The Department of Mechanical Engineering considers as the core of their activities design, realization and analysis of new products, processes and materials. Besides the basis of (solid and fluid) mechanics, materials, control and thermodynamics, parts of mathematics, physics, chemistry and computing science are important supporting tools. The field is explored by a combination of modeling using fundamental concepts and applied engineering and technology. Automotive Engineering Science and Micro- amp; Nano-Scale Engineering are important departemental themes. The Mechanical Engineering Department comprises about 1000 students and 250 staff members. In the Combustion Technology Group, research is conducted on combustion processes in domestic and industrial applications. The main purpose of the research is related to the optimization of combustion processes and applications and the reduction of the pollutant emissions of, for instance soot, NO, CO, CO2 and partially unburned hydrocarbons. This is achieved by the development of new modelling and measurement techniques for flames and reacting flows, which is crucial for stimulating further technical developments in several areas in Combustion Technology, such as combustion in domestic and industrial installations, process equipment, biomass systems, gas turbines, internal combustion engines, etc. Tasks In the present project several complicated turbulent combustion phenomena are addressed on the level of modelling issues for future design CFD. The project partners are Siemens Power Group and Rolls-Royce and both aero and stationary combustion is considered. For these companies two Ph.D. students will develop new implementations to handle complex phenomena associated with preferential diffusion, complex combustion modes, quenching etc.. The postdoc will guide these developments and takes care of the theoretical framework within the method of Flamelet Generated Manifolds (FGM or FPI) and associated consistency issues. Requirements We are seeking an enthusiastic candidate who has been graduated from a PhD program (dr.) in turbulent combustion modelling. The candidate should be familiar with the framework of FGM). We are aiming for the best candidates that have strong affinity for theory, (consistent) implementation and at the same time candidates that never lose the focus towards the application of gas-turbine design. The preferred scientist will show a strong personal and scientific growth during the years. Excellent analytical and communication skills, and fluency in written and spoken English are essential. The postdoc should not reject the possibility to stay in the US for 1 year. Appointment and salary We offer: * A challenging job at a dynamic and ambitious University * The appointment is for two years. After a good evaluation your contract can be extended with another year. * The appointment is for two years with an intermediate evaluation after the first year. * The gross monthly salary will be in accordance with the Collective Labor Agreement of the Dutch Universities (CAO NU) and amounts initially to at least € 2861 per month (scale 10.4) depending on prior experience. * An attractive package of fringe benefits (including excellent work facilities, end of the year allowance and sport facilities). Application Deadline 01-09-2010. Read more: http://scholarship-positions.com/postdoctoral-position-in-advanced-modelling-of-gas-turbine-combustion-netherlands/2010/08/04/?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed%3A+ScholarshipPositions+%28International+Scholarships+and+Financial+Aid+Positions%29&utm_content=Yahoo%21+Mail#ixzz0xQzWwcCQ
Postdoctoral Position in Advanced Modelling of Gas-turbine Combustion, Netherlands
Postdoctoral Position Ambulatory Real-time Detection of Major Epileptic Seizures, Netherlands
Technische Universiteit Eindhoven (TU/e) is one of Europe’s leading research universities. The Eindhoven area, in the southern part of the Netherlands, is one of Europe’s top ‘innovation ecosystems’, with many high-tech companies and institutes. TU/e is closely intertwined with many of these companies and institutes, and research at TU/e is characterized by a combination of academic excellence and industrial relevance. Culturally, the Netherlands is a very interesting part of Europe. Historic cities such as Amsterdam, The Hague, Maastricht, Brussels, and Antwerp are all within easy reach from Eindhoven.
Kempenhaeghe is an internationally leading expertise centre for epilepsy and sleep-wake disorders. Kempenhaeghe is involved in nearly all major domains of epilepsy research, and offers a multidisciplinary semi-academic clinical research environment in the Eindhoven area. One of the innovation programmes in the area of diagnosis focuses on the detection of epileptic events, called seizures.
Project description
The goal of the ‘seizure detection programme’ is to achieve increased safety for the patient and a better quality of life for them and their loved ones by offering reliable, unobtrusive detection of epileptic seizures. Epilepsy has many different types of seizures, ranging from minor very short to major life-threatening seizures; every type has its own characteristics. The golden standard for detection of epileptic seizures uses combined EEG and video monitoring. This process is time-consuming, expensive, and only applicable to hospitalized patients. In order to overcome these problems and widen the reach of seizure detection to extramural patients, dependable unobtrusive approaches are critically needed. In past collaborative research, Kempenhaeghe and TU/e have gained important experience in detecting seizures based on analysis of heart activity and based on accelerometers attached to various parts of the body. Building on this experience, this PostDoc project seeks to develop and validate an unobtrusive system for detection of major epileptic seizures, and to iteratively refine it to approach the dependability of the aforementioned golden standard.
The main scientific focus will be on the development of dynamic models that characterize epileptic heart activity, epileptic movements, and the key sensor characteristics and (e.g. movement) artifacts, along with sophisticated multimodal model-based signal-processing and interpretation algorithms to extract reliable seizure information in ambulatory settings. The project will take a clinically driven approach, i.e. working in close collaboration with neurologists and medical technicians and taking their experience and knowledge as starting point. Algorithm development and validation will be based on real clinical data from patients. To obtain adequate clinical immersion, the candidate is expected to spend a significant fraction of his/her time at Kempenhaeghe, while TU/e will be the home base for algorithm development.
Requirements
Candidates for this position should have a Ph.D. degree in signal processing or control, physics, or biomedical engineering, and an extensive publication record in leading journals. A strong mathematical basis and a background in signal processing (statistical and adaptive signal processing, pattern recognition and machine earning, efficient real-time implementation of signal processing algorithms) is required. Hands-on experience with physiological monitoring and ambulatory sensor systems is desired, as are good programming skills in Matlab and C++. Candidates should be pro-active and entrepreneurial, have a ‘hands-on’ attitude, and excellent social and team working skills.
What we offer
A challenging job with a combined appointment at a multidisciplinary clinical expertise centre and a dynamic and ambitious University. A temporary appointment for the period of 3 years. Gross monthly salaries are in accordance with the Collective Labor Agreement (CAO) and are at least € 2988 per month (FWG 60) and at most € 4705 per month (scale 12). Salary is based on knowledge and experience. An attractive package of fringe benefits (including excellent work facilities, child care, and excellent sports facilities).
Application Deadline 29-08-2010.
Read more: http://scholarship-positions.com/postdoctoral-position-ambulatory-real-time-detection-of-major-epileptic-seizures-netherlands/2010/08/04/?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed%3A+ScholarshipPositions+%28International+Scholarships+and+Financial+Aid+Positions%29&utm_content=Yahoo%21+Mail#ixzz0xQvofvqm
Postdoctoral Position in Homogeneous Catalysis, Netherlands
The Department of Chemical Engineering and Chemistry (ST) is one of the nine departments of Eindhoven University of Technology (TU/e). It was established in 1957. The department has approximately 500 employees (411 fte), 16 full professors, 370 undergraduate students (bachelor and masterstudents) and about 170 graduate students (140 Ph.D. and 30 design engineers).The department aspires to be an academic institution for education and research in chemical science and engineering that meets the highest international standards. The aim is to generate and to develop technology and scientific knowledge relevant for the long-term needs of society. Scientific curiosity and the use of newly generated knowledge are the main driving forces for the continuing enhancements of the three chosen fields of expertise: molecular, materials, and process engineering.
The Homogeneous Catalysis Group
The homogeneous catalysis group offers a dynamic international research environment. Research activities span a wide range from fundamental questions to application oriented research. In an integrated approach we are interested in the development of efficient and sustainable catalytic conversions. In mechanistic studies we strive for a deep understanding of chemo-, regio-, and stereoselective processes on the molecular level, employing (in situ) spectroscopic methods and kinetic studies. Ligand and catalyst design, synthesis, and characterization are an important part in this process. This fundamental insight and knowledge is employed to develop new catalytic conversions and to improve existing routes towards more sustainable processes (e.g. feed-stock diversification and renewables). Catalyst testing and reaction optimization is strongly supported by state of the art automated and parallel testing facilities. For the applicability of homogenous catalysts, separation and recycling are key issues. We aim at the development of generic methods for catalyst immobilization and compartmentalization, towards continuous operation, employing two-phase catalysis and membrane separation techniques. Typically in this field catalyst development and reaction/reactor engineering go hand in hand. Actual projects span from fine chemical applications like asymmetric catalysis for fragrances and pharmaceuticals to large scale intermediates like amines and aldehydes for the polymer, detergent and lubricant sector. Of course this broad range of activities has led to numerous international cooperations with academic and industrial partners. We are actively participating in a range of European research networks and initiatives.
Project
The project is part of a European Research and Training Network (ITN-NanoHost; http://www.nanohost.eu/) within FP7 deadling with homogeneous catalyst immobilization and recycling in the context of process intensification. The project, NanoHost, “Homogeneous Supported Catalyst Technologies: the sustainable approach to highly-selective, fine chemicals production” is a joint effort of 7 partners and 3 associated partners.
The candidate will focus on the synthesis and application of nanostructured organic/inorganic hybrid materials for molecular weight enlarged catalysts (MWE catalysts) in a homogeneous catalytic reaction of industrial relevance. MWE catalysts will be prepared, characterized, and applied in continuously operated reactors equipped with a membrane filtration unit for catalyst compartmentalization.
Relevant kinetic and thermodynamic data will be acquired in multi-batch and continuously operated reactor setups. Based on these initial studies an improved loop reactor unit will be designed, modelled, and built in a close cooperation with other partners.
State-of-the-art equipment and expertise for research in homogeneous catalysis and catalyst immobilization is present (HP-autoclaves, membrane filtration units, Schlenk lines, glove-box, analytical and preparative HPLC, (high pressure) NMR and IR spectroscopy, etc.). Training in a wide range of supplementary skills is offered by the host institution and by special training workshops and secondments arranged by the network.
Profile
We are looking for a talented and enthusiastic postdoc with a master degree in Chemistry or Chemical Engineering, with solid knowledge and practical skills in organic chemistry, organometallic chemistry or homogeneous catalysis. You also need to meet up the requirements for the eligibility of the researchers from Nanohost. You can look for more information: http://www.nanohost.eu. Applicants are expected to have excellent skills in preparative organic and organometallic chemistry and have good analytical and communicative skills. You are creative and think for yourself, fluent in English and you are a team player.
Appointment and Salary
We offer a challenging job at a dynamic and ambitious university. The gross monthly salary in accordance with the Collective Labor Agreement of the Dutch Universities (CAO NU) starts with € 2861,-. Besides this, the TU/e has an excellent package of attractive benefits for employees, a child-care facility, and a modern sports complex. Assistance for finding accommodation can be given.
Application Deadline 31-08-2010.
Read more: http://scholarship-positions.com/postdoctoral-position-in-homogeneous-catalysis-netherlands/2010/08/04/?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed%3A+ScholarshipPositions+%28International+Scholarships+and+Financial+Aid+Positions%29&utm_content=Yahoo%21+Mail#ixzz0xQqcDupg
