in English. For each student a program will be tailored individually, but every student will have to go through at least two hosting institutions of the consortium.

Applicants should:

  • have completed a Bachelor of science degree in Mathematics or equivalent, with good results;
  • have a thorough proficiency in written and spoken English.

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Research Scholarship for Computer Science / Engineering or Math, Swinburne University of Technology, Australia

Project title:
Statistical Forecasting of Probabilistic Properties

Research topic:
Quality attributes such as performance, reliability, availability, safety, and security have a probabilistic nature, and are important for almost all software development projects and for projects related to automotive, avionic and medical systems in particular. However it is hard constructing a system that fulfils requirements regarding these quality attributes. Consequently, also quality control at the system runtime is required. Du to the probabilistic nature of these quality attributes this project aims to use statistical monitoring and forecasting techniques (e.g. time series analysis) as a novel quality control instrument for critical system components.

Your Benefits:
Basically, the benefits can be summarized as follows:

  • You will work on real-world research problems. (There will always be opportunities to cooperate with major software and systems engineering companies.)
  • You will be trained in all skills that are required to successfully finish you research project. Our goal is to help you develop the skills, connections, and opportunities required, that ensure a successful postgraduate career.
  • You will create research outputs at the highest standards. In today’s world, it is not only enough to be good, students must be great and competitive compared to other graduate students. Please have a look at our own research outputs.
  • You will get optimal and continuous supervision. My goal is to give you strong support on your research from a technical side. However, we also try to help my students to develop their personal skills. If you like to know more about my supervision style, we can provide contact details of recently graduated students as reference.
  • You study in a friendly and cooperative environment. Australia is known for its friendliness.

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PhD Scholarships in Mathematics in Informatics, University of Calabria, Italy

The principal, transversal and common objective, of the Doctorate School is high level scientific and methodological preparation. The basic and unifying approach in the preparation of PhD students is symbolic-formal and logic-deductive. The School has the aim of providing PhD students with the knowledge and modalities to use the formal methods, models and tools to solve problems in different study and applicative sectors of science, engineering and technological innovation. Moreover, the School intends also to provide opportunities for the application of formal methods and tools to applicative contexts in the different sectors of technological and organisational innovation.

An emerging figure in this sense is that of the specialist with solid logical-mathematical knowledge provided with a good, basic engineering preparation, who enters into planning groups to develop models, systems and tools that lie at the basis of innovation in the different industrial, commercial and scientific sectors. The PhD graduate of the School in “Systems Engineering, Informatics, Mathematics and Operational Research” therefore blends a solid knowledge of basic mathematics, logic, informatics and management with a capacity to operate and interact actively with all the actors of technological innovation processes.

The School, harmoniously uniting the scientific-mathematical area with that of information engineering, constitutes an ideal place for the attainment of this kind of cultural preparation, which is held to be essential for obtaining the high profile, scientific longevity and elevated skill of the PhD students. Having acquired this patrimony the PhD graduate of the School will be able to face up to specific advanced research themes and principles of innovative applications in a solid and profound manner.

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Postgraduate Scholarships, The Fraunhofer Institute for Industrial Mathematics, ITWM, Germany

The Fraunhofer Institute for Industrial Mathematics is one of 57 institutes of the Fraunhofer-Society. As one of the leading organizations for applied research in Europe it offers ambitious scientists challenging tasks coupled with responsibility and room for creativity.

The Fraunhofer Institute for Industrial Mathematics ITWM in Kaiserslautern, Germany is offering

Scholarships for postgraduate students on model reduction for coupled electro-acousto-mechanical FE-models as basis of controller design

Fraunhofer ITWM is one of the biggest research institutes for applied mathematics in Europe.

You will participate in the Marie Curie Research Training Network Smart Structures set up by 14 European universities, research institutes, and companies and offering multiple interdisciplinary training activities, visits, and contacts to industry.

Your task is to apply and extend the Fraunhofer Model Reduction Toolbox (MRT) for reducing finite element models of coupled electro-acousto-mechanical systems appearing in automotive and aerospace industry. The underlying application is virtual prototyping in the field of active noise control by actuators made from smart materials such as piezo ceramics. Reducing the complexity of FE models is essential for both, controller design and performance estimation within optimizations. On the one hand, certain reduction algorithms for large systems with high damping, non-linear behaviour, or frequency dependent boundary conditions have to be investigated, extended, and implemented. On the other hand, active designs have to be optimized in an ANSYS-Matlab environment.

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